RED Rochester Building 87 Chiller Replacement and Plant Upgrades | 12
Also in this issue: Save the Date: 2020 Engineering Symposium in Rochester which has been re-scheduled to Tuesday, September 22nd | 9 Location still at the Rochester Riverside Convention Center; Registration will re-open around August 1st.
RED Rochester Building 87 Chiller Replacement and Plant Upgrades
The Rochester Engineer Published since 1922 by
ROCHESTER ENGINEERING SOCIETY, INC.
Founded March 18, 1897
Volume 99, Number 1, JUNE 2020 (Electronic Copy Only)
2,500+ Monthly Circulation (Quarterly Hard Copies, 11 issues electronically) ISSN 0035-7405
RES Mission Statement: The RES will become the lead organization for improving the image and influence of the engineering community in the greater Rochester area by: Demonstrating a comprehensive knowledge of the region’s engineering and technical capabilities; Providing the best clerical support and public relations assistance to our affiliates; Continually communicating the engineering and technical accomplishments to both the engineering and technical community and the public; Providing regular forums and networking opportunities for the exchange of ideas and discussion of issues; and, Providing programs that identify career opportunities to the region’s youth and develop the skills of the practicing engineer. News items and articles are invited. Materials should be submitted to the administrative director at the society’s office, 657 East Avenue, Rochester, New York 14607; Phone number (585) 254-2350, e-mail: firstname.lastname@example.org
The web site for the Engineers’ Center is at: www.roceng.org. The deadline is the 10th day of the month prior to the issue. Unless otherwise stated, opinions expressed in this publication are those of contributors, not of the Rochester Engineering Society, Inc. Advertising information may be obtained by contacting the office of the Rochester Engineering Society or going to the website at www.roceng.org. Published every month but July. Yearly subscription is $20.00, (4 hard copies, 11 digital). You can sign up on the website for the subscription for digital copies only (free) and receive an email notice when posted. Go to www.roceng.org to join the Rochester Engineering Society. Click on the individual membership and you can submit your application on-line. Board of Directors: OFFICERS: President GREG GDOWSKI, PhD University of Rochsester / Greg_Gdowski@urmc.rochester.edu First Vice President MICHELLE SOMMERMAN, PE Bergmann Associates / email@example.com Second Vice President DENNIS ROOTE, PE CDE Engineering & Environment, PLLC / firstname.lastname@example.org Treasurer ANDREW C. HIRSCH Retired / email@example.com Past President JOSEPH DOMBROWSKI, PE Retired from M/E Engineering / firstname.lastname@example.org EIGHT DIRECTORS: CORNELIUS (NEAL) ILLENBERG PE Rail Safety Consulting / email@example.com RICHARD E. RICE Erdman Anthony / firstname.lastname@example.org BRETT ELIASZ, PE Bergmann Associates / email@example.com KENTON G. HINES Merrill Lynch / firstname.lastname@example.org MIKE KURDZIEL, PhD Harris Corporation / mike.kurdziel@L3harris.com STEVEN W. DAY, PhD Rochester Institute of Technology / email@example.com NANCY CRAWFORD Optimation Technology, Inc. / firstname.lastname@example.org DANIEL WEAVER Optimation Technology, Inc. / email@example.com Administrative Director LYNNE M. IRWIN Rochester Engineering Society / e-mail: firstname.lastname@example.org
2 | The ROCHESTER ENGINEER JUNE 2020
5 • RES Award Recipients & Thank you go the Gala Sponsors 6 • RES History - February - March 1972 7 • RES Technical Corner by Brett Eliasz, RES Director 8 • How Do You Arm a STEM Teacher with real-world application
examples? Put an Engineer in the classroom! 9 • 2020 Engineering Symposium in Rochester - New Date: Sept. 22 10 • Good News at Dr. Walter Cooper Academy... 11 • Dr. Walter Cooper Academy 2020 Science Fair Postponed Due to
New York's COVID-19 Response
12 • RED Rochester Building 87 Ciller Replacement and Plant Upgrades (cover) 15 • Get IT Done - Pod People 16-17 • Broadband Deployment Snapshot, May 2020 (feature) 18 • Get to the Point! - Managing Remote Projects is Suddenly Essential 20-21 • Campus News - Computational Tools for Design of Transmissions for Robotic and Aerospace Applications 22-23 • Campus News - Ionic Liquids: Advanced Lubricants and Lubricant Additives (feature) 24-25 • Position Openings 26 • Continuing Education Opportunities (PDHs) 26-27 • Engineers’ Calendar 25, 28 • Professional Firms - Employee News 41-42 • Directory of Professional Services 42 • Directory of Business Services 43 • Affiliated Societies and Corporate Members of the RES Membership Application and Advertising Rates are also on the website: www.roceng.org.
news of the...
• ABCD Association for Bridge Construction and Design.....................33 • ASCE American Society of Civil Engineers............................................32 • ASHRAE American Society of Heating, Refrigerating and Air-Conditioning Engineers....................................................38 • ASPE American Society of Plumbing Engineers....................................36 • EA Electrical Association.......................................................................40 • GVLSA Genesee Valley Land Surveyors Association.............................39
• IEEE Institute of Electrical and Electronics Engineers.................34-35 • IES Illuminating Engineering Society....................................................31 • INCOSE International Council on Systems Engineering..........................29 • IS&T Imaging Science & Technology......................................................29 • MPES Monroe Professional Engineers Society......................................30 • RES Rochester Engineering Society..................................................2-11 • TERRA TERRA Science & Engineering Fair...............................................37
Incoming President’s Message
Greg Gdowski, PhD University of Rochester Incoming RES President June 1, 2020 - May 31, 2022 Dear Colleagues, I am honored to be taking on the role of President of the RES. The RES has a long history of remarkable Past Presidents dating back to 1897. I am humbled to be among some of the most accomplished engineers within Rochester area over this time period. I am also grateful to those that have preceded me, especially Joe Dombowski (2018-20), Mike Triassi (2017-18), and Jon Kriegel (2016-17). They have been instrumental in setting the stage for the continued success of the RES. I am very fortunate to have an extremely talented set of officers in navigating the RES forward including Michelle Sommerman (1st Vice President), Dennis Roote (2nd Vice President), Andrew Hirsch (Treasurer), and Lynne Irwin (Administrative Director). The Board of Directors also provides extraordinary depth in expertise that guides RES activities and endeavors. These individuals include Joe Dombrowski (Immediate Past President), Kenton Hines, Richard Rice, Neal Illenberg, Stephen Day, Brett C. Eliasz, Mike Kurdziel, and the newly added members Dan Weaver and Nancy Crawford. It is with great sadness that Michael V. Triassi, and Lee Loomis will be departing from their roles on the Board. Their guidance and help will have a lasting impact on the RES and will look forward to engaging them on future special projects. As I look forward, the RES is rapidly approaching its 125th Anniversary. It is hard for me to imagine what Rochester must have been like in 1897 when seventeen engineers came together to begin the RES. Kodak was in its infancy, electricity had been just introduced, and the first Ford model-T had yet to be invented. It is remarkable to me that the first RES President, Edwin Fisher, likely personally knew Frederick Douglass and Susan B. Anthony. While we have made strides since that time in eliminating racism and establishing equal rights, clearly the recent incidents resulting in the death of res news - incoming president’s message
George Floyd illustrate that we as a society in Rochester must aggressively continue the work of our most celebrated historical figures. Like you, I am angered and saddened by the recent incidents in our country. Violence is not the solution. Frederick Douglass once said: “I prayed for twenty years but received no answer until I prayed with my legs.” It is time for us to take a more pro-active role within the community to move us closer to the United States originally envisioned by Douglass and Anthony. How can you help make a difference? We have tried to make this easy for engineers at the RES by facilitating engagements in important community STEM-related activities such as: E3, Stem-Bridges, and the Terra Science Fairs. One activity where we need your help is in providing tutoring for the Walter Cooper Academy, School #10. With the help of Lee Loomis, the RES established the Tutoring Team Project in 2012 at School #10. A school named in honor of Dr. Walter Cooper (1996 RES Engineer of the Year). In 2019, the RES Tutoring Team included more than 20 tutors, providing over 100 hours of support to the scholars and their teachers, each month. They were making a difference in the lives of many students. Your help is needed more now than ever! School #10 experienced layoffs and was closed for the Covid-19 crisis. The new school is slated to be completed shortly and we are hoping to continue our efforts in tutoring in the upcoming year. Please contact me or Lynne Irwin if you are interested in helping with this effort. If you do not have the time to help with tutoring, please consider giving a charitable donation to this effort. Your sponsorship will greatly help us to continue to support tutoring and other stem-related activities such as Science Fairs. All my best, Greg Gdowski
JUNE 2020 The ROCHESTER ENGINEER | 3
Outgoing Presidentâ&#x20AC;&#x2122;s Message
Joseph Dombrowski, PE Retired M/E Engineering Outgoing RES President 2018 - 2020 It is the beginning of May as I write this it looks like spring has arrived. Sheltering in place because of Corona virus is not much different than retirement! There have been many cancellations; PLEASE VERIFY IF EVENTS ARE ON OR OFF WITH THE OFFICIAL SOURCE BEFORE ATTENDING! Please have no doubt that the RES will continue on in this time of crisis. We are exploring our options to keep open, but I believe we have things well in hand. Our monthly board meetings are now virtual (thank you Greg!) as will be the annual meeting on 5/27/20. The Gala scheduled for 4/18/20 was cancelled for this year due to Corona virus fears. The Engineer of the Year, Young Engineer of the Year, Finalists for Young Engineer of the Year, Engineers of Distinction, and our high school and college scholarships selections will be honored virtually at our annual meeting on May 27, 2020. More details will follow. Many of our Gala sponsors generously let us keep their sponsorship dollars to meet our ongoing expenses. They will be also be honored at the annual meeting. The Engineering Symposium (PDH Fest) was rescheduled to September 22, 2020 from April 28, 2020 also due to Corona virus fears. The re-planning effort is already underway (thank you Chris DeVries). We will have sponsors but no venders this year at the Riverside Convention Center. And always, parking will be free, and 7 PDHs and a free lunch are available at a very modest fee. Help is always appreciated but we will especially need registration volunteers on 4 | The ROCHESTER ENGINEER JUNE 2020
September 22nd. Registration is planned to re-open August 1, 2020. Details regarding the rescheduled event will follow. As part of the year-end process, we were looking for nominations for our Board of Directors! Thank you to those who have joined the RES and volunteered to be directors. Our tutoring and Science Fair effort at Dr. Walter Cooper Academy were thrown into a tizzy with the Corona virus and recent layoffs instituted by the Rochester City School District; an effort to get it back on track in the fall is ongoing unless the virus interferes. If you have any concerns or input, or feel the need to volunteer for anything or to help us out, feel free to contact the RES via the website at www.roceng.org or me directly at email@example.com. As always, I hope to see you at one of our RES events, the 2021 Gala, or the Symposium on 9/22/20. As this is my outgoing message, I would like to thank the board, both past and incoming and especially Lynne, for making my job much easier than it could have been. Times have been unusual to say the least, but with all of your help, RES will come through it successfully and better than it ever has been!
