HEAPY Information and Communication Technology Statement of Qualifications

ICT DESIGN STATEMENT OF QUALIFICATIONS

REAL COLLABORATION

REAL PERFORMANCE

REAL INSPIRATION

HEAPY FIRM OVERVIEW

MARKETS

• Government

• Healthcare

• Education

• Science & Technology

• Cultural / Arts

• Corporate / Commercial

• Industrial / Manufacturing

• Mission Critical

TOTAL

STAFF

The firm boasts more than 230 colleagues and maintains seven offices across the United States:

• Dayton, OH (Headquarters)

• Cincinnati, OH

• Columbus, OH

• Cleveland, OH

• Indianapolis, IN

• Raleigh, NC

• Tampa, FL

SERVICES

• Information & Communication Technology Design

• Audio / Visual System Design

• Physical Security System Design

• Mechanical, Electrical & Plumbing Design

• Fire & Life Safety Design

• Lighting Design

• Master Planning / Facility Condition Assessment

• Sustainability & Resiliency

HEAPY is an ISO Certified Company (FS-98575)

CRITICAL DECISIONS

HEAPY offers comprehensive technology assessment and planning services, as well as design and commissioning for new facilities, renovations, and campus-wide infrastructure upgrades. Our technology design engineers will align your current and future needs and help create a roadmap to implementation. We create cutting edge solutions that are reliable, adaptable, and resilient in the face of constantly evolving technology needs.

HEAPY understands the importance of designing technology systems that are integrated with the interior design and architectural vision of your space. Collaboration is key.

We work hand-in-hand with the design and construction team to ensure your technology systems are seamless, functional, user friendly, and aesthetically pleasing.

PLANNING & DESIGN

Having a strategic approach to design your technology and security systems is critical to support the success of your business, as well as maintain the integrity of your assets and facilities. HEAPY will provide you with expert consulting, planning capabilities, and design expertise to match your requirements and business objectives.

Registered Communications Distribution Designer®

Registered Telecommunications Project Manager® Certified Technology Specialists

Certified Physical Security Specialists

“HEAPY has exceeded my expectations for timeliness and dependability. The team is on top of the latest processes and equipment and work well together to deliver creative solutions for issues within and outside of the design scope.”

Larry DiGennaro Principal BHDP Architects

• Structured Cabling & Technology Infrastructure Design

• Network & Wireless Design

• Audio/Visual System Design

• Safety & Security System Design

• Technology Master Planning

• Risk & Vulnerabilities Assessment

• Mission Critical & Data Center Design

• Mass Notification, Nurse Call & Paging System Design

• Technology Audits / Needs Assessment / Feasibility Studies

• Enhanced ICT Construction Administration

“HEAPY’s Information, Technology and Communication team designed and enhanced access control system, camera relocation and additions as an upgraded security system servers for four campuses.”

Harold Hitchcock Director of Physical Plant and Facilities

Edison State Community College

Proud Member of:

DWAYNE HENDERSON

RCDD

ROLE: ICT Practice Director

As the Information & Communication Technology Practice Director, Dwayne’s focus is on developing and growing the design team while maintaining a high level of collaboration within various disciplines. He tracks new and emerging market trends, provides guidance and support for colleagues, and works with team members and owners to ensure project outcomes meet and exceed expectations. He is passionate about finding the best solution to complex problems and fostering a culture of collaboration and innovation to get the job done right.

With more than 35 years of industry experience, Dwayne has specialized in Information, Communication, and Technology engineering design, and he is well versed in the design and specification of Electrical Power Distribution Systems, Telecommunications Structured Cabling Systems, Security Systems, Sound Reinforcement Systems and Audio/Video Distribution and Display systems. Dwayne is a Registered Communications Distribution Designer (RCDD®), which is a designation for individuals who demonstrate expertise in the design, integration and implementation of telecommunications (voice, data, video, audio, and other low-voltage control) transport systems and their related infrastructure components.

