Spring 2026
VANDAL INNOVATION Teamwork. Creativity. Change the World.
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Welcome to the
College of Engineering!
ENGINEER LIKE A
VANDAL
The College of Engineering offers a dynamic, studentcentered experience that blends academic excellence and faculty mentorship with real-world impact.
Suzie Long Dean, College of Engineering University of Idaho
Ranked among the top programs in the nation for infusing realworld experience into undergraduate education, the college ensures every student participates in meaningful experiences like our Capstone Design Program, internships, research and cooperative education opportunities.
NO. 1 BEST VALUE public university in the West − U.S. News and World Report
BEST UNDERGRADUATE COMPUTER SCIENCE PROGRAM
Our graduate students benefit from personalized engagement with highly accomplished faculty who are active in research and industry collaboration. With the university’s Carnegie R1 designation, joining just 4% of universities nationwide, research in engineering continues to expand, driving innovation and delivering meaningful benefits to Idaho’s economy. Research and experiences in the classroom and beyond prepare students at all levels to graduate career-ready, with 95% securing employment or continuing their education. Our graduates also earn the highest earlyand mid-career salaries of all Idaho’s four-year public universities. Our extensive offering of in-demand undergraduate and graduate degree programs continue to grow, including cybersecurity, geological engineering, artificial intelligence, and industrial and systems engineering. Certificate programs allow students to customize their degree paths to meet critical skill needs, including semiconductor design and fabrication, machine learning, robotics, aerospace and more. Beyond the classroom, students can join over 20 clubs and competition teams, gaining leadership skills and practical experience. Our students graduate from our highly regarded college with the technical expertise, hands-on experience and problem-solving mindset needed to thrive in our rapidly evolving world.
− U.S. News and World Report
NATIONALLY RECOGNIZED CAPSTONE PROGRAM infusing real-world
experiences into engineering education − National Academy of Engineering
HIGHEST EARLY& MID-CAREER SALARIES among Idaho’s four-year public universities − Payscale College Salary Report
95% GRADUATE WITH JOBS or are enrolled in graduate education or military service − National Association of Colleges and Employers Survey
OVER $1M IN SCHOLARSHIPS awarded to engineering students − U of I Financial Aid Data
PROFESSIONAL CERTIFICATES
Expertise. Credibility. Career Advancement. Build your resume and enhance future career prospects by declaring one of the many undergraduate or graduate certificate programs offered through the University of Idaho College of Engineering.
Undergraduate Certificates
Graduate Certificates
Aerospace Artificial Intelligence and Machine Learning (AI/ML) Biomedical Engineering Computer-Aided Mechanical Engineering Cybersecurity Energy Literacy Fire Safety Human Safety Performance Material Behavior & Performance Mechanical Design & Manufacturing Microelectronics Fabrication Robotics Engineering Robotics Systems Semiconductor Design Thermal Energy Systems Design
Advanced Microelectronics Fabrication Advanced Semiconductor Design Artificial Intelligence and Machine Learning (AI/ML) Critical Infrastructure Resilience Emergency Planning and Management High-Speed Circuits and Systems Nuclear Criticality Safety Nuclear Decommissioning and Used Fuel Management Nuclear Materials Engineering Nuclear Safeguards and Security Nuclear Technology Management Power System Protection and Relaying Robotics Engineering Secure and Dependable Computing Systems Smart Grid Cybersecurity
Why earn your certificate? Credibility and Recognition: Demonstrate your expertise and knowledge in a specific area to gain trust from employers and clients. Professional Standards: Adhere to industry standards and meet the necessary competencies in your field. Career Advancement: Enhance career prospects and gain a competitive edge for promotion and new job opportunities.
Continuous Learning: Stay updated on the latest technologies and practices. Networking Opportunities: Connect with professional organizations and open valuable networking opportunities. Regulatory Compliance: Meet certification requirements to comply with local laws and regulations.
Explore Certificates
uidaho.edu/engineering/academics
Nationally Recognized Interdisciplinary Capstone Design Program Nationally recognized by the National Academy of Engineering, the University of Idaho College of Engineering Interdisciplinary Senior Capstone Design Program infuses real-world experiences into undergraduate engineering education. Engineering students work in interdisciplinary teams on creative projects sponsored by valued industry partners, private individuals or U of I departments. Courses in the program emphasize the design process and the creation of a thoughtfully engineered, tested and validated outcome or prototype.