Joe Dombrowski Outgoing RES President res news - outgoing presidentâ&#x20AC;&#x2122;s message
The 2019 Award Recipients are:
Susan Houde-Walter, PhD 2019 Engineer of the Year
Brian C. Boorman 2019 Engineer of Distinction
Richard Booton 2019 Engineer of Distinction
Daniel J. Rusnack, PE 2019 Young Engineer of the Year - Finalist
Leonard Zheleznyak, PhD 2019 Young Engineer of the Year - Finalist
Nick Vamivakas, PhD
2019 Young Engineer of the Year
Richard J. Buckley 2019 Engineer of Distinction
Jon M. Kriegel 2019 Engineer of Distinction
William N. Furman 2019 Engineer of Distinction
Christopher D. Mackey 2019 Engineer of Distinction
Janet C. Ibarluzea 2019 Engineer of Distinction
Jannick P. Rolland, PhD 2019 Engineer of Distinction
We continue thank you to those who had committed in sponsoring the 118th RES Annual Gala! DIAMOND
res - awards & thank you gala sponsors
JUNE 2020 The ROCHESTER ENGINEER | 5
Rochester History Continuing with the historical sampling of the earlier writings on behalf of the Rochester Engineering Society, the years following "The Great War", into and through the “Great Depression”, continued to be a time of reaching out for the maturing Society, both locally and nationally. The meeting minutes describe a series of technical discussions and presentations intended to broaden the technical horizons of the membership (especially the CE's, ME's and EE's). The RES affiliated itself with a number of National technical societies, adopted local Affiliated Societies, frequently held joint meetings with them and continued taking action on a growing list of public matters. Certain issues of standardization, some crucial to public safety, became the responsibility of the RES and its affiliates. In the pervasive economic downturn of the “Great Depression”, the magazine offered classified advertising for unemployed engineers, technicians and draftsmen and took other steps to try to deal with the crisis. Still, it continued its effort to shape the function, purpose and infrastructure of the City of Rochester, and beyond. World War again affected the Society, taking away many of its leaders while providing opportunities for others to step forward to fill these vacancies. In an effort to provide even greater perspective on the happenings and concerns of the day, a synopsis, featuring selected items from "The Rochester Engineer" has become an integral part of this series. The Second World War and the Korean Conflict are now history, and the Vietnam War has recently become a focal point. These experiences have changed the face and, no doubt, the future of the community. The Rochester municipal leadership and the industrial community have become immersed in the cold-war, growth economy.
February 2, 1972 (Board Meeting, Bausch & Lomb) (continued) RES Employment Committee Chair, Graham
Chamberlain announced that a Rochester Area unit of Volunteer Engineers, Scientists and Technicians (R.A.V.E.S.T.) had been formed, and was being led by William Tippy, an RES Member and local consultant. A first meeting of this group, at Monroe Community College, was attended by approximately 150 unemployed engineers, seeking support in their current job searches. This group is being supported by the American Institute of Aeronautics and Astronautics (AIAA), under a contract from the US Dept. of Labor. Reporting for the RES Membership Committee, George Landberg announced goals for the coming year of 200 new members, fifteen Participating Companies and five new Affiliates. He also proposed holding a dinner for a selected group of Plant Representatives who will be responsible for recruiting new members in their respective places of work, and he presented the need for a new RES brochure, detailing the benefits of RES membership. The Board approved a budget of $550 for this project. Reporting for the 75th Anniversary Committee, John Schickler announced that they were hoping to solicit a total of $15k - $20k in support funding for this celebration, and they had recently received $7,500 from Eastman Kodak for this purpose. The Board approved seven new Regular Members, two Junior Members and one Student Member. On behalf of the “Operation RESOURCE” Task Force, Ed Anthony reported that they are drafting the final report with recommendations, including; establishment of combined City-County Solid Waste Management Team, acquisition, installation and operation of a shredder, hiring of a competent company to establish a dynamic plan for maximum recovery of resources from solid waste, and that the City & County proceed with recycling operations, a composing system or, if these are determined to be not feasible, an incinerator system. The Career Guidance Committee reported that the RES Explorer Post now has a forty-person enrollment, making it the largest in the region.
“The Rochester Engineer” (February 1972)
The RES Luncheon Series for the next four weeks was announced; “A 6 | The ROCHESTER ENGINEER JUNE 2020
A Sampling from the Archives of the Rochester Engineering Society...1897 - 1972 by Lee M. Loomis
Progress Report on Highway Safety” by W. Russell Laidlaw, Rochester Products Division of General Motors, “A Modular Traffic Signal Controller” by Jerome O’Neill, General Railway Signal Company, and,“How to Plan for a Human Community” by Stewart D. Moot, President, New Wayne Communities, Inc. For the first time in its fifty-year history, this issue provided a complete recounting of the proceedings of the most recent (as of printing time) RES Board meeting.
March 1, 1972 (Board Meeting, Bausch & Lomb)
The Board approved the applications of fourteen new Regular Members and four Junior Members. The R.T. French Company was accepted by the Board, as an RES Participating Company. On behalf of the Membership Committee, George Landberg reported that fifteen Plant Representatives had attended a successful Membership Promotion dinner meeting at the University Club. A brochure was ready to be sent to the printer. The Board also approved motions to suspend, at six-month intervals, RES dues payment requirements for unemployed members and to offer a non-transferrable RES Luncheon ticket to each member, upon payment of their annual dues. RES Director, John Schickler reported that he had secured Robert W. Decker, Vice President of General Motors, to be the speaker at the RES 75th Anniversary Engineers’ Joint Dinner, on April 26th, 1972.
“The Rochester Engineer” (March 1972)
In April of 1972, the RES planned to present a multi-themed exhibit, “Technology Trip”, featuring sponsored displays with themes including: Transportation (W. Russell Laidlaw of Rochester Products/GM), Communication (John L. Wheeler of Xerox Corp.), Home (M. John Corson of RG&E), Health (Charles Hancock of Castle/Sybron) & Future (Walter Hausler of General Railway Signal). These displays were to be presented for three days, at Midtown Plaza. Two recent additions to the RES Luncheon meeting schedule included; “The World Trade Center” by Seymour Cohen, Tishman Realty & Construction Company and “Operation RESOURCE” by the RES Task Force on Solid Waste Management. An RES-sponsored evening seminar, “Motivation and Human Values” by Franklin C. Basler, Jr., Director of Rochester Downtown Ecumenical Ministry was announced. An article on the VEST Program announced that, as the result of the RES’ support, the Rochester Area Volunteer Engineers, Scientists and Technicians (RAVEST) was up and running, operating as a clearing house for job opportunities, especially focused on providing assistance to former employees of the US Aerospace Program. Subsequent articles in this series will describe the RES' continuing outreach to other technical societies as it considered its role in this and the larger community, along with more of the activities of the RES as it moved to be of greater service to its membership, especially those suffering from current economic crises, and adopted a greater role in shaping the future of the City and its environs. Noted also, will be the contributions made by RES members in the struggle to meet the challenges coming out of World War II and the Korean Conflict, as well as a hoped-for period of postwar growth and prosperity. These articles will also feature an impressive array of RES activities in support of post-war re-emergence of Rochester area industry, and the ensuing prosperity of the second-half of the 20th Century. We welcome your questions and comments on this series.
res news - history
Technical Corner So, what is the “Norm” when sizing neutral conductors on a service or a branch circuit? Doesn’t everyone just match the phase conductors? Perhaps in some cases using a 200% rated neutral is required due to high anticipated harmonics or neutral current? In this article we will discuss a scenario where you can actually provide a neutral conductor that is smaller than the ungrounded phase conductors. This special circumstance is outlined in Article 705 – Interconnected Electric Power Production Sources and is meant to apply to circumstances where the neutral is not being used to carry current. Refer to 2017 NEC Section 705.95(B): a conductor used solely for instrumentation, voltage detection, or phase detection and connected to a single phase or 3 phase interactive inverter, shall be permitted to be sized at less than the ampacity of the other current-carrying conductors and shall be sized equal to or larger than the equipment grounding conductor. Example: Lets say you are sizing AC conductors for a 50kW, 3 phase, 480/277V interactive inverter. Assuming Voltage Drop is insignificant what size conductors would you need? 50,000W/(480*1.73)=60.21Amps Taking this amperage and multiplying by 125% per NEC 705.60(B) you get 75.26Amps and using the next size up you would need to use an 80A circuit Breaker. Using the wire sizing charts and the 60 degree column you get #3 AWG for the phase conductors and normally you would use a #3AWG for the neutral to match the phase conductors. However, in this case the section 705.95(B) above is satisfied, therefore, the neutral size may be sized per table 250.122 which is also used for the equipment grounding conductor based on the rating of an overcurrent protection device in the circuit ahead of the equipment. So here we could use a #8 Neutral and a #8 Ground. Hopefully this article finds you well and can be used as a reference for your project needs. If anyone would like to contribute to the RES magazine and add an article or would like to request information on a specific topic (not limited to Electrical) just email me at firstname.lastname@example.org. As always, any comments are appreciated…! Thank you for reading. Brett Eliasz, P.E., LEED AP BD+C , RES Director res - technical corner
JUNE 2020 The ROCHESTER ENGINEER | 7
RES News How do you arm a STEM Teacher with real-world application examples? Put an Engineer in the classroom!
In the 1990’s, Eastman Kodak Company jumped the gun, starting a family of STEM initiatives, years before the Government coined the STEM acronym. The name of these programs was the 21st Century Learning Challenge (TCLC), and at our peek, we were 1500 engineers and technicians, visiting Rochester City School Classrooms, twice a week for two-hour visits, during the entire School Year. This effort continued for nearly ten years, and not only pre-dates our recent STEM excitement level, but delivered support on a scale we have yet to match. Many of the volunteers in these programs were, and still are, members of the Rochester Engineering Society (RES). In the intervening twenty-five years, many have retired, or are about to retire. That makes them even more available as STEM Coaches, than they were as Kodak employees. The RES is working to put technical people in K-12 Classrooms, throughout the Greater Rochester area, as STEM Coaches. Their presence will: • • •
Help the Teacher stay current with our ever-changing technology. Provide real-World Application Examples, making whatever is being taught, real enough to be worth remembering. Support the teachers with not only the delivery of STEM concepts, but perhaps more importantly, the design and delivery of STEM related hardware.