EDUCATION

Macomb Community College, Associate of Arts

REGISTRATIONS

Registered Communication Distribution Designer, #128098

Panduit-Certified Designer

Hubbell Certified

Certified Corning Fiber Optic Engineer

PROJECT EXPERIENCE

Columbus Museum of Art Renovation / Expansion

Columbus Regional Airport Authority New Passenger Terminal

Department of Defense Education Activity USAG Humphreys Schools East

John Weld Peck Federal Building Office Renovation

Kettering Health Network New Cancer Center

Miami County Ohio Jail Technology Upgrades

Owen’s Corning World Headquarters

Sinclair Community College Safety, Security and Fire Alarm Replacement Campus Wide

Wilson Health New Data Center

Wright State University

Neuroscience Engineering Collaboration Building

STEVE HORVATH RCDD

ROLE: Senior Technology Designer

Steve has 19 years of experience in technology design and project management, specializing in creating resilient and reliable structured cabling infrastructure and low-voltage systems such as audio/visual, security (CCTV, Access Control), paging, and wireless. He also boasts specialized experience in RF predictive modeling and design to ensure optimized functionality and coverage for mission-critical facilities and campuses.

Steve values close relationships with partners and clients, supporting projects through early engagement, clear and transparent communication, and dedicated follow-through to resolve all issues. He serves as a trusted advisor to help clients achieve their vision for technology implementation and applications, ensuring that systems are designed to meet current needs while planning for future adaptability and upgrades. He excels at simplifying complex topics and helping clients visualize their ideal technology solution, always seeking innovative ways to meet client goals and aspirations.

As a senior technology designer, Steve oversees projects from concept to completion, coordinating with multidisciplinary teams and ensuring project budget and schedule alignment to achieve stated goals.

EDUCATION

Triangle Tech

Associates, Architectural & Engineering Design

REGISTRATIONS

Registered Communication Distribution Designer, #200590

PROJECT EXPERIENCE

Biomed Realty*

Gateway of the Pacific, Buildings 4 & 5

City of Detroit, MI*

Public Safety Headquarters

County of Santa Barbara, CA*

Emergency Operations Center

Dayton International Airport

SCIF Secure Rooms Hangar No. 1

FirstHealth of the Carolinas

Speciality Building Renovation

Women and Children’s Tower

Mutual of Omaha*

New Headquarters

SAS*

Security Operations Center Relocation

United Therapeutics*

New Warehouse

Wake Technical Community College*

Public Safety Simulation Center

West Virginia University

Monongalia County Ballpark

Zymergen*

5300 Chiron Way Headquarters

JAMES KRILE

RCDD, NTS, ESS

ROLE: Senior Technology Designer

Jim is a Registered Communications Distribution Designer (RCDD), with additional specialty certifications for Network Transport Specialist (NTS) and Electronic Safety and Security Specialty (ESS). His tenure at HEAPY extends for 36 years.

Jim has experience in the design and specification of Electrical Power Distribution Systems, Telecommunications Structured Cabling Systems, Security Systems, Sound Reinforcement Systems and Audio/Video Distribution and Display systems. He is able to use his design experience with building power and grounding systems to provide the proper electrical infrastructure for the telecommunications equipment, as well as coordinating Telecommunications pathways to minimize the effects of environment and noise on the installed cable plant. In addition, Jim is able to draw upon his knowledge of Local Area Networks (LAN), Telephony and Paging systems to provide a truly integrated approach to a facility’s Technology Infrastructure.