Sponsor a Capstone Project! Have an engineering project for students to design, prototype and test? Sponsor a senior capstone project! In addition to participating in formal design reviews and a final project presentation, financial sponsors also: Interact with undergraduate students, graduate teaching assistants and engineering faculty with expertise in their field. Observe potential student hires that could help meet future recruitment needs. Introduce students to best practices in industry for design and manufacturing. Projects for the year are identified, scoped and budgeted by Aug. 1.
Explore sponsorship opportunities at go.uidaho.edu/sponsor-capstone
Our annual Engineering Design EXPO, the longest-running student engineering innovation showcase in the Pacific Northwest, is the culmination of the capstone program. Seniors present their work at EXPO through professional exhibits and technical presentations. Representatives and business leaders from across the region attend and help judge the projects presented at EXPO, giving opportunity for students to meet and interact with industry leaders who are looking to hire highly skilled additions to their teams.
Invent Idaho at EXPO The College of Engineering partners with Idaho’s leading innovation and entrepreneurial learning nonprofit Invent Idaho to deliver opportunities to young inventors across the state. Each year, our college sponsors the Invent Idaho State Finals held on our
Moscow campus. Help Invent Idaho increase awareness and expand participation opportunities to all Idaho students. Our college is actively seeking sponsorship support for the Invent Idaho State Finals.
Learn more at go.uidaho.edu/engr-expo
CHEMICAL & BIOLOGICAL ENGINEERING
Vandal Research in Space NASA launch to the International Space Station tests bacteria-resistant coatings University of Idaho student research spent 58 days on NASA’s International Space Station (ISS) to help astronauts stay healthy in space, extend mission success and deepen our understanding of the galaxy we live in. Research led by U of I College of Engineering chemical engineering graduate student Adrienne Shea and Professor Matthew Bernards focuses on developing a bacteria adhesion-resistant coating for use in space vehicles to protect astronauts from sickness and disease. The nonfouling polymers resist the adhesion of proteins and bacteria, keeping surfaces germ-free longer and lowering the potential spread of infection. The payload’s 58-day mission to test how these polymers perform in zero-gravity conditions was completed early February, and research an analysis is ongoing to determine the coating’s success. Shea’s innovative housing contained a strain of bacteria most commonly found in wastewater on the ISS. Bacteria strains were automatically introduced to stainless steel samples coated in the nonfouling polymers while aboard the ISS. “We’re essentially replicating - in an enclosed, protected space - what an astronaut might come into contact with within their drinking water system,” said Shea, of Columbus, Indiana. Future iterations of the
The Vandal Voyager payload floats in the cupola of the International Space Station. research will include developing the coating for larger surfaces such as drinking water piping. Water supply is limited on spacecraft, and reliable access to clean drinking water through water reclamation and treatment is fundamental. Bernards said applying this polymer coating to water supply lines on spacecraft could keep water treatment failures from jeopardizing the health of the crew and success of the mission.
Professor Matthew Bernards (left to right) and chemical engineering graduate student Adrienne Shea’s research recently returned from space.
Engineering to Feed the World Biochar soil amendment to improve agriculture Biological Engineering Professor Dev Shrestha, Associate Professor and Idaho State Climatologist Russell Qualls and graduate students Jaycee Johnson, Robel Alemayehu and research aid Milo Flint are using biochar – pyrolyzed organic material like wood waste – as a soil amendment to improve water retention and mitigate water and soil runoff that impacts crop health. On the clay-heavy rolling hills of the Palouse where traditional irrigation isn’t possible, rainwater is crucial for crop health. Applying biochar to just 5% of hilltop areas has been found to significantly reduce the amount of rainwater and soil runoff, making it an economical
solution for local farmers. Agriculture irrigation and population growth have left Idaho with the highest per capita water consumption in the U.S. The Palouse Basin Aquifer, located near Moscow, is dropping by 0.72 feet annually. Aquifers depend on groundwater recharge from spring rains and increased runoff is slowing this process. The research also provides an economic way to maximize lowvalue wood chips and sawdust generated in Idaho lumber mills into biochar, a viable product. The research team manufactured and placed 135 sensors in the ground at U of I’s field research farm, Kambitsch Farm, in Moscow. The sensors will feed real-time soil moisture data for the next three years. Data will be used to produce
The research team manufactured and placed 135 sensors in the ground at U of I’s field research farm, Kambitsch Farm, in Moscow. a large-scale model of runoff patterns at the farm and determine where
and how much biochar is needed for the best crop yield.