Last year we had six STEM Coach, doing Classroom Visitation at School #3. That was so successful that RCSD is interested in expanding this program to involve nine STEM Coaches this year.
The RES is specifically seeking Retired, Technical people, (Engineers, Technicians, Machinists, Entrepreneurs or anyone whose work would allow them to visit during School hours), as STEM Coaches. We currently have more than 30 Coaches, and are connecting them with 13 Rochester-area Schools. “This is a life-changing experience!” For more information contact: Jon Kriegel email@example.com 585-281-5216 RES Volunteer Coordinator, Volunteer STEM Coach Please visit: roceng.org/stem-bridges 8 | The ROCHESTER ENGINEER JUNE 2020
res news - stem bridges
Save the NEW Date for the:
2020 Engineering Symposium in Rochester www.engineeringsymposiumrochester.com
Earn up to 7 PDHs Sponsored by Rochester's Technical and Engineering Societies and RIT
Tuesday, September 22, 2020 Courses available in: Civil, Electrical, Lighting, Mechanical, HVAC, and Plumbing.
SAME LOCATION AS LAST YEAR: Joseph A. Floreano Rochester Riverside Convention Center 123 East Main Street, Rochester, NY Time: 7:30 am to 6:30 pm $140 Advance Registration (Plan to go back online ~August 1st) $20 Student Registration $170 AFTER September 1, 2020 and at the Door Registration will re-open online at www.roceng.org about ~August 1st
The Monroe Chapter of NYSSPE, in accordance with ADA compliance, will make every attempt to provide reasonable accommodations for those requiring additional services to participate in our educational programs. If you should require such services, please contact Lynne Irwin at the Rochester Engineering Society (firstname.lastname@example.org or 585-254-2350) to request support by August 31, 2020.
JUNE 2020 The ROCHESTER ENGINEER | 9
RES News - Tutoring Team Good News at Dr. Walter Cooper Academy… There is much progress to report on the renovation of #10 School, at 353 Congress Ave. A recent “Zoom” meeting provided a virtual tour of the facilities, where approximately two-thirds of the original structure has been replaced with a new main entrance, gymnasium/auditorium with a stage, and expanded building space, including more than 20 additional classrooms. The remaining one-third of the original structure, with its “Legacy Design Features” has undergone extensive renovation to preserve the hardwood floors, cabinets and decorative wood carvings of the tribes of the Iroquois Nation. Despite pandemic-related delays, the project is still on schedule for a June 26th construction completion, followed by a Summer 2020 move-in. We have every expectation that the RES Tutoring Team will be asked to resume its work, next Fall, at the newly-renovated campus, in City’s Nineteenth Ward. When that happens, we will once again need the dedicated service of our current RES Tutors and, no doubt, additional tutors working with the teachers and students, in support of the NY State Science Curriculum. Does this sound interesting to you, or maybe to some of your friends? Could you see yourself supporting the presentation of science curriculum to students, ages five to eleven? Who was it that showed you how science could “make a difference” in your life? Could you help introduce someone to science, yourself? Do you think you can make room in your life for this important challenge? We will continue to build our RES Tutoring Team, now for the 2020-21 school year… We have been giving “Lunch & Learn” presentations in several Rochester area firms and professional groups, to inform and inspire prospective new tutors. We have “hit the ground, running”, and we need your support...Can we schedule a presentation with your firm, your work group, your church or family, sometime this Spring? Even just two hours a week of your time can make a big difference in the life of a Dr. Walter Cooper Academy Scholar… Questions??? Reach out to RES Past President Lee Loomis and the RES Tutoring Team at…Rochester Engineering Society (585) 254-2350, via website: www.roceng.org, or via email: email@example.com, (585) 738-3079 (mobile & text)
RES TUTORING TEAM, FREQUENTLY ASKED QUESTIONS...
• When will the RES Tutors begin working? We expect to begin during the week of October 19th, 2020 • What is the schedule for the teaching of science (at each Grade level)? Mornings… Mid-Day
3 Grade (9:50AM – 10:30AM)
Kindergtn (12:50PM – 1:30PM)
2nd Grade (2:30PM – 3:10PM)
6th Grade (10:30AM – 11:10AM)
1st Grade (11:45AM – 12:15PM)
4th Grade (1:30PM – 2:10PM)
5th Grade (12:50PM – 1:30PM)
• Will Tutors be working (exclusively) inside the class rooms? Yes, they will be supporting the teachers & assisting the students, during and following the science lessons. They will be working in the classrooms, with small groups of students (3 – 5), and (occasionally) with individual students • Will there be week by week DWCA “Science Lesson” schedules for the school year? Yes, the teachers, at each Grade level, will provide this information for the tutors • What if I cannot begin tutoring until after the October 28th “start date”? You may become an RES Tutor, and begin whenever your schedule allows; we can "fit you in" to our tutoring schedule.
10 | The ROCHESTER ENGINEER JUNE 2020
res news - tutoring
RES News - Tutoring Team Dr. Walter Cooper Academy “2020 Science Fair” Postponed due to New York’s COVID-19 Response In the face of the COVID-19 crisis, and motivated by a concern for the collective health and well-being of our communities, the Governor has closed all New York State public schools, for the balance of the school year. I have consulted with the Administration at Dr. Walter Cooper Academy, and we have decided to postpone “2020 First Annual Dr. Walter Cooper Academy Science Fair” until further notice. Hopefully, we will be able to resume our support for, and involvement in, this important educational opportunity for our Cooper Scholars, next Fall. As you may recall the Rochester Engineering Society (RES) was invited to help establish a new tradition, back in the late 2018-19 school year. The School-Based Planning Team, and the Parent-Teacher Organization (PTO), including parents, teachers and administrators, requested the support of the RES in developing a Winter-Spring 2020 science fair at #10 School. In response, we recruited a small team of Volunteer/Mentors (V/M’s) to work with nine identified Cooper Scholars (Grades 4 – 6), to prepare them for a Science Fair. We are hopeful that these Volunteer/Mentors will again be available when we resume the development of our Science Fair in the Fall of 2020. Please consider supporting us, as we continue to seek and develop ways to expose our Cooper Scholars to the many fascinating aspects of Science, Technology, Engineering & Math (STEM) in their futures. If you think you might be able to make room in your schedule to help with this effort, please reach out to RES Directors, Lee Loomis (firstname.lastname@example.org) or (585) 738-3079 (mobile & text) or Jon Kriegel (email@example.com) or (585) 281-5216, for more information, and to volunteer for this important, potentially life-changing opportunity. res news - tutoring
JUNE 2020 The ROCHESTER ENGINEER | 11
RED Rochester Building 87 Chiller Replacement and Plant Upgrades - Robert M. Gleason III, E.I.T. As many Rochesterian’s know, Eastman Business Park (EBP) is no stranger to cutting-edge and innovative technology. With the pursuit of sustainability driving so many conversations within the world of architecture and engineering, EBP is once again at the forefront of those conversations, becoming home to the world’s largest magnetic bearing chiller. In partnership with RED-Rochester, LLC., C&S Companies was selected to provide engineering and design services for the first installation of its kind. The 3200 ton chiller, equipped with eight 300hp magnetic-bearing compressors was installed to replace an existing 3,500 ton back-pressure steam unit. The existing unit was nearly 50 years old and no longer operational. Due to the nature of the project, and the amount of existing piping and conduit to be re-used, C&S’s Building Information Modeling (BIM) services team was deployed to provide a three-dimensional scan of the existing facility. Using the Leica RTC360 LIDAR scanner, the team was able to capture the existing conditions of the building within 1/8” accuracy in only a few hours. After completing the scanning phase, a program called Edgewise was used to process the information gathered in the field. Edgewise uses groundbreaking algorithms to automatically identify and extract piping from cloud points and export them as Revit family objects.
3200 Ton Chiller installed at RED Rochester’s Building 87
The scan was also responsible for producing High-Dynamic Range (HDR) imagery that allows you to view and measure distances from a program called Jetstream. The advancement in this type of technology has been extremely useful for architects, engineers and designers. Instead of spending hours on site, you now have the entire facility captured in a digital panoramic format that can be viewed from anywhere. Although the new chiller was the largest of its kind, it was only a small piece of the overall upgrades being implemented at Building 87. In addition to the chiller, the following equipment was installed: - - - - -
400HP variable speed, vertical inline chilled water pump & step-down transformer (2.4kV-480V). Nine harmonic mitigating filters. Active front-end variable frequency drive (VFD) and step-down transformer (2.4kV-480V) for an existing 700HP chilled water pump. 200HP premium efficiency motor and accompanying VFD. Four new horizontal end-suction condensate return pumps with pump mounted VFD’s.
Continuing with the theme of sustainability; 15 VFD’s were added to the existing electrical distribution system as part of the plant improvements. With the VFD’s, came the conversation of harmonic contribution. RED’s Building 87 is composed of both a 2.4kV and 480V main-tie-main switchgear lineup; and the need for clean power is essential to operations at the plant. Harmonics are nothing new in the world of electrical distribution systems. Engineers, designers and scientists 12 | The ROCHESTER ENGINEER JUNE 2020
have been combatting harmonics for years, however, this battle has escalated in recent years due to the influx of non-linear loads, namely VFD’s. Harmonics are generated through non-linear loads by drawing current and creating abrupt pulses that distribute themselves back into electrical systems. Facility electrical systems will remain very resilient to these harmonic currents until the harmonic contribution begins to approach 15%. Harmonic contribution can become a leading factor in the following occurrences:
- - - - - - - -
Nuisance tripping of circuit breakers. Harmonic resonance. Capacitor bank failures. Equipment overheating. Neutral overloading. Generator issues. Electro-magnetic interference to sensitive equipment. Motor winding burnout.