EDUCATION

Wright State University BS, Electrical Engineering

REGISTRATIONS

Registered Communication Distribution Designer, #171360R

BICSI Network Technology Systems (NTS) Designer

BICSI Electronic Safety and Security (ESS) Designer

PROJECT EXPERIENCE

1010 On The Rhine Mixed-Use Development

Edison State Community College Campus Security Upgrade & Reinvestment

Department of Defense Education Activity USAG Humphreys Schools East

NASA Glenn Research Center Research Support Building

Owen’s Corning World Headquarters

Miami County Ohio Jail Technology Upgrades

Sinclair Community College Safety, Security and Fire Alarm Replacement Campus Wide Video Conference Equipment & Bandwidth Upgrade

The Ohio State University Outdoor Sports Complex Renovation

University of Dayton

Data Cabling Design

Student Housing Wiring Upgrade

VEGA

New Corporate Headquarters Office and Manufacturing Facility

MICHAEL JANKOWSKI

PE, RCDD, CTS-D

ROLE: Audio-Visual Subject Matter Expert

Michael boasts more than 14 years of experience in technology design. He establishes and develops detailed project requirements and technology specifications through engineering calculations and layouts to meet the client’s requirements in compliance with statutory or regulatory requirements, as well as applicable standards. He communicates with clients, contractors, and vendors to obtain accurate information and provide thoughtful solutions for projects.

Michael is passionate about mentoring and training less experienced technology designers. He assists the Project Manager in the planning, development, and administration of the technology design project.

His responsibilities include the design of technology and audio-visual systems, quality control, as well as commissioning.

EDUCATION

Purdue University

BS, Electrical and Electronics Engineering

REGISTRATIONS

Professional Engineer, OH- #E-81795

Registered Communication Distribution Designer, #245841

Certified Technology Specialist Designer, #407437

PROJECT EXPERIENCE

Ball State University Indoor Practice Facility

Butler University Esports Park

Department of Defense Education Activity

USAG Humphreys Schools East

Federal Reserve Bank Cleveland / Cincinnati Building Management System Upgrades

JP Morgan Chase

Innovation Center

McCoy Corporate Center Renovation Tysons Boulevard

Robin Industries Office Relocation

Sinclair Community College Building 12 Multimedia

VEGA

New Corporate Headquarters Office and Manufacturing Facility

WPP plc

Detroit Office Fit-Out in Marquette Building

CHUCK McCORMICK PSP

ROLE: Physical Security Subject Matter Expert

Chuck has three decades of experience and expertise in the assessment and design of physical security systems. He identifies, develops, implements and maintains security processes that reduce risk and limit exposure to liability. He performs discovery interviews, assessments, product selection, single/ multi-site design, field operation inspection, and commissioning. Chuck is a certified physical security professional (PSP), approaching physical security design from a wholistic perspective.

Chuck is also experienced in design and specification of electrical power distribution, telecommunications structured cabling systems, security systems, sound reinforcement systems, and audio visual (AV) distribution/display systems. He collaborates with multi-disciplinary teams to provide a truly integrated approach to technology system design.

EDUCATION

Ashland State Vocational School

Industrial Electricity

CERTIFICATIONS

Physical Security Professional, #15216

Chemical Terrorism Vulnerability Information CVI #20101018-1061752

AFFILIATIONS

Board of Directors, InfraGard, in partnership with the Federal Bureau of Investigation (FBI) to protect critical U.S. Critical Infrastructure

PROJECT EXPERIENCE

Ann Arbor VA Medical Center

Modernize Short Stay Unit

Bronx, NY VA Medical Center

Physical Security and Resiliency Design Manual

Cincinnati VA Medical Center

Security Updates

Cuyahoga Hills

Juvenile Correctional Facility

Department of Defense Education Activity USAG Humphreys Schools East

Hamilton County, Atlanta, IN Readiness Center

Lexington VA Medical Center ERHM Training & Admin Support Space

Pickaway-Ross

Career and Technology Center

Security Design

Saginaw VA Medical Center

Community Living Center Inpatient Rehab Unit

Wabash College

Security Study

SELECT PROJECT EXPERIENCE

BUTLER UNIVERSITY

ESPORTS PARK

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

SIZE

7,360 SF

COST

$4,500,000

HEAPY provided mechanical, electrical, plumbing, and technology design services for the new Butler University Esports Park, a multiuse, tech-forward, state-of-the-art esports and innovation space in Indianapolis, Indiana. The venue expands Butler’s growing presence in esports and supports a new minor in esports communication, and also welcomes students for gamification instruction, esports practice, casual gaming, and group meetings. The facility features high-performance gaming PC’s and consoles, event and coworking spaces, a cafe, office areas for partner organizations, and a studio and production room. The renovated space is open to the community, serving as an incubator for new ideas and initiatives.