Challenging what we know about human vision using biomolecular modeling Vandal engineers are combining complex biomolecular systems modeling and supercomputing capabilities to challenge what we know about human vision.
research team featured in the journal Science Advances that discovered a new cell type – a hybrid photoreceptor cell in deep-sea fish larvae.
Chemical and Biological Engineering Assistant Professor Jagdish Patel is part of an internationally collaborative
For more than the past century, we have believed that human and other vertebrate vision relies on two photoreceptor cells - rods
and cones. These cells convert dim and bright light into electrical signals the brain uses to create visual images. Computational modeling from Patel and former postdoc, Jonathan Barnes, PhD, helped support the identification and functional interpretation of the hybrid cell.
Learn more about our programs and research at go.uidaho.edu/chbe
DESTROYING FOREVER CHEMICALS IN WATER effectively using continuous-flow liquid-phase plasma discharge
CLEANING AND REUSING ENVIRONMENTAL PHOSPHORUS in agriculture and industry
TOP PLACEMENT AT WERC - international design contest to find solutions to environmental challenges
CIVIL & ENVIRONMENTAL ENGINEERING
Idaho is rich in critical minerals essential for national security and infrastructure, reliable and affordable energy, and innovative technology.
Workforce. Economy. National Mineral Security. Undergraduate geological engineering degree bridges industry skillset gap Idaho’s only Bachelor’s in Geological Engineering is available through the Department of Civil and Environmental Engineering. The undergraduate degree bridges the gap between engineering and earth sciences, offering courses in environmental best practices, renewable energy, natural resources, natural hazard risk mitigation, geotechnical risk assessment and modern mining practices. “This degree is a workforce solution. It connects students directly to careers that sustain Idaho’s economy and shape the future of mining through innovation and minimizing environmental impact,” U of I President Scott Green said. Several industry partners helped develop the degree program. University representatives visited Coeur d’Alenebased Hecla Mining Company’s Lucky Friday Mine in Mullan and Sunshine Silver Mining and Refining Company’s Sunshine Mine between Kellogg and Wallace to learn about the mining
University representatives partnered with industry to learn about the workforce needs and develop the geological engineering undergraduate program. industry’s upcoming workforce needs. The Society for Mining, Metallurgy and Exploration estimates more than half of the mining workforce will retire by 2029.
experience opportunities are available to undergraduate students in the college who are planning to pursue this new degree, careers in the mining industry or closely related fields.
With the support of gold producer Idaho Strategic Resources, the Zeigler Foundation and other donors, scholarships and paid industry
“Throughout my career, I’ve watched the number of young professionals entering the mining industry decline. As a fellow Vandal alumnus, I am proud
to support the university’s push to reverse this trend,” said Grant Brackebusch, vice president of operations for Idaho Strategic Resources. “The mining industry is making a comeback domestically, and Idaho as a state has a lot of opportunity ahead of it. I am looking forward to the day that I can hire geological engineers from U of I to work at our operations nearby.” U of I currently offers a master’s program in geological engineering as well as miningfocused undergraduate degree emphasis areas within its geology degree, including sustainable mining and earth resources management, environmental hydrogeology and energy resiliency. Students in North Idaho will have two paths to attain the new geological engineering degree.
Scholarships Available With the support of gold producer Idaho Strategic Resources, the Zeigler Foundation and other donors, scholarships and paid industry experience opportunities are available to undergraduate students in the College of Engineering who are planning to pursue careers in the mining industry or closely related fields. Students can begin at North Idaho College in Coeur d’Alene and complete the first two years of the program before transferring to U of I to finish the degree, or they can attend all four years through U of I on the Moscow campus. U of I leads research in more effective mining methods that better fit a modern society. Idaho is rich in critical minerals essential
for national security and infrastructure, reliable and affordable energy, and innovative technology. “As the industry responds to shifts in economic demand, emerging technologies and energy needs, this degree is a smart and timely investment in the future of modern mining,” U of I College of Engineering Dean Suzie Long said.