400HP Chilled Water Pump with Pump Mounted Variable Frequency Drive
As can be seen in the list above, harmonics are no laughing matter and cause significant issues for all types of facilities that rely heavily on the electrical grid. The results of the aforementioned items can cause additional cost implications including; maintenance and replacement of equipment, downtime/system interruptions and reduced system capacity. The entity that is responsible for overseeing and providing standards for VFD’s is the Institute of Electrical and Electronics Engineers (IEEE). The specific standard responsible for setting the guidelines around harmonic contribution is IEEE Standard 519, Recommended Practices and Requirements for Harmonic Control in Electrical Power Systems. Table 1 from IEEE 519-2014 is displayed below and can be used as a guideline for the total harmonic distortion (THD) limits in relation to voltage at certain points in the system.
A common misunderstanding for engineers and designers is the idea that these percentages must be maintained at the piece of equipment that is being installed. Many times engineers and designers will simply confirm with the VFD manufacturer that their particular piece of equipment is IEEE 519 compliant without looking at the system as a whole. As you can see from the table above, the bus voltage is referenced at the Point of Common Coupling (PCC). The PCC is described as, “The point on a public power supply system, electrically nearest to a particular load, at which other loads are, or could be, connected. The PCC is a point located upstream of the considered installation.” More often than not, the PCC is located at the main switchgear near the utility tie-in. cover article
JUNE 2020 The ROCHESTER ENGINEER | 13
At Building 87, the PCC was located at the 2.4kV switchgear which resulted in aiming to maintain a THD percentage of less than 5%. In order to understand the harmonic contribution output of the new VFD’s and their impact on the existing system, a harmonic analysis of the existing electrical system was performed. It is important to note that this analysis would not have been able to be performed without the information gathered in the field by RED’s High Voltage Team. This information was vital 2.4kV-480V, 500kVA Cast-Coil Transformer 400HP Harmonic Filter in being able to analyze the existing harmonic levels, to bring world class projects to life right in our own while seeing the affect the 15 VFD additions would have on the distribution system. backyard! q As it turned out, the existing system contained very For more information regarding C&S Companies, please minimal THD; in the range of 1.5%-3.0%. This was not visit www.cscos.com. The C&S Rochester office is very surprising due to the small amount of non-linear located at 150 State Street, Suite 120. loads that existed on the system prior to construction. The existing data was combined with the data received Author: Rob Gleason, E.I.T. from the VFD manufacturers, and as expected the VFD additions had a significant impact on the THD levels Bio: Rob is a Project Engineer in at the facility. With no harmonic mitigation and 6-pulse C&S’s education, healthcare and VFD’s, the THD rose well beyond the recommended public facilities group focusing IEEE 519 levels. As a result of this calculation, harmonic in high, medium and low voltage filters were introduced to the project. These harmonic systems; including substation filters are considered passive devices composed of design, protective relaying and inductive and capacitive elements designed to eliminate building/facilities engineering. He the build-up of harmonic currents and improve the enjoys volunteering as an RES reactive power of the electrical distribution system. tutor at Dr. Walter Cooper School Once the filters were incorporated into the analysis, the #10, and also serves as Vice harmonic levels being calculated were well within the President on the Illuminating Engineering Society (IES) requirements of IEEE 519. board. The B87 Chiller Replacement was the latest in a long list of exciting and innovative projects currently being designed and constructed at EBP. This project was an excellent example of the affects cutting-edge technology can have on our existing infrastructure. With this technology, it is important to understand the impact it may present and adjust accordingly. As an engineering community, we should be grateful for the opportunity 14 | The ROCHESTER ENGINEER JUNE 2020
If you would like to request additional information on this article please email at RGleason@cscos.com. References: (1) Square-D Company, IEEE Standard 519
get IT done Pod People — by David Mammano
If your customers all go home how are you going to reach them?
them. You are also appealing to their ego by basically telling them that you need their expertise for your show.
With various aspects of businesses transforming every day and those changes certainly escalated with the covid-19 crisis, you need new tools and new thinking to not only survive but thrive.
Celebrate Team A podcast can be a great culture-building tool. Have your employees on the show as a guest or co-host. This gesture will do wonders for employee engagement! It shows that you’re committed to the team and you value their expertise and input.
Podcasts are the new talk radio on mobile devices. In fact, the increased usage of mobile phones has led to the explosive growth of podcasting. Let’s take a look at how podcasting can benefit your business. Podcasting has garnered an immense popularity over the years. In case you’re one of the few who haven’t activated your smart phone’s podcast app yet, a podcast is a set of digital audio files that are available on the Internet for downloading. A user subscribes to a podcast to receive the digital files once they are uploaded. Recognition as a thought-leader By having a podcast, you automatically get a checkmark of credibility. It’s like writing a book; even if someone doesn’t read the book, you’re getting expert status because you are an author. Just like the book, a podcast creates a brand of authority for you. I mean really, if you are hosting a podcast with industry experts as guests, you must know what you’re doing right? Opportunity to invite and engage with industry experts Additionally a podcast gives you access to global thought-leaders in your field. Whereas they might not return your call if you were just attempting to pick their brain, the likelihood of them returning your call increases greatly when you tell them it is for them to be a guest on your podcast. Everyone loves a marketing opportunity and another 15 minutes of fame! Client relationship enrichment Podcasts are a great way to build current client satisfaction with your company. By having your clients on the show, you are building the relationship and endearing them to your company even more.
On-demand! Raving fans can listen from anywhere! People can carry your entire library of podcasts in their pockets every day. Your listeners will be able to listen to you on the go and be able to comprehend much more information from a relaxed conversation than a traditional blog post. And the extra benefit is that they can listen whenever and wherever they desire. It’s an on-demand world and people want their content when they are on the treadmill, driving around or just relaxing at home. Bottom line, many businesses have already started incorporating podcasts into their marketing strategies. It is high time you start implementing one for the growth of your company. The only question left is: Do you plan to be a leader in this growing medium or chasing it once the ship has passed? And those customers who all went home? We’re Pod People and we’ll reach you wherever you are. Side note: Our company (Entre Computer Services) will be launching our own new podcast called “The New IT.” Search for it soon on your favorite podcast app! Think About IT
David Mammano is VP of Sales and Marketing at Entré Computer Services.
Instead of the contacting them with “just checking in” or trying to sell them something new, asking them to be on a podcast is a new and different way to reach out to get IT done
JUNE 2020 The ROCHESTER ENGINEER | 15
Broadband Deployment Snapshot, May 2020
COVID-19 Puts Spotlight on Decades-Old Issue: An Engineering Perspective — Ben Gustafson, PE, Director, HUNT-EAS Rochester (May 6, 2020, Rochester NY)
Broadband Deployment Snapshot With remote education, working, and emergency service concerns dominating the national and New York State news cycle, the COVID-19 pandemic has dramatically brought to the fore an already long simmering, broadband deployment issue. The unparalleled broadband demand of early 2020 has transformed what had been previously couched as a “rural equity matter” into a full-blown, “fifth-utility” headline. For those already engaged in the broadband narrative, the recent stories of parents, students, and remote workers going to libraries and WiFi-lit parking lots to accomplish daily tasks are already too familiar. According to CNN, a 2018 report from the Federal Communications Commission showed that more than 18 million Americans nationwide lack access to any high-speed internet, and a 2018 Microsoft study estimated about half of Americans – 163 million people – do not have high-speed internet at home. The percentage of New York residents and businesses served by “wired or wireless broadband” has gone from 70 percent in 2015, when Governor Cuomo first announced his “Broadband for All” program, to 98 percent. During that time, loopholes that allowed the Internet Service Providers (ISPs) to claim that an entire census tract had full coverage, even if it was only one household, have been largely exposed and closed. Cuomo also put $500 million toward grants to extend service to rural areas, but some of that work is also still incomplete, and some residents are being served by satellite service they complain is inadequate. For their part, prior to recent New York State funding increases, the ISPs countered that the cost of disseminating broadband to isolated pockets was economically unfeasible. Those debates were largely ended in 2019 when the Cuomo administration threatened to void Charter-Spectrum’s NYS operating licenses and create roadblocks to its merger with Time-Warner after the massive ISP reportedly claimed credit for service in urban areas. Ultimately, Charter agreed to build out more broadband service, and the deadline for the company to finish the job was extended to September 2021. More recently, Spectrum asserted that it was “paying 100% of the cost of the 145,000 homes we are building in underserved areas in New York State, and do not receive any government subsidies. Charter plans to meet the state requirement of 145,000 by Sept. 30, 2021”. During the last several months, state, county, and local officials have been overwhelmed with reports of slow internet speeds, simple unavailability, and unaffordable services in both urban and rural settings. Faced with reports of entire school districts being forced to stop remote-teaching new material because several students lacked accessibility, and having an enormous segment of the working population toiling 16 | The ROCHESTER ENGINEER JUNE 2020
with slow and sporadic “through-put” service, it seems likely that broadband deployment will not retreat to the trenches anytime soon. Further underscoring that argument, the pandemic has also laid clear that to fully serve their communities public-safety providers need ubiquitous broadband capacity.
An Engineering Perspective While it seems almost quaint to look back at the 2019 Cuomo budget and its promise of $150 billion in infrastructure improvements, broadband-system construction is likely to continue. From a consulting and engineering firm’s perspective, those efforts begin with strategic financial planning exercises with municipal, business, and academic partners about which service model a community desires and can afford. For example, at HUNT Engineers & Architects, their designers and grant writers are actively collaborating with K-12 and municipal partners to achieve this goal using Smart School Bond Act Funds and USDA ReConnect Grants, respectively. At the outset, municipalities need to choose between collaborating with their incumbent ISP, or potentially designing, building, and maintaining their own network, or creating a leasing combination in-between. Once those decisions are made, into the equation will step information technologists, surveyors, site/civil engineers, construction managers and inspectors, and, ultimately, system maintenance teams. At Yates County, New York, the county’s goals in developing an all-encompassing Internet service system resulted in initial investigations between the County and HUNT Engineers that centered on what assets Yates currently controlled and which delivery model would be most appropriate. Options included a combination of subsidizing existing private ISPs, expanding the County’s existing dark fiber system, outsourcing the system, or developing a County-owned and operated model. In addition to the traditional engineering, HUNT offered the County the following broadband feature article
business and operational services: applications, contract documentation, bidding, and documentation. HUNT also secured a $10.3 million USDA ReConnect Grant Application on behalf of the County. Across the border in Pennsylvania, HUNT partnered with the Central Bradford Progress Authority to address the county’s needs for emergency communications, connectivity for county facilities, wireless towers, and most importantly, community broadband services. To accomplish this task, HUNT designed a dark, or unlit, fiber network that will provide connectivity to county buildings, towers, emergency service locations, as well as provide enterprise services to businesses in the area. This network will provide inexpensive leases to local ISPs to encourage county-wide broadband development. Due to Pennsylvania laws restricting public entities from providing Internet services, HUNT is providing consulting services to find creative solutions that the Progress Authority could use to further broadband development as much as possible. Once completed, the Bradford County Open Access Network will include 270 miles of fiber and extend to within six miles of any county residents. Additional broadband engineering services include: boundary and topographic surveys: ALTA surveys; site planning; aiding in utility ROW determinations; pole surveying using HUNT’s pole measurement and documentation system; forging pole attachment agreements; designing overhead splice enclosure point and overhead lines, including pull boxes and concrete capping; designing and adding redundant communication, fiber-network cable and increasing local ISP’s capacity; and, determining whether Fiber-To-The-Home (FTTH) networks are in alignment with federal and state funding requirements. q by Ben Gustafson, PE / Sean M. Phelan, Associate AIA HUNT Engineers, Architects, Land Surveyors & Landscape Architect, DPC Rochester NY
JUNE 2020 The ROCHESTER ENGINEER | 17
Get to the Point!