INNOVATION

Esports Park has capabilities to host an esports competition with entire broadcasting capabilities and space for a viewing audience. Technology design included new data network, A/V systems, central processing server, and security systems, including access control and video surveillance. The central server connects to each computer via the cloud for centralized processing, eliminating the need for high-performance computers at each station. On the competition floor, careful consideration was given to ensure that every participant has the exact same experience in terms of performance and connectivity (e.g., cable length), as required by current eSports design and competition standards.

HEAPY coordinated lighting controls with the A/V technology to create a highly interactive space. We served as the “go between” for the client and primary A/V vendor, ensuring all equipment and supplies met the project requirements, and were delivered on time and seamlessly integrated into the construction schedule. All MEP systems meet or exceed the university’s standards for energy efficiency and reliability.

COLLABORATION

The aggressive schedule required expedient performance. Our team served as the local point of contact to provide close collaboration with vendors, team members, and client representatives. We worked cross-functionally with a diverse team spread across a large geographic area, which allowed the university to host the grand opening and inaugural competition on schedule.

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design SIZE

85,000 SF

COST

$12,000,000

INDIANA UNIVERSITY

DATA CENTER

HEAPY designed multiple system upgrades to the infrastructure within Indiana University’s Data Center, including multiple capacity expansions over the years for various enterprise and research (HPC, High Performance Computing) compute needs.

This work began with modifications to support the relocation of their research supercomputer, Big Red, from a separate existing building. The original Big Red was one of the most powerful university-owned computers in the U.S., and one of the 50 fastest supercomputers in the world. Part of a comprehensive strategy to build an advanced cyber infrastructure to support research at Indiana University, Big Red has a theoretical peak performance of more than 30 teraFLOPS, and has achieved more than 21 teraFLOPS on numerical computations.

In 2013, HEAPY completed a project to replace this supercomputer with the new, 25 times faster Cray Big Red II — the first announced system capable of 1 petaFLOP that was owned and operated for the benefit of a single university. If you performed one calculation per second with a hand calculator, it would take you 31.7 million years to do what Big Red 200 can do in a second!

In 2020, HEAPY completed a project that has seen the University’s research supercomputer taken to the next level with Big Red 3 and Big Red 200. Big Red 3 is dedicated to researchers, scholars, and artists with large-scale, compute-intensive applications that can take advantage of the system’s extreme processing capability and high-bandwidth network topology. It contains 22,464 compute cores and is capable of 934 teraFLOPS. Big Red 200 is a supercomputer designed to support scientific and medical research, and advanced research in artificial intelligence, machine learning, and data analytics. Big Red 200 will have a theoretical peak performance greater than 6 petaFLOPS.

INDIANA UNIVERSITY

DATA CENTER (CONT.)

The mechanical infrastructure for the data center utilizes multiple concepts for cooling the various systems in the two data center pods. Upgrades have included a large, built-up cooling distribution system to circulate cooling water to the high-density rack mounted cooling units, including an energy-efficient direct to chip liquid cooling system.

Additionally, some racks are equipped with rack direct, high-density cooling units and utilize hot-aisle/cold-aisle cooling strategy. HEAPY has completed full CFD (Computational Fluid Dynamics) modeling of the data center rack layouts to ensure proper thermal and airflow performance of the high-density racks in the modified rack configuration.

The electrical infrastructure includes multiple UPS systems based on both battery (leadacid and Lithium-Ion) back-up and flywheel technology supporting dual cord power distribution for the rack systems. Additionally, the power generation system has been significantly upgraded with additional capacity and resiliency.