Meet Our New Faculty Ruimin Feng
Yuntian Wu
Assistant Professor, Geotechnical Engineering
Assistant Professor, Structural Engineering
Ruimin Feng brings expertise in rock mechanics, natural gas extraction and AI applications in geotechnical analysis to expanded geological engineering programs, including our recently launched undergraduate degree. With research interest in engineering mechanics and postdoctoral work in petroleum engineering, his work focuses on improving the energy
efficiency and safety in mining. Passionate about bridging theory and practice, he emphasizes handson learning, fieldwork and industry collaboration in both classroom and laboratory environments to prepare students for real-world challenges. Feng comes to U of I from the University of Arkansas at Fayetteville, where he was a research associate. He holds a Ph.D. in Engineering Science from Southern Illinois University and a Ph.D. in Mining Engineering from China University of Mining and Technology in Beijing.
Yuntian Wu’s decades of education and research expertise spans protective structural design and technology, extreme condition simulation and assessment and AI in infrastructure. As a licensed Professional Engineer, he brings industry experience to his teaching career, including roles at Saiful/ Bouquet and Englekirk Structural Engineers in California. Wu comes to U of I after teaching undergraduate civil engineering courses at the University of Houston. He holds a Ph.D. in Civil Engineering and M.S in Structural Engineering from the University of Southern California.
Learn more about our programs and research at go.uidaho.edu/cee
IDAHO WATER CENTER UPGRADE to improve data collection and infrastructure for Center for
Ecohydraulics Research
SHAPING TOMORROW’S TRANSPORTATION LEADERS through the National Institute for Advanced Transportation Technology (NIATT)
PERUVIAN WATER ACCESS - student-run Humanitarian Engineering Corps begins new community project
COMPUTER SCIENCE & CYBERSECURITY
Students in the Center for Intelligent Industrial Robotics (CIIR), directed by research faculty member John Shovic, collaborate directly with industry partners to develop and implement AI-driven solutions that enhance and optimize manufacturing processes.
Ready for AI in the Workforce Computer science faculty bring essential AI skillbuilding opportunities to students As artificial intelligence reshapes industries and everyday life, the role of computer science faculty has never been more critical. By integrating hands-on projects, real-world applications and interdisciplinary perspectives into their courses, faculty in the Department of Computer Science create meaningful opportunities for students to build essential AI skills.
Mary “Marz” Everett, associate director of the Center for Intelligent Industrial Robotics teaches applied AI and machine vision.
Mary “Marz” Everett Associate Director of the Center for Intelligent Industrial Robotics (CIIR)
Mary “Marz” Everett is a research scientist and the Associate Director of the college’s Center for Intelligent Industrial Robotics on the Coeur d’Alene campus. She teaches applied artificial intelligence and machine vision, and her research centers on wireless sensor networks and data analytics for precision agriculture, as well as artificial intelligence applied to automation and manufacturing. She manages Coeur d’Alene undergraduate
research project initiatives and supports graduate research projects in manufacturing process applications. In collaboration between the U of I Coeur d’Alene campus and North Idaho College (NIC), Everett helps provide expanded educational pathways for students and increase interest in applying AI and automation to real workforce needs in power, aerospace and food manufacturing industries.
Everett teaches the annual U of I and North Idaho College summer Robotics, Automation, and AI bootcamp series. She also helped create a program that allows U of I Ph.D. students to teach firstand second-year classes at NIC, introducing students to AI concepts early in their educational journey. Everett’s work has helped create a strong research presence in North Idaho, expanding AI training throughout the state.
John Shovic Director of the Center for Intelligent Industrial Robotics (CIIR)
John Shovic has been developing a full AI research and academic program focused on robotics, automation and manufacturing in the Center for Intelligent Industrial Robotics (CIIR). His primary areas of research are AI manufacturing data analysis, use of AI in precision agriculture applications and physical AI in robotics. As Director of CIIR, Shovic and his graduate team of 14 Ph.D. students and two full time research scientists have procured projects and contracts with the U.S. Department of Agriculture, Higher Education Research Council, National Science Foundation, NASA, Schweitzer Engineering, Inland Empire Paper, Idaho Forest Group and Amalgamated Sugar. Donors and contracts have now invested over $5 million into CIIR’s robotics research labs statewide, including teaching labs in PLCs and robotics in Moscow and Idaho Falls in addition to our main research lab in Coeur d’Alene.