Managing Remote Projects is Suddenly Essential By Lori Marra, Senior Consultant at RGI International According to a study published by Regus, an international company that provides flexible workspace, prior to our now pandemic world, 54% of their global respondents confirmed that people were already working remotely 2.5 days a week or more. (regus.ca/workcanada/the-workplace-revoluttion) In our pandemic world, virtually everyone is working remotely, and this will most likely accelerate the acceptance of a more remote workforce in our post-pandemic world economy. How can we bring some order to this sudden surge of remote collaboration? Even more importantly, how can we successfully manage our projects when they have suddenly all become remote projects? Projects managers must manage a given set of resources to complete a project. In recent years, remote teams have been a part of these resources but not exclusively. Today, and for an unforeseen future, virtually all of our teams are remote. So, remote collaboration and communication take on increased importance. Project managers manage people, activities and costs to complete a project. This article focuses on the people side of this equation and also addresses how to create a professional image in a remote environment. Through seamless remote communication methods, leaders can get people to • • • •
work well together, even though they are apart, create collaborative work environments that are open to everyone, encourage people to share mistakes or unforeseen obstacles and, react quickly to issues even when we are apart.
Here are some approaches successful project managers have used: 1. Create common data shares using tools. 2. Agree upon standard protocols for remote 18 | The ROCHESTER ENGINEER JUNE 2020
communication, and ensure that people talk frequently and get to know one another. 3. Create collaborate work environments that are open to everyone. 4. Schedule informal remote gatherings: • Lunch hours or lunch and learns • Trivia gatherings • Coffee chats • Happy hours • “Open door” policy for quick check-ins 5. Hold daily check-in meetings to review any issues. 6. Create a common, central log book for documenting items. 7. Show empathy and understanding when things don’t go as planned. 8. Agree on a common communication channel for emergencies. 9. Delegate authority to react with different people in different time zones. 10. Allow brainstorming to develop accountability and shared solutions Working remotely often means working from home and with that comes a much more relaxed persona. It’s important that you don’t become sloppy and create an unprofessional image. Whether you are a leader or an individual contributor, be aware of • Cutting the background clutter • Using nonverbal queues • Being aware of your audience’s needs • Learning the online tools and using the interactive features • Communicating effectively
Cutting the background clutter
This doesn’t mean you don’t have anything behind you but make sure it is professional. Your audience will be distracted by looking at the “stuff” behind you. Position yourself so your face is in the middle of the screen.
Using nonverbal queues
Nearly 70% of communication happens non-verbally and get to the point
our remote tools can help us or hurt us. Pay attention to the cues you are sending and watch for cues others may be sending. • Look directly at the camera. Eye contact instills trust and confidence. Consider using two screens so you can see other content if necessary. • Smile! This creates rapport and fosters connection. • Don’t move around. Use gestures but don’t reach for items outside of the image. • Speak at a public speaking rate. This is typically slower than you speak when you are in a small group. • Eliminate the back and forth chit-chat because it ends up cutting others off. • Warm up your voice before joining the remote environment. This will improve your voice quality. • Be conscious of tone, inflection, pace, and uhms.
Being aware of your audience’s needs
Be Concise • Extra words distract and clutter the message. Especially in remote environments, you need to say what you have to say and that’s all. • Remember you are communicating technical information and not writing a 500-word essay for your English teacher.
Although we are remote and often alone, we need to be conscious that there is an audience out there watching us and trying to interact with us. • Keep your camera on. • Wait for people to respond so you don’t “bump” into each other. • Be a great listener. • Be a good moderator: this is even more work than in person. Write down names and address people personally, especially if you want to go back to someone’s comment. • Don’t multitask. Not only is it a waste of your time, but others will pick up on it and it is disrespectful.
Learning the online tools and using the interactive features
Take the time and make the effort to learn the capabilities and limitations of the remote platform and the interactive tools that can facilitate communication. Here are some examples: • Chat • Mute • Polls • Hand raised • Share screens • Share files • Whiteboards • Different screen views • Practice modes • Recordings get to the point
One major key to any successful project is communication. When it comes to remote projects, communication is even more important. Everything you communicate, in speaking and writing, must adhere to RGI’s three Cs: Clear, Concise, and Complete. Be Clear • Always use language that is appropriate and straight forward for your audience. • Use simple words which are easy to read and listen to. • Avoid vague, weak and ambiguous words that leave too much room for interpretation. • Use eloquent words that say more: “perfect” rather than “good”.
Be Complete • Effective communication happens when you know who your audience is and understand what their interests and questions will be. • Answer only those and you will keep their attention and remain focused. • Stick to “need-to-know” details and avoid the “nice-to know” information.
Visit www.rgilearning.com to learn about all of our training opportunities.
© 2020, RGI Learning Lisa Moretto is the President of RGI Learning, Inc. For 25 years she has helped engineers improve their oral and written communication skills. Visit www.rgilearning.com or call (866) 744-3032 to learn about RGI’s courses. JUNE 2020 The ROCHESTER ENGINEER | 19
Campus News Computational Tools for Design of Transmissions for Robotic and Aerospace Applications Finite element models for efficient and sustainable design by Eloy Yague-Spaude, Rochester Institute of Technology Current robotic and aerospace applications require mechanisms to be as lightweight and small as possible. These applications utilize electric motors to provide motion, but they tend to work at high rotational speeds. Strain wave gear (SWG) drives play a fundamental role as the transmission from these electric motors by providing large speed reductions while keeping the entire mechanism compact and lightweight. The Gear Research Laboratory at Rochester Institute of Technology is developing computational tools for design and simulation of SWG drives, among other types of gears, to achieve the best design without using trial and error. The developed tools include two- and three-dimensional finite element models based on the design parameters of SWG drives, which serve to simulate their meshing process and observe their operating stresses. These finite element models and the stress information obtained with them allow it to improve the mechanical performance of SWG drives. Strain wave gear (SWG) drives are a particular type of coaxial gear reducer which transmits power and converts rotational motion with three parts: an elliptical cam or wave generator, an external gear on the open end of a cup-shaped spring called the flexible spline, and an internal gear called the ring gear, as shown in Figure 1 (a). In the most common layout of SWG drives, the input goes through the wave generator which deflects the teeth of the flexible spline into meshing with those of the ring gear. The ring gear is fixed, and the closed end of the cup of the flexible spine constitutes the output, as shown in Figure 1 (b). The second most common layout of SWG drives uses the ring gear as output and the flexible spline can deflect but not rotate. A single SWG drive provides a much larger gear reduction ratio than traditional gear drives, which would require several stages, shafts, and bearings to achieve the same reduction. Besides, the teeth of SWG drives mesh in two regions, where each region has several pairs of teeth in contact, increasing the load they can transmit. Since the invention of SWG drives in 1959 by Clarence Walton Musser, their design has been challenging due to the flexible behavior of the flexible spline. Although extensive
research has been done to understand the behavior of SWG drives and improve their performance, these research efforts mostly started two to three decades ago because SWG drives were not being utilized until the 1980's and 90's. Due to their large gear reduction ratio capabilities, this type of gear drive constitutes a remarkable invention towards the development of robotic and aerospace applications. Their large velocity reduction is provided in a considerably reduced space and low weight compared to traditional gear drives. The latter drives, however, have been studied for centuries, whereas SWG drives lack a strong body of literature, methodologies of design, and computational tools to obtain improved designs without using trial and error. Consequently, and due to the short existence and utilization of SWG drives, there are still gaps in the existing literature and the comprehension of their behavior. These gaps motivate the development of computational tools for design of SWG drives that include two- and three-dimensional finite element models. The labâ&#x20AC;&#x2122;s current process for designing gear drives consists of using a virtual gear generator together with a finite element
FIGURE 1. PARTS AND TYPICAL LAYOUT OF SWG DRIVES 20 | The ROCHESTER ENGINEER JUNE 2020
college student article
FIGURE 2. TWO-DIMENSIONAL MODEL OF SWG DRIVES
FIGURE 3. THREE-DIMENSIONAL MODEL OF SWG DRIVES
solver to evaluate their mechanical behavior. The virtual gear generator produces the gear geometries based on their design parameters and manufacturing processes. Then, it generates finite element models to be analyzed in the finite element solver. The solver provides the solution of the finite element models in terms of stresses that serve to evaluate the strength of the gears and their capability to transmit the required load.
with those of the ring gear until contact is established. During these steps, the wave generator engages with the bore of the flexible spline and the output load is applied to complete the setup for simulation of meshing of SWG drives. From this step on, the model represents the behavior of SWG drives in operation by rotating the wave generator inside the flexible spline.
The two-dimensional finite element model of SWG drives includes a slice of the tooth regions of both the flexible spline and the ring gear as deformable parts, as shown in Figure 2. The wave generator is included as a rigid part, which rotates inside the flexible spline throughout the analysis to simulate the meshing of SWG drives. Considering the typical layout of SWG drives, where the flexible spline is the output and the wave generator the input, the ring gear is locked in position and output torque is applied to the flexible spline to simulate the transmitted load during operation.
The two- and three-dimensional finite element models satisfactorily represent the static behavior of SWG drives during operation. The main difference between the models consists of considering the full geometry of the drive, which significantly enhances the resulting insight about the behavior and mechanical performance of SWG drives. Although simple and computationally efficient, the two-dimensional model is not capable of representing the conical deformation imposed on the flexible spline when the cup-spring is considered. This deformation is fully shown in the three-dimensional model, which emphasizes the need to apply geometry modifications to compensate the effect of the deflection while strengthening the teeth and improving the mechanical performance of SWG drives.