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

LEED Program Management

SIZE

84,000 SF

COST

$12,900,000

BALL STATE UNIVERSITY

INDOOR PRACTICE FACILITY

HEAPY provided mechanical, electrical, plumbing, technology design, and LEED services for Ball State University’s new Scheumann Family Indoor Practice Facility. The building is located on campus adjacent to the Fisher Football Training Complex and Scheumann Stadium and is approximately 84,000 gross square feet. 80,000 gross square feet is comprised of indoor field area and 4,000 gross square feet is support space.

• Field area heated and cooled with natural gas fired air rotational units

• Auxiliary spaces heated and cooled with DX and electric heat

• All interior and exterior lighting LED

• Emergency lighting are battery packs

• Fire alarm

• Fire sprinkler system

• Site lighting within the project boundary

• Site utilities - electric service and outside plant fiber optic, copper & CATV service

CEDARVILLE UNIVERSITY

ATHLETIC CENTER EXPANSION

SERVICES

Mechanical, Electrical & Plumbing Design

Fire Protection Design

Technology Design

SIZE

14,000 SF

COST

$8,000,000

HEAPY provided MEP, fire protection, and technology design services for the Cedarville University Callan Academic and Athletic Center Expansion. The center is the home of Yellow Jacket basketball and volleyball, and is also an academic facility and is home to the university’s school of allied health.

The second-floor expansion will create additional classrooms, lab space, and offices for the school of allied health, and is part of a 10-Year campus master plan. The space will be used by the university’s new Master of Athletic Training program, and potentially a new Master of Medical Science in PA Studies.

In addition, the new space will include a dedicated weight room for athletes, as well as a new 2,000 SF team room where athletic staff and student athletes can meet, review film, host events, and recruit future Yellow Jackets.

NASA

RESEARCH SUPPORT BUILDING

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

LEED® Program Management

SIZE

60,000 SF

COST

$40,566,292

DATE 2022

HEAPY provided MEP and technology engineering design for the new Research Support Building at the NASA Glenn Research Center in Cleveland, Ohio. The new building provides RESEARCH OFFICE SPACE for 160 occupants, as well as a kitchen and cafeteria, exchange store, training and conference rooms, and social and common areas. The 60,000 square-foot facility features flexible and adaptive space with multiple breakout areas and concurrent engineering rooms, as well as low partition workspace to encourage teamwork and collaboration.

The facility pays homage to the historic campus on which it sits, reflecting an industrial and functional aesthetic. Health and wellness were at the forefront of the design, featuring abundant natural light and biophilic design to improve occupant health and wellness. Achieving LEED® GOLD BD+C CERTIFICATION, the center was designed to exceed modern building energy efficiency standards and to accommodate future renewable energy systems.

High voltage (2.4kV) power was extended to the building’s new primary transformer with future expansion of a second separate service of similar voltage incorporated into the design. The electrical design also included space and system planning for the expansion of a future emergency generator. Design included short circuit analysis, both interior and exterior lighting, occupancy and vacancy sensors, daylight harvesting, lightning protection and grounding, fire alarm/life safety, and security and access controls.

Direct buried pre-engineered high-pressure steam and condensate piping was extended to the building’s pressure reducing station and steam-to-hot water converters from the campus steam utility mains to serve as the building’s main source of heat. Chilled water was also extended to the building from a campus main. The design included variable volume AHUs and air terminal units, packaged dedicated outdoor air system for kitchen makeup air, kitchen hood exhaust and relief, dual-cool computer room AHU for the main data room, and radiant floor heating for spaces with large glass exposures.

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

SIZE

1,461,000 SF

COST

$320,000,000

REFERENCE

JPMorgan Chase Bank

Stacy Siegel VP Design & Construction stacy.l.siegel@jpmchase.com

JP MORGAN CHASE

CORPORATE RENOVATION

HEAPY is the Designer of Record for the complete renovation of the CORPORATE CENTER for JPMorgan Chase. This building is the 2nd largest single tenant corporate office building in the United States behind the Pentagon, totaling 1,461,000 SF. HEAPY has provided and continues to provide electrical, HVAC, plumbing, and fire protection design for this $320,000,000 project.