Terence Soule Professor, Co-founder of the Polymorphic Games studio
A professor of computer science at the University of Idaho for 26 years, Terence Soule’s research focuses on machine learning and evolutionary computation, particularly cooperative coevolution in heterogeneous multiagent teams. His work explores how agent communication and evolutionary strategies can improve cooperation and performance. He is a cofounder of the Polymorphic Games studio,
Professor Terry Soule is co-founder of the Polymorphic Games Studio, a student-powered lab on the Moscow campus that develops educational and evolutionary video games. a student-powered studio that develops educational and evolutionary video games. Soule teaches a mix of introductory programming and advanced AI courses and plays an active role in curriculum development for the university’s growing AI programs.
Min Xian Associate Professor, Machine Intelligence and Data Analytics Lab (MIDA)
Associate Professor Min Xian leads the Machine Intelligence and Data Analytics Lab (MIDA), a collaborative, research-focused
group that drives interdisciplinary AI research. His team’s research focuses on safe, explainable, and robust AI systems, pushing the boundaries of AI in healthcare and critical materials characterization. The MIDA Lab is renowned for developing fundamental and novel artificial intelligence and machine learning) methodologies and applying them to critical applications in healthcare, materials science, and nuclear energy. Since its establishment in 2018, MIDA lab has been awarded more than 20 research projects and subcontracts, trained 21 graduate students and researchers, and published 70+ peer-reviewed papers.
Learn more about our programs and research at go.uidaho.edu/cs
BEST
UNDERGRADUATE COMPUTER SCIENCE PROGRAM − U.S. News and World Report
NATIONAL COMPETITION WINS
- our student clubs compete annually in the Spokane Cyber Cup, National Collegiate Cyber Defense Competition and more
IDAHO’S ONLY PH.D. IN CYBERSECURITY - offering degree programs at all levels to meet state and national demand
ELECTRICAL & COMPUTER ENGINEERING
Equipment Upgrades Expand Semiconductor Training Students help develop teaching tools for their peers through our nationally recognized Senior Capstone Design Program. (Left) Last year’s team developed a solar cell project that could be replicated in class.
Open-access cleanroom empowers students to lead By Skyler Barzee ENGR Writer in Residence
The University of Idaho College of Engineering’s Next Generation Microelectronics Research Center (NGeM) has recently upgraded its microchip fabrication capabilities to better serve industry partners and expand access for undergraduate and graduate students. “Semiconductor technology is constantly changing, and the need for graduates skilled in these new areas is critical,” said NGeM Director Feng Li. “Our lab equipment and teaching tools ensure our graduates are equipped with the latest skills in a rapidly evolving field.” Thanks to a $1.1 million grant from the Idaho Workforce Development Council, new equipment has been
In addition to a scanning electron microscope donated by semiconductor supplier JST, equipment upgrades include the acquisition of a FineTech Pico 2 chip bonder, Bruker DekTak Pro profilometer, a DISCO DAD 3221 dicing saw, Oxford Instruments PlasmaPro ICP/RIE system, and AllWin21 AW610 Rapid Thermal Annealing system. installed to open access to the student body. Undergraduate and graduate students alike can develop the skills they need to succeed in a rapidly developing semiconductor industry. To introduce more undergraduate students
to the cleanroom, seniors in the college’s nationally recognized Capstone Design Program are working on a virtual reality program to give students familiarity with specialized equipment in a low-risk simulation. Cleanroom lab components have been newly integrated into the Introduction
to Microelectronics Fabrication course, which has historically been lecture only. These lab experiences were developed with the support of two senior design projects. The addition helps students build a deeper understanding of cleanroom processes and prepares them for practical applications in the field.
GLOBAL ENGINEERING PATHWAY
Microchip Engineering and Security Alliance (MESA) Save money, explore the world and graduate ready to launch a career with employers on both sides of the Pacific! The University of Idaho’s Microchip Engineering & Security Alliance (MESA) invites U.S. students to immerse themselves in a vibrant international culture. Begin your U of I Bachelor’s in Electrical Engineering at Hiroshima University in Japan. Spend two years abroad, then finish your degree at U of I in Moscow, with in-demand training that prepares you to work for cutting-edge companies in Idaho and beyond. The program is also open to international students in Japan, Taiwan and Vietnam. Learn more at go.uidaho.edu/mesa
Securing our modern energy future Advancing cybersecurity and resilient infrastructure through highimpact research By Skyler Barzee ENGR Writer in Residence
Distinctive programs in the Department of Electrical and Computer Engineering create a foundation for critical, high-impact research advancing the reliability, resilience and security of modern energy systems.