This two-dimensional model serves to evaluate and improve the mechanical performance of SWG drives based on the obtained stresses as a function of the input design parameters of the drive. However, this model cannot reproduce the effect of the cup-shaped spring of the flexible spline and its deformation along the face width of the teeth. This evidences the need to use a three-dimensional model of SWG drives. The three-dimensional finite element model of SWG drives includes the geometry of the flexible spline with its cup-shaped spring, as well as the ring gear as deformable parts, as shown in Figure 3. The wave generator is still defined as rigid, but it is represented by its outer surface rather than a wire rigid element. The virtual gear generator provides the geometry of the different elements of SWG drives for the finite element models without any deflection applied. For this reason, both finite element models operate similarly through a set of steps. The initial steps deflect the teeth of the flexible spline into mesh college student article
SWG drives are remarkably suitable for lightweight, compact applications where large conversion of motion is required. Current robotic and aerospace applications take advantage of this type of gear drive even though their development requires several trials to improve designs. By improving the mechanical performance of SWG drives, the two- and three-dimensional finite element models ease the burden of resources and time that trial and error approaches require. These finite element models allow for more efficient and sustainable design of SWG drives for robotic and aerospace applications. Eloy Yague-Spaude is a PhD in Engineering candidate in the Department of Mechanical Engineering at Rochester Institute of Technology. His research focuses on advanced design, simulation, and finite element analysis of gear drives. q
JUNE 2020 The ROCHESTER ENGINEER | 21
Ionic Liquids: Advanced Lubricants and Lubricant Additives by Hong Guo, Doctoral Candidate - PhD in Engineering, RIT, KGCOE Friction between contacting surfaces can be found everywhere, from pistons of car engines to gear boxes of transmission systems of wind turbines. Friction and the resulting wear of the moving components will lead to eventual failure of mechanical elements over extended time. Consequently, friction and wear of mechanical components are responsible for tremendous amount of energy consumption, economic losses, and CO2 emissions. It is reported that around 119 EJ of the world’s energy consumption results from frictional contacts; friction and the subsequent wear represent costs up to 277,163 millions of dollars per year, and result in 8,120 Mt CO2 emissions. The addition of lubricants between moving components is one of the most effective methods to reduce friction and wear. Although many lubricants with specific functions such as friction-reducing, anti-wear or anti-oxidation are already in widespread use, most of these lubricants contain toxic substances that are harmful for the environment. Ionic liquids (ILs) are a class of salts that includes positive ions (cations) and negative ions (anions) in their structures. Different from the general salts (such as sodium chloride - NaCl), ILs have low melting points and can stay in a liquid state at ambient temperature or under 100 degree Celsius. They have unique properties, such as negligible volatility, high thermal stability, and low flammability, that make them optimal lubricants and lubricant alternatives. The extra-low volatility makes ILs serve as “green” alternatives to many of the volatile mineral or synthetic lubricants that are currently in industry use; and expands the application of ILs in high vacuum systems. The outstanding thermal stability of ILs can contribute to their application at high temperature environments under which mineral lubricants are easy to decompose. The non-flammability is of great importance in regards to the lubricant storage. Figure 1 (right). ILs form ordered liquid-layers between contacting gears. According to previous studies, the enhanced anti-friction and antiwear properties of ILs are attributed to the boundary IL-films that are adsorbed on the moving surfaces, avoiding direct contact between the two surfaces and reducing friction. In gears, as shown in Figure 1, the anions and cations of ILs will directionally attach to the metal surfaces when ILs are added between moving components, where the charged side of their molecules will settle down on the metal surfaces and the long alkyl-chain side would slide with the motion. The formed ordered lubricant layers will lower the friction and protect the working surfaces from future wear. Our goal in the Tribology Laboratory in the Mechanical Engineering Department at the Rochester Institute of Technology is to design eco-friendly and high-performance lubricants and lubricant additives to enhance wear and friction behavior of engineering systems. Recently, an eco-friendly ionic liquid, 2-hydroxyethylammonium 22 | The ROCHESTER ENGINEER JUNE 2020
2-ethylhexanoate (Eet), was synthesized in our laboratory and studied as neat lubricant and lubricant additive to a biodegradable base oil (BO) in a steel-steel contact. Since petroleum-based lubricants are currently widely used in industry, a commercially available mineral-based oil (MOA) was used for a comparison purpose. Figure 2. (a) Average friction coefficient of steel-steel contact and wear volume of the steel disks after lubricated with different lubricants; (b) 3D profilometer images and (c) 2D profiles of wear tracks on the steel disks after lubricated with BO, 1 wt.% Eet+BO, and Eet. From Figure 2, the presence of the IL in the lubrication system, either as neat lubricant or additive, reduced friction and wear compared to the base BO or the commercially available MOA. Neat Eet presented a significant improvement in friction and wear with respect to BO, with a friction and wear reduction of 65.6% and 95.3%, respectively. Although Eet performed better as a neat lubricant, the addition of just 1 wt.% IL to the base BO not only reduced friction by 16.3% but also decreased the material loss by 10.1% compared to the commercially available MOA. Figure 2(b) and (c) show the 3D and 2D profiles of the wear tracks on steel disks after tests lubricated with BO, 1 wt.% Eet+BO, and neat Eet. Wear scar is negligible after using Eet as neat lubricant, and only some superficial scratches were observed on the worn surface. When Eet was used as additive to BO, not only the width but also the depth of the wear track was reduced with respect to BO. By now, although ILs have attracted considerable attention as effective lubricants and lubricant additives since been explored for lubrication in 2001, research is also needed to find out the stability and efficiency of new families of environment-friendly ILs. The experimental results will provide clear guidelines to the design of new highperformance and eco-friendly ILs for target applications, and will also help engineers design high-performance lubricants and lubricant additives to effectively reduce friction and wear of mechanical components and prolong their service life. Compared to the currently used mineral oils, the application of these advanced eco-friendly ILs as lubricants or lubricant additives would help the world reduce energy consumption, decrease significantly economic losses and consequently lower carbon dioxide emissions. q by Hong Guo, Doctoral Candidate - Ph.D. in Engineering, RIT - KGCOE feature article
JUNE 2020 The ROCHESTER ENGINEER | 23
Position Openings...Pages 24-25
JOIN OUR TEAM! MRB Group Engineering, Architecture & Surveying, D.P.C. is currently recruiting for several positions to join our growing firm in Rochester and Syracuse New York including: Civil Engineers: to plan, design, direct, oversee and execute civil engineering projects in our water/wastewater group. Planner/Civil Engineer: to provide support on subdivision and site plan reviews, planning board activities, general planning services, and SWPPP/Site Inspections. Construction Observers: to oversee construction of various projects in Western and Central New York. Visit our website (www.mrbgroup.com) for additional information. Resumes can be sent directly to: firstname.lastname@example.org or mailed to: MRB Group, The Culver Road Armory, 145 Culver Road, Suite 160, Rochester, NY 14620.
NEW YORK STATE DEPARTMENT OF TRANSPORTATION 1530 JEFFERSON ROAD ROCHESTER, NY 14623
CONTINUOUS RECRUITMENT The New York State Department of Transportation is continuously recruiting engineering candidates at all levels, entry level through Team Leader. To apply, visit the New York State Department of Civil Service website at https:// www.cs.ny.gov/jobseeker/public/licensing.cfm, select Engineering Positions, specifically Civil/Transportation Exam Series, which includes Engineer Trainee, Assistant Engineer, and Professional Engineer 1. For general inquiries, please email R04-Design@dot.ny.gov. 24 | The ROCHESTER ENGINEER JUNE 2020
Save the Dates Annual Engineering Symposium in Rochester Re-scheduled to Tuesday, September 22, 2020 Rochester Riverside Convention Center Additional details will be posted on the RES website: www.roceng.org Registration will re-open around August 1st.
Professional Firms Employee News
Greg Gdowski, PhD (RES President - June 1, 2020 - May 31, 2022) Honored as a 2020 AAMI Fellow (Who are Honored for Achievements, Commitment to AAMI Mission) April 15, 2020 AAMI members who have provided substantial service and contributions to the health technology field and to AAMI have been selected as the 2020 class of AAMI Fellows. AAMI Fellows are health technology leaders who are recognized for extraordinary achievement in their careers. “Our second class of AAMI Fellows come from a variety of fields. However, they all share a commitment to AAMI’s mission: The development, management, and use of safe and effective health technology,” said Sabrina Reilly, vice president of membership at AAMI. “We congratulate our Fellows for their numerous accomplishments, as well as their drive continue to grow, to achieve, and to improve the world around them.” AAMI recognizes Fellows for the depth and breadth of their accomplishments in seven core areas: professional experience, education, technical contributions, presentations and publications, professional participation, certification, and awards and honors. 2020 Class of AAMI Fellow Greg Gdowski, executive director of the Center for Medical Technology & Innovation and associate professor of biomedical engineering at the University of Rochester in Rochester, NY, coordinates educational and entrepreneurial activities related to the development of novel technology solutions to clinical problems. Gdowski established and managed a National Institutes of Health funded research laboratory in vestibular sensory processing. q
Support Your Affiliate Attend A Meeting position openings | RES news
JUNE 2020 The ROCHESTER ENGINEER | 25
Go to the RES Web Site for Updated Details On All Meetings - www.roceng.org
Tuesday, September 22 (Re-scheduled)
2020 Engineering Symposium in Rochester
Earn up to 7 PDHs Place: Rochester Riverside Convention Center, 123 East Main Street, Rochester Time: 7:30 am to 6:30 pm Cost: $140 Advance registration; $20 Student registration; $170 AFTER September 1, 2020 and at the door. Registration: Registration will re-open at www.roceng.org around the 1st of August.
BE SURE TO CHECK IF A MEETING IS STILL SCHEDULED BECAUSE OF COVID-19 To post continuing education opportunities on this page please contact the Rochester Engineering Society, 585-254-2350, or email: email@example.com
The engineering societies are encouraged to submit their meeting notices for publication in this section. The deadline for submitting copy is the 10th of the month prior to the month of publication. Please email to: firstname.lastname@example.org. The meetings offering PDHs are highlighted in blue. Details about the meeting and affiliate (if in this issue) are on the corresponding page listed next to the affiliate name.