The project has been executed in MULTIPLE PHASES while maintaining an occupied and operational building with more than 10,000 current employees.

The 111,000 SF amenities section of the building includes a large conference center complete with advanced audio visual and lighting as well as HVAC, Plumbing and Fire Protection upgrades to accommodate the modification. The conference center is comprised of many differing sized conference rooms and training rooms with various levels of audio-visual support tailored to the needs of each user. Spaces vary from a board room and huddle rooms up to an expansive Multi-purpose room with a capacity in excess of 600. HEAPY also utilized a pressurized raised floor cooling system in the A/V rack room (supporting the Conference Center Multiple Purpose Room).

The remaining 1,351,000 SF of the multi-floor office space is broken into four main wings with four additional secondary wings flanking a main atrium space. The building improvements create a more open, efficient and collaborative workspace with state-of-the-art features to create an engaging, high-performance workplace.

INFORMATION SECURITY is paramount at this international banking headquarters. A closed network was implemented for security, as well as a double interlock security access systems for all technology rooms. All Automated Temperature Controls and Lighting Controls must be stand alone and are not permitted to transmit outside the complex.

While the building is not pursing LEED accreditation, HEAPY designed the building with SUSTAINABILITY in mind. Examples include the integration of daylight harvesting into a Lutron Lighting controls system, using LED lighting in all spaces, and installing low-flow plumbing fixtures to comply with water usage requirements. The project met or exceeded all ASHRAE requirements for heating and cooling.

HEAPY worked in COLLABORATION WITH THE PROJECT TEAM, including designers, owner’s groups, and construction managers and contractors to ensure all goals are met for the project. In addition, our team endeavored to make the owner aware of all foreseen and potential risks related to project construction. All members of the team used the BIM 360 C4R Platform.

OFFICE AND MANUFACTURING VEGA

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

SIZE

230,000 SF

50-acre site

COST

$50,000,000

HEAPY provided mechanical, electrical, plumbing, and technology design for VEGA Americas, a global leader in level and pressure measurement technology for the processing industry. The project included relocating their Americas headquarters to the City of Mason’s new Research & Development Park, bringing 217 employees to the new 230,000 SF campus.

The new $50,000,000 headquarters includes a state-of-the-art business and training center, as well as ADVANCED MANUFACTURING and production facilities on 50 acres. The manufacturing area includes fabricating and assembly spaces, prototype space, humiditycontrolled quality control lab, clean assembly and testing rooms, storage, central stock area, loading and receiving warehouse, maintenance space, office and huddle spaces, and a large industrial area. Manufacturing space uses equipment of both U.S. and European voltages. The facility also contains a primary and secondary data center.

The site also features a business center with an OPEN ENVIRONMENT OFFICE, customer experience center, conference rooms, training lab, 240-seat auditorium, huddle space, kitchen and dining, men’s and women’s locker rooms and showers, fitness center, and storage and ancillary spaces. Site development maximized GREEN SPACE, so employees and visitors can enjoy outdoor walking paths and gardens.

OWEN’S CORNING

WORLD HEADQUARTERS

HEAPY provided full design of the MEP, ICT (Information Communications Technology) and Fire Protection systems for the Owens Corning WORLD HEADQUARTERS. The project contains many AMENITY SPACES: a 275-seat auditorium, a full-service conference center, a 400-seat dining facility and gourmet company store, a full-service health and fitness center, a medical center/employee assistance facility and a full-service credit union. The site includes walking trails, exercise stations, a softball field, gazebo and a campus-style courtyard.

$20,000,000

The Owens Corning/Hines Property managers knew it was time for a facility refresh. HEAPY worked hand in hand with the design and construction team to collaborate on the changes. The design includes new lighting upgrades, as well as relocation of all power and data related to the new layout of the demountable walls to provide an open office experience. In addition, we provided power and lighting upgrades within Panther Hall, a 275-seat auditorium.