U of I researchers are partnering on projects with leading industry. high-level research in this field.
Our programs prepare students to meet the growing demands of an evolving energy landscape, from grid modernization and renewable energy integration to cybersecurity and power systems protection.
In 1997, U of I was one of the first to be recognized by the National Security Agency (NSA) as a National Center of Academic Excellence in Cyber Defense. The distinction reflects the program’s commitment to preparing students for positions in the field of cyber defense.
Vandal engineers continue to lead in Idaho and beyond in cybersecurity excellence with the launch of our new cybersecurity Ph.D. program. The program is the state’s first cybersecurity degree offered at the doctoral level, enabling sustained,
U of I was also recently recognized as a National Center of Academic Excellence in Cyber Research, highlighting the university’s investment in advancing the field of cybersecurity and capacity for original research to solve highlevel challenges.
Learn more about our programs and research at go.uidaho.edu/ece
NATIONALLY RECOGNIZED CYBER RESEARCH
- a National Center of Academic Excellence in Cyber Research activity with strong doctoral programs
FIRST ADMS TRAINING PROGRAM IN THE NATION in partnership with energy leaders to tackle critical skills gap
FULL-TUITION SEMICONDUCTOR SCHOLARSHIPS through 2026 thanks to Idaho Workforce Development Grant
This elevated research status attracts top-tier faculty, collaborative industry partnerships and advances our ability to compete for larger research awards to address both regional and national security needs. U of I researchers in the Center for Secure and Dependable Systems, are partnering on projects with Schweitzer Engineering Laboratories, Idaho National Laboratory, the Naval Surface Warfare Center, the National Renewable Energy Laboratory, the National Science Foundation, the U.S. Department of Transportation and the National Institute of Standards and Technology.
Vandal Motorsports Shifts Gears From snowmobile dominance to first SAE Baja Challenge By Kacy Youmans
MECHANICAL ENGINEERING
ENGR Writer in Residence
After more than 20 years of top placement in the SAE Clean Snowmobile Challenge, Vandal Motorsports will enter its first SAE Baja competition this May, building an allterrain car from scratch. The College of Engineering equips students with the necessary skills and training to succeed at the competition. “Mechanical engineering students use a lot of skills from their classes and it shows in our project teams.” said club secretary Elliana Overstreet. “They’ve taken classes in fluid dynamics and physics … They get a lot of experience seeing how these vehicles should work.” The club is a chance to put into practice the concepts and systems students learn in their classes - from welding basics to shop safety - in a real-world environment. “That has value going into industry, especially mechanical,” said senior Madison Aughenbaugh. “I’m a hands-on learner, so it’s super valuable to get that outside-of-class experience.” New club technical initiatives include expanded lessons in vehicle modeling, suspension geometry, drivetrain architecture and design for manufacturing and welding. Project milestones include finalizing chassis and suspension
design, completing the full drivetrain system, establishing manufacturing workflows and securing funding for materials, travel and competition expenses.
(Above) The Vandal Motorsports leadership team. (Left) The team spends countless hours designing, building and testing in preparation for the May competition, building many of the tools and materials themselves.
The team spends countless hours designing, building and testing in preparation for the May competition, building many of the tools and materials themselves. Open to all engineering disciplines, the club’s competition shift has contributed to a more than 50% increase in active membership. Teamwork is essential to competition success. The club is also open to outside of engineering, for those interested in networking, technical communication, business presentations, social media management, graphic design and more.
from support of alumni, professors and industry partners who give their time, resources and knowledge.
The team also benefits
“It’s a little family,”
Aughenbaugh said. “It is difficult to go through engineering by yourself. In this team, I found people who get it, who I can work on homework with, and who I can ask questions to.”
Support Competition Success Donations to Vandal Motorsports directly impacts students by covering travel expenses, team accommodations and emergency funds needed for the club to safely reach competition.