Tuesday, June 2 Institute of Electrical and Electronic Engineers (IEEE)
Thursday, June 18 International Council p 34 on Systems Engineering (INCOSE)
EXCOM Meeting Place: On-line: via webex conferencing. Time: 11:50 am to 1:00 pm Registration links for our events are at: events.vtools.ieee.org/m/vtools230220
TBA Place: All meetings are held virtually until further notice. Time: Meetings begin at 6:00 pm to approx. 7:30 pm Reservations: We use GlobalMeet Join Details â&#x20AC;&#x201C; Join as GUEST Meeting details web address: https://incose.pgimeet.com/ INCOSE_GMTwo. Access Number: 1-719-457-6209. Guest Passcode: 519 731 6920.
Thursday, June 11 American Society of Plumbing Engineers (ASPE)
Annual Golf Outing Place: Victor Hills Time: 10:00 am An email will be sent to the membership as this date gets closer in hopes of still holding this golf outing.
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Support Your Affiliate Attend a Meeting
continuing education calendar | engineers' calendar
Monday, July 13
Tuesday, September 22 (re-scheduled)
Electrical Association (EA) 40th Annual Invitational Golf Outing Place: LeRoy Country Club, 7759 East Main Road, LeRoy, NY 14482 Time: Shotgun start at the Club House at 10:00 am (registration opens at 9:00 am) Cost: Register early (choice of hotdog or hamburger, chips and beverage), one free beverage ticket (good at the beverage cart), buffet dinner and prizes. Each golfer gets one free beverage ticket than can be used at the beverage cart. Additional drinks may be purchased directly from the beverage cart driver (cash only). Buffet dinner only - $25 per person. Registration: Purchase tickets on-line at www.eawny. com or call 585-382-9545. Inquire about sponsorship opportunities.
2020 Engineering Symposium in Rochester
Earn up to 7 PDHs Place: Joseph A. Floreano Rochester Riverside Convention Center, 123 East Main Street, Rochester Time: 7:30 am to 6:30 pm Cost: $140 advance registration, Student registration $20; $170 after September 1st. Registration will re-open about August 1st at www.roceng.org.
Tuesday, October 27 (re-scheduled) Institute of Electrical and Electronic Engineers (IEEE)
2020 IEEE Rochester Section Joint Chapters Meeting Place: Louise Slaughter Hall, RIT Friday, September 11 (re-scheduled) Time: 3:30 pm to 8:30 pm American Society of Civil Engineers (ASCE) p 32 Registration links for our events are at: events.vtools.ieee. Annual 18-Hole Scholarship Golf Tournament th Place: Webster Golf Course â&#x20AC;&#x201C; East Course, 440 Salt Road, org/m/vtols220441. Register before September 30 and save at least $20 and confirm your all-American buffet Webster, NY 14580 Time: Registration, lunch, and social hour from noon to dinner reservation. 1:15 pm; Shotgun start at 1:30 pm. Dinner will be served following the tournament. Cost: Four-person Scramble Format. $95/person includes lunch, driving range, 18 holes, cart, dinner and drink tickets. Registration: To register or sponsor a hole, contact Josh Rodems, 585-232-5135 or email@example.com. Reservations and payment due by August 28, 2020. Website: https://sections.asce.org/rochester.
Monday, September 14 (re-scheduled)
Illuminating Engineering Society (IES)
Annual Buffalo and Rochester Joint IES Golf Outing Place: Stafford Country Club, 8873 Morganville Road, Stafford, NY 14143 Time: Shotgun start at noon; Lunch served starting at 11:00 am. Online registration soon on the website at www.iesrochester.org.
The RES website (www.roceng.org) has a calendar of events for this month's meetings and meetings that are received or updated after print deadline. Please refer to the website for updated information. If you wish to be listed in the calendar please send details to firstname.lastname@example.org JUNE 2020 The ROCHESTER ENGINEER | 27
Professional Firms Employee News SWBR News
Meet Our Technology Group
The SWBR Technology Group is our firm-wide resource for advanced building scanning and point cloud BIM modeling services. The firm has always embraced design innovation and has now taken that commitment to the next level with a significant investment for in-house visualization technology. Our three-person team of technology experts employ a combination of 3D laser scanning, virtual and augmented reality, and drone software to create point cloud data. This process results in exceptionally accurate and detailed 3D BIM (Building Information Modeling) models, which can be used throughout the design process. We have created a design and technology center which includes a gaming T.V. for AR/VR viewing, enabling immersive experiences within designs for our clients and design teams. These in-house capabilities can eliminate the need for manual scanning, measuring, and hand drawing, saving valuable time for design, and reducing the chance for human error. “We’re creating a ‘Culture of Accuracy’ for our clients,” said Chief Information Officer, Keith Sylvester, who also oversees the group. Keith, who has been with SWBR for over 20 years, manages all IT systems and is the lead Information Technology (IT) decision maker, responsible for strategy, design, implementation, utilization of technology, and data security.
Laser scan of local campus
Victor Cruz, our reprographics manager who has been with the firm since 1993, has been a Level II Faro Scene Certified and drone pilot since 2016. Drone photography is used to better see conditions that are otherwise inaccessible, enabling greater understanding and attention to detail, during the earliest stages of design. Drone technology provides photography of exterior and roof conditions, capturing existing conditions prior to and after design. Laser Scanning technology provides “point cloud” scans of exterior and interior conditions and measurements, capturing existing conditions prior to and after design with great accuracy. New to the group, Building Information Modeling (BIM) Manager Peter Foti has expertise and passion for Point Cloud technology, 3D modeling, Revit, laser scanning, and virtual reality. Peter’s expertise with digital scanning and point cloud technology allows us to create precise measurements that are crucial to the project’s success, saving time for designers and billable hours for clients. “Applying these new technologies strengthens our current design expertise and creates new avenues for growth, improving our services and offering our clients an enhanced customer service experience,” said President Tom Gears, AIA. “We look forward to our on-going use of these technical capabilities, as well as our additional expertise with building energy modeling, envelope performance, and advanced thermal imaging for roofing design.” q
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professional firms employee news
Society for Imaging Science and Technology Website: http://rochesterengineeringsociety.wildapricot.org/ISandT
Our meeting locations have changed and additional details will be available monthly.
Venue ideas requested - we are soliciting input regarding other possible venues for our meetings.
Ballot slate for 2020-2021 election: President
Burns Digital Imaging
L3 Harris Technologies Inc.
is&t news | incose news
University of Rochester
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657 East Avenue, Rochestter, New York 14607 Dedicated to Professionalism in Engineering in the Interest of Public Safety and Welfare 2019-20 Officers: President Chris Kambar, PE, President-elect Arthur Reardon, PE, Vice-President Scott Wolcott, PE, Secretary Martin Gordon, PE, Treasurer Michael Ritchie, PE, Membership Chair Arthur Reardon, PE Past Presidents: David Roberts, PE, Chris Devries, PE Directors: Barry Dumbauld, PE, Robert Winans, PE, Joseph Dombrowski, PE, Jim Drago, PE, Neal Illenberg, PE, Douglas R. Strang Jr., PE
COVID-19 STATE ACTIONS
NSPE is tracking and identifying executive orders and legislation related to Covid-19 and has created one-page printable reports for the majority of the states. Click here for NEW YORK (https://www.nspe.org/sites/default/files/sites/default/files/c19/NewYork-C19.pdf) These are all dynamic resources that NSPE continues to update on a daily basis, so please check back regularly for new/ additional information. Access the information for Licensure (https://www.quorum.us/spreadsheet/external/XzccVELfzzrFQYyqEmxn/) Access the information for Small Business Legislative (https://www.quorum.us/spreadsheet/external/GQuvKPGmWdIYzQPSUkaO/) Click here for more Resources (https://www.nspe.org/resources/coronavirus-covid-19-resources)
2020 ENGINEERING SYMPOSIUM
The 2020 Engineering Symposium has been re-scheduled for Tuesday, September 22, 2020. If you have already registered for the event, you don’t have to do anything - you will be advance registered and paid for the event in September. If you would like a refund, there will be no fees or penalties. Please email email@example.com and we will process a refund. Please allow up to one week for Lynne to credit your account. Our goal is to re-open registrations by August 1st and host a great event under better circumstances. Thank you for your understanding and stay safe.
WHY GET LICENSED?
Message from Outgoing MPES President
It has been my honor to serve as president of the Monroe PE Society for these past two years. During this time our organization has continued to evolve and grow as well as show our resilience. We have continued our board of directors’ meetings to the RIT campus and we have added a virtual component, which has continued collaboration between our chapter and RIT. Mathcounts, TEAMS, and the Symposium have all continued to develop with much growth and many improvements along the way. As I leave this role, I plan to continue to support our chapter as an active member. I’d like to express my heartfelt thanks to the members of the board of directors and the individual society members who have supported me and made it a pleasure to serve as president. Please join me in welcoming the incoming president, Dr. Arthur Reardon, P.E. Dr. Reardon’s two-year term of office will begin on July 1st of this year.
With deep gratitude & respect, Christopher V. Kambar, PE As always, we encourage active membership in the Monroe Professional Engineers Society. We are constantly striving to improve your membership but we always need more help. If you are interested in becoming an active member or have any questions, please email me at CKambar@apd.com or contact MPES through our website at www.monroepes.org/contactus/.
Christopher V. Kambar, President, MPES 30 | The ROCHESTER ENGINEER JUNE 2020
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JENNIFER WENGENDER, P.E. CPD CPL 205 St Paul Blvd Rochester, NY 14604 585-454-7600
President's Message For most of us, our lives have changed greatly since the last publication. Work from Home (WFH) is the new normal for many. Our webinar for April worked out well and we did offer a PDH credit. We are planning another
Vice President Technical: DAVE JERECKOS IBC Engineering, PC 3445 Winton Place, Suite 219 Rochester, NY 14623 585-292-1590
Webinar for the May meeting. We hope to still offer PDH credits for NYS
Vice President Legislative: DAVID MYERS LaBella Associates, PC 300 State Street, Suite 201 Rochester, NY 14614 585-454-6110
of our board members if you need help finding something.
Vice President Membership:/AYP TRAVIS JESSICK Dave Gooding Inc. 173 Spark Street Brockton, MA 02302 585-794-8845
Mark your calendar for Thursday June 11 at 10:00, Victor Hills. We will
Treasurer: ALAN SMITH, P.E. IBC Engineering, PC 3445 Winton Place, Suite 219 Rochester, NY 14623 585-292-1590
we will likely downsize our advertisements and prize give always. We will
Administrative Secretary: ADAM KRAMER IBC Engineering, PC 3445 Winton Place, Suite 219 Rochester, NY 14623 585-292-1590
any of our board members for additional information.