The café was also refreshed to allow open seating with collaboration areas. Each area of the design included additional power for charging of devices as well as a wireless network adjustment to allow end users to have wireless coverage. Within the executive suites, new conference and collaboration spaces were created to help with video conferencing meeting across the worldwide firm.

On the main floors each cubical was replaced and power/data was designed to support the new layouts. In addition, collaboration rooms were created in different sizes, each of these room were designed to support full video and audio collaboration with the ability to schedule rooms within teams and the scheduling panels located outside of room.

As part of the project, the design included the removal of a floor to allow for open space between the floors. This required a complete rework of the mechanical systems, lighting, fire protection and technology to support the changes to the building.

During the project it was decided to update the access control system cameras / surveillance / blue phones while the refresh was taking place. The complete project was phased to allow manual disruptions to the staff by creating temporary space for the user to work during construction. HEAPY worked COLLABORATIVELY to coordinate shutdowns and moves to keep all the systems up and running for the staff.

SERVICES

Mechanical, Electrical & Plumbing Design

Fire Protection Design

Lighting Design

Technology Design

SIZE

375,000 SF

COST

$125,000,000

GREATER COLUMBUS

CONVENTION CENTER

HEAPY provided engineering design for the $125,000,000 renovation and expansion of the Greater Columbus Convention Center, which added 37,000 SF of new exhibit space, bringing the center’s contiguous space to 375,000 SF. Approximately 10,000 SF of two-level meeting space was added, with 10 new rooms with outside windows, bringing the total meeting rooms at the facility to 74.

A full renovation of the exterior included cleaning and repairing the façade, adding enhancements to guide attendee arrival (e.g., navigation and way-finding), replacing doors, and transforming pick-up and drop-off points. A new, two-level open atrium entrance welcomes attendees on the north end with beautiful natural light features and elegant tile. This more prominent entrance at Goodale Boulevard and North High Street better connects the convention center and the vibrant Short North Arts District, and is also used for pre-function space.

The project also upgraded the Convention Center and Hyatt Regency meeting rooms, ballrooms and public spaces in the areas of finishes, wall coverings, way-finding, technology, sound systems, ceilings, carpeting, social seating, and lighting.

The project is certified LEED Silver for existing buildings by USGBC.

SERVICES

Mechanical, Electrical & Plumbing Design

Technology Design

Fire Protection Design

SIZE

520,000 SF & 18 stories

Grocery store 65,000 SF 7-story above-grade parking structure

136-unit apartment tower (8 stories)

COST

$92,000,000

1010 ON THE RHINE

MIXED-USE DEVELOPMENT

HEAPY designed the MEP, technology, and fire protection systems for 1010 On The Rhine, a new 520,000 SF, mixed-use, high-rise building that features dining, a two-story grocery store, and 136 modern apartments. The project’s primary goal was to create an active and engaged pedestrian experience at street level, offer residents unparalleled views of the city, and create a building that links the Over-theRhine and Downtown neighborhoods together. This development was a partnership between 3CDC, Kroger, North American Properties, Northpointe Group and Rookwood Properties.

Energy Efficient Design:

• Designed to include a heat recovery system

• Capture waste heat from the commercial refrigeration system

• Supplement the heating load of the building

• Provide supplemental hot water for the domestic water system

The design features open glass walls, allowing the activity and energy of the grocery store at street level to engage directly with the sidewalk, as well as the cafe dining on Court Street. The second story (mezzanine level) is dedicated to prepared foods, indoor dining, and a tap room and wine-tasting space –including an outdoor balcony overlooking Central Parkway.

Above the grocery store, a 555-space, seven-story parking garage serves patrons, apartment residents, and downtown visitors. The garage façade integrates the retail base with the apartment tower above, merging the diverse spaces and 18 stories into a single aesthetic vision.