Industry-aligned aerospace skills AIAA Design/Build/Fly team ready for second national competition
go.uidaho.edu/givemotorsports
Support Aerospace Education Donations to the AIAA club help cover annual material costs, prototyping supplies and travel expenses for national competition each year.
go.uidaho.edu/give-AIAA
This year’s multidisciplinary team of 21 students conducted extensive aerodynamic analyses, wind tunnel testing, structural analyses and iterative prototyping to prepare for the final flight competition. Vandal engineers gain hands-on, industry-aligned engineering experience through participation in the University of Idaho’s American Institute of Aeronautics and Astronautics (AIAA) Design/ Build/Fly (DBF) team. The national Design/ Build/Fly competition challenges teams to design a bush plane capable of transporting cargo and
towing a banner during flight. Last year, the team’s impressive performance earned the group an invite to this year’s competition April 16-19* in Wichita, Kansas. Leading up to competition, this year’s multidisciplinary team of 21 students conducted extensive aerodynamic analyses, wind tunnel testing, structural analyses and iterative
prototyping to prepare for the final flight competition. Students develop practical skills in SolidWorks, MATLAB, composite structures and avionics integration, alongside teamwork, leadership and communication abilities. *This year’s competition results were not available at the time of publication of this magazine.
Learn more about our programs and research at go.uidaho.edu/me
FULLY UPDATED SENIOR CAPSTONE DESIGN SUITE empowers the next generation of Vandal Engineers thanks to industry and alumni investment
SOLVING PERSISTENT CHALLENGES IN AG - applying engineering principles to analyze structural failure of crop stems under wind loads
3D PRINTING & ADVANCED MANUFACTURING
- building skills in new Manufacturing Better laboratory
NUCLEAR ENGINEERING & INDUSTRIAL MANAGEMENT
Associate Professor Javier Calvo-Amodio teaches the engineering management course Systems Science Application to Complex Problems.
Futureproof, Next Level Careers Engineering and technology management master’s programs offer leadership skills that matter By Skyler Barzee ENGR Writer in Residence
Vandal engineers futureproof their careers and bridge the gap between technical expertise and business leadership through our online master’s programs in engineering management and technology management. These flexible degree programs provide students with the professional development experience they need to take their careers to the next level. Following completion, graduates can assume managerial roles, armed with the skills they need to advance their respective careers. “It’s a matter of career survival,” Associate Professor Javier CalvoAmodio said. “You may be technically sound, but you need to be able to manage to stay within the engineering realm. After a few years, many graduates discover this on their own
because the environment is so competitive.” The college’s Master’s in Engineering Management degree is tailored Javier to students with Calvo-Amodio an engineering Associate background who Professor want to learn how to manage professional engineering teams. The Master’s in Technology Management degree is relevant to all STEM disciplines, preparing students to lead the management of technical projects and teams. Employers see the value in managerial training, and a lot of companies offer tuition reimbursement for their employees to pursue master’s programs in these disciplines.
Many Vandal alumni take advantage of tuition reimbursement. “Students gain the management skills they Ean Ng need to grow Clinical Associate professionally, Professor without putting their careers on hold or taking on additional financial stress,” said Clinical Associate Professor Ean Ng. U of I is a top 10 best value public university nationwide, as recognized by U.S. News & World Report. The College of Engineering offers affordable online courses and degree programs through Engineering Outreach (EO). For more than 50 years, EO has
offered quality distance education and personalized support. In addition to the engineering management and technology management degree programs, EO offers graduate degrees, academic certificates, and professional development and non-degree coursework. Students can advance their skillset at the pace that works best for them. Most working professionals take one class per semester. Through affordable, online access, these programs provide professionals across the country opportunities to gain valuable leadership and management knowledge and skills to impact the future of their organizations and fields.
“It’s a matter of career survival. You may be technically sound, but you need to be able to manage to stay within the engineering realm. After a few years, many graduates discover this on their own because the environment is so competitive.” Javier Calvo-Amodio Associate Professor
Vandal Engineer Earns Prestigious IAEA Fellowship Funding will be used toward phytoremediation for sustainable uranium waste management research Nuclear engineering graduate student Sneha Pradhananga received the prestigious International Atomic Energy Agency (IAEA) Marie Skłodowska-Curie Fellowship Programme (MSCFP), which supports her graduate studies in nuclear engineering at U of I. The MSCFP promotes women in nuclear fields by offering scholarships and internship opportunities.
The fellowship will support her master’s degree and research on nature-based technologies, including phytoremediation, for sustainable and cost-effective management of uranium mine tailings. It also provides mentorship and opportunities to connect with international experts in nuclear science and waste management. She said she hopes to share her experiences and contribute to building a more inclusive and innovative scientific community.