Newsletter Editor: CHRIS WOLAK Victaulic Fairport, NY 14450 484-350-1954
PE’s, but they may be in a new format for us through one of the many approval methods recognized by NY SED. If you need additional PDH credits, many vendors have been offering on-line education. Contact any
GOLF ANYONE?!! We are still tentatively planning to have our annual golf outing in June. obviously follow all State mandates and will keep you posted if this needs to be postponed. Because of the potential last-minute decision to have this or not, and various financial hardships many companies will be facing, likely accept “cash (or check) at the door” for any golfers who are ready to get out and see ASPE friends and co-workers in person! We will send an e-mail to our ASPE distribution with details as this gets closer. Or contact
Stay safe, enjoy your WFH time, and we hope to see everyone out and about real soon!
Jennifer Wengender, P.E., CPD Rochester Chapter President
(Chapters are not authorized to speak for the Society)
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American Society of Heating, Refrigerating, and Air-Conditioning Engineers Rochester ASHRAE website: rochester.ashraechapters.org
I hope everyone’s family and friends are doing well during these difficult times. As mentioned last month, the annual golf outing and picnic has been postponed. It will be combined with our fall clambake at Ravenwood Golf Club on August 17th. Over the years ASHRAE has benefitted from the generosity of the local community. Well now we believe it is time to give back. The officers and committee chairs have agreed that 25% of the proceeds raised for the clambake will be donated to Foodlink NY (www. foodlinkny.com). The Corona virus has put a strain on so many, especially those less fortunate than us. Foodlink NY has partnered with Rochester City Schools to provide meals and emergency food boxes to those in need. More details on the clambake and how to donate will follow. I’d like to thank Mike Hoppe of Daikin Applied for changing his presentation to a webinar and still sharing his knowledge with our Chapter this past April 10. His Webinar was titled “A Different Approach with Cloud Based Controls” and was well attended and informative. On April 29th, the Rochester Chapter joined the CNY Chapter for a presentation by an ASHRAE Distinguished Lecturer, Chris Mathis of Mathis Consulting group. The webinar was titled “Why Buildings Matter” and discussed considerations to incorporate a building’s energy usage with its function for an occupant’s needs. Again, thank you to both for sharing their time and expertise with us. YEA (Young Engineers in ASHRAE) also hosted a webinar on Wednesday, May 27th at noon. The topic was psychrometrics and was presented by Al Rodgers of Pathfinder Engineers.
Please continue to check out our website at www.rochester.ashraechapters.org for information on upcoming chapter meetings, current officer list and contact information, chapter newsletters, and more! Also take a minute and like us on Facebook at www.facebook.com/#!/ashraerochester. Most importantly, please follow the guidelines placed by the CDC and health officials so we may get through this as quickly as possible and put all of this behind us. Please be safe and stay healthy. Tom Streber, P.E. 2019-2020 President, Rochester Chapter
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Genesee Valley Land Surveyors Association Website: www.gvlsa.com
Year 2020 Officers President Justin M. Roloson, LS Vice President Matthew R. Palmer, LS Secretary Robert J. Avery, LS Treasurer Michael A. Venturo, LS Jared R. Ransom, LS, Ex-officio
Upcoming Events 2020 April 16, 2020 Board of Directors Meeting - 6:00 PM General Membership Meeting - 7:00 PM 40 & 8 Club, 933 University Avenue Rochester, NY 14607 May 14, 2020 General Membership Meeting - 6:00 PM Finger Lakes Dinner Location TBD June 18, 2020 Board of Directors Meeting - 6:00 PM 40 & 8 Club, 933 University Avenue Rochester, NY 14607
Board of Directors
2018-20 Timothy T. Odell, LS Martin Gotwalt, LS 2019-2021 Gregory T. Pauly, LS Jeffrey A. Tiede, LS 2020-2022 Christopher T. Locke, LS David L. Standinger, LS David Zuber, LSIT - Associates Representative
"Due to the pandemic, if meetings occur in either June or July, the membership will be contacted by email. Members need to comply with all government directives and please stay safe!" Thank You!
Professional Affiliations New York State Association of Professional Land Surveyors, Inc. National Society of Professional Surveyors Rochester Engineering Society
Justin M. Roloson, LS President GVLSA
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Directory of Professional Services
www.eco-rentalsolutions.com 855-ECO-RENT Newest Rental Fleet in the Industry Exceptional Customer and Technical Service Consistent Quality Rentals • Sales • Service
directory of professional services
JUNE 2020 The ROCHESTER ENGINEER | 41
Directory of Professional Services
Solving soils problems for over 40 years. 46A Sager Drive, Rochester, NY 14607 Tel: 585-458-0824 â&#x20AC;˘ Fax: 585-458-3323 www.foundationdesignpc.com
Inc. esign,526 USA of duct D o P. Halt NY 14 r , d P el f fi GarGryarry@Haltof.com Haltobridge Lane, Pen 40 Rock
Design Engineering Services - Concept thru Production Mechanical / Electromechanical - Consumer / Industrial All Plastic and Metal Technologies Tel: 585-388-9000 Fax: 585-388-3839
Advertising Rates and Membership Application is Available at www.roceng.org
Directory of Business Services Philip J. Welch
First Vice President - Investments
Wells Fargo Advisors Wells Fargo Advisors is a trade name used by Wells Fargo Clearing Services, LLC
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200 Meridian Centre Blvd. Suite 260 Rochester, NY 14618 Direct: 585-241-7546 Fax: 585-241-3986 Toll Free: 877-237-6201 firstname.lastname@example.org
directory of professional services | director of business services
Affiliated Societies of the Rochester Engineering Society American Consulting Engineering Companies of New York President, David J. Meyer, 585-218-0730 Email: email@example.com American Public Works Association Monroe County/Genesee Valley Branch Chairman, Peter Vars, PE Email: PVars@bmepc.com American Society of Civil Engineers, Rochester Section President, Joshua T. Rodems, PE, Bergmann, Rochester, NY. 585-498-7944. Email: firstname.lastname@example.org American Society of Heating, Refrigerating, and Air-Conditioning Engineers, Rochester Chapter President, Thomas Streber, PE, tstreber@ jwswanson.com. Email: ashraerocnews.com
Association For Facilities Engineering, Rochester Chapter President, Matt Knights, Constellation Brands, Inc. Email: Matt.Knights@cbrands.com
Genesee Valley Land Surveyors Association President, Jared R. Ransom, LS 585-737-6881 Email: email@example.com Illuminating Engineering Society of North America Inc., Rochester Section President, Dan Rusnack Email: firstname.lastname@example.org Imaging Science & Technology, Rochester Chapter President, Bruce Pillman, 585-748-6006 Email: email@example.com
American Society of Plumbing Engineers, Rochester New York Chapter President, Jennifer Wengender, PE, CPD, Clark Patterson Lee, 205 St. Paul Blvd., Rochester, NY 14604. 585-454-7600. Email: firstname.lastname@example.org
Institute of Electrical and Electronics Engineers, Rochester Section Chairman, Eric Brown Email: email@example.com
Association for Bridge Construction and Design President, William Rugg, PE Greenman-Pedersen, Inc. Email: firstname.lastname@example.org
New York State Association of Transportation Engineers, Section 4 President, Paul J. Spitzer, PE, NYS DOT Region 4, Genesee Valley, 1530 Jefferson Road, Rochester, NY 14623. 585-272-4890. Email: email@example.com
Electrical Association Executive Director, Karen Lynch Email: firstname.lastname@example.org President, Russ Corcoran, Landmark Electric, 585-359-0800. Email: email@example.com.
American Society of Mechanical Engineers, Rochester Section Chairman, Steven Ivancic, University of Rochester
Alfred Steele Scholarship available to ASPE members and their immediate family. Applications due in January each year. Details at https://www. aspe.org/SteeleScholarship.
Monroe Professional Engineers Society President, Chris Kambar, PE Email: CKambar@apd.com
NYSATE has scholarships available for dependents of members who are or plan to enroll in a postsecondary university of accredited business or vocational school (undergraduate only). Some members may also be eligible. Information will be posed in the early spring at www.nysate.org
New York Water Environment Association Inc., Genesee Valley Chapter (www.gvcnywea.org) President, Bill Davis, 585-381-9250 Email: firstname.lastname@example.org Sheet Metal & Air-Conditioning Contractorâ&#x20AC;&#x2122;s National Association-Rochester, Inc. Executive Director, Aaron Hilger 585-586-8030. Email: email@example.com Society of Plastics Engineers, Rochester Section President, Brett Blaisdell Email: firstname.lastname@example.org
Institute of Industrial and Systems Engineers, Rochester Chapter President, Poojith Kalluru, Alstom Email: email@example.com
Society of Women Engineers President, Marca J. Lam, RIT Email: firstname.lastname@example.org
International Council on Systems Engineering, Finger Lakes Chapter President, Jack Riley Email: email@example.com
Terra Rochester Finger Lakes Science & Engineering Fair Director, Mary Eileen Wood, 315-422-2902 Website: TerraFairs@terraed.org. Awards and scholarships available. Visit the website for details.
Corporate Members of the Rochester Engineering Society Bergmann (Enterprise) BME Associates CHA Consulting (Champion) Clark Patterson Lee Erdman Anthony Associates Greater Rochester Chamber of Commerce (RBA) Champion) Greenman-Pedersen, Inc.
Hunt Engineers, Architects & Land Surveyors, Inc.
Rochester Institute of Technology, Kate Gleason College of Engineering
IBC Engineering, PC (Champion)
Kistner Concrete Products Inc.
TY-LIN International (Champion)
M/E Engineering, PC (Enterprise)
MRB Group (Champion) Optimation Technology, Inc.
IS YOUR COMPANY LISTED HERE? Call 585-254-2350 for information.
affiliated societies & corporate members of the rochester engineering society
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Non-Profit Org. US Postage PAID Permit No. 178 Rochester, NY PUBLISHED BY ROCHESTER ENGINEERING SOCIETY 657 EAST AVENUE ROCHESTER, NEW YORK 14607
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IMPORTANT DATED MATERIAL Please do not delay
BE SURE YOU CONTACT YOUR AFFILIATE BEFORE ATTENDING ANY EVENTS! WITH THE COVID-19 CRISIS MANY EVENTS ARE BEING CANCELLED OR RE-SCHEDULED. WE HOPE EVERYONE STAYS SAFE AND HEALTHY! ~ RES Board of Directors
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