Our Degrees and Certificates Degrees • Engineering Management, M.Engr.
Graduate Certificate Programs • Critical Infrastructure Resilience
• Engineering Technology, B.S.Tech.
• Emergency Planning and Management
• Industrial and Systems Engineering, B.S., M.S. and M.Engr.
• Nuclear Criticality Safety
• Nuclear Engineering, M.S., M.Engr. and Ph.D. • Technology Management, M.S.
Undergraduate Certificate Programs
• Nuclear Decommissioning and Used Fuel Management • Nuclear Materials Engineering • Nuclear Safeguards and Security • Nuclear Technology Management
• Fire Safety • Human Safety Performance
Learn more about our programs and research at go.uidaho.edu/neim
LEMHI SUPERCOMPUTER BOOSTS RESEARCH INNOVATION accelerating funding competitiveness and workforce development
INTERNATIONAL ATOMIC ENERGY AGENCY endorsement of the Nuclear Technology Management certificate makes U of I one of two universities in the U.S. to hold this designation
HIGH-IMPACT GRADUATE STUDENT RESEARCH Prestigious fellowship opportunities through the U.S. Department of Energy, Nuclear Regulatory Commission and more
ONLINE PROGRAMS
ENGINEERING
OUTREACH
FLEXIBLE, AFFORDABLE ONLINE EDUCATION Master’s Degree Programs
Academic Certificates
• Electrical Engineering
• Power System Protection and Relaying
• Mechanical Engineering
• Aerospace
• Civil Engineering
• Statistics
• Computer Science
• More coming soon!
• Computer Engineering • Engineering Management
NonDegree Coursework
• Technology Management
• STEM Coursework
• Geological Engineering
• Transfer Credits
• Statistical Science • Teaching Mathematics
NEW!
ONLINE PROFESSIONAL DEVELOPMENT COURSES
Build core competencies at your own pace, strengthen problem-solving skills and get the support you need to confidently take the next step toward professional engineering licensure.
6-Month & 12-Month Course Material Access Available • FE Exam Review for Civil Engineers • FE Exam Review for Mechanical Engineers
CONTACT US
Janssen Engineering Bldg Room 37 875 Perimeter Drive MS 1014 Moscow, ID 83844-1014
208 -885 -6373 eo-support@uidaho.edu go.uidaho.edu/engr-eo
PARTNER WITH US! Ways to Engage University of Idaho College of Engineering thrives through strong partnerships with industry leaders, K-12 educators, donors and alumni. Through sponsored events, joint research projects and professional engagement, we connect education with industry to drive innovation and inspire the next generation of engineers. Explore meaningful ways to engage with U of I College of Engineering and make a lasting impact.
Become a Mentor The University of Idaho College of Engineering Mentorship Program strengthens ties between U of I Society of Women Engineers members and engineering professionals.
Contact
The program awards scholarship to participants, and all mentees persist in STEM education.
Volunteer at Recruitment Events Meet with prospective engineering students. Attend college fairs and STEM outreach events in your community. Katie Schiffelbein
Director of Strategic Programs and Student Success kschiffelbein@uidaho.edu 208-885-4248
K-12 Educators and Community College Partnerships
Partnerships with K-12 and community college educators enhances educational pathways, providing students with early exposure to higher education and ensures students are better prepared for future success.
Judge at Engineering Design EXPO
Contact
EXPO is the longest-running student engineering and technological innovation showcase in the Pacific Northwest. Judges review student team projects and evaluate student communication abilities and the design process applied to achieve each project’s objective. Interaction between students and judges in the virtual and inperson sessions creates opportunities for students to interact with industry professionals and practice important public speaking and communication skills.
Ryelee Schlueter
Associate Director of Development ryelees@uidaho.edu 208-885-8641
Build Your Future. Lead the Change. Join the University of Idaho College of Engineering Professional Skills Academy and graduate with the technical expertise and professional edge that today’s industries need. Customize your path with hands-on research, entrepreneurial and leadership training, mentorship, and real-world industry connections. Explore specialized tracks Network with professionals & innovators Gain research experience and funding opportunities Compete, pitch and win entrepreneurial support Develop the skills. Expand your network. Launch your career.
Start building your professional future today. PROFESSIONAL SKILLS ACADEMY go.uidaho.edu/pro-skills