Author: Sue Hill

Richard and Elizabeth Henes Endowed Professors Announced

The Office of the Provost and Senior Vice President for Academic Affairs is pleased to announce three Henes endowed appointments in the Department of Mechanical Engineering – Engineering Mechanics (ME-EM).

William Endres
William Endres

William Endres, associate professor, accepted an appointment as a Henes Professor effective July 1, 2021. Due to Endres’s leadership, the department’s Senior Capstone Design program is now a nationally recognized program. ME-EM Department Chair William Predebon noted, “As a former ASME VP and Chair of Engineering Education, which oversees the ME Department Chairs/Heads Committee and ABET, I can say our Senior Design Capstone program has become one of the premier programs under the leadership of Dr. Bill Endres.” As a Henes Professor, Endres will continue to develop the program through collaboration with other College of Engineering departments and securing new industry partners.

Brad King
Brad King

Brad King, professor and director of the Space Systems Research Group, has been reappointed as a Henes Professor. As a Henes Professor, King will continue to lead a nationally recognized research program in electric space propulsion systems. King is the faculty advisor for Michigan Tech’s nationally recognized Aerospace Enterprise student team, which was selected by NASA to launch their Oculus satellite in lower earth orbit on June 25, 2019 and recently selected to launch a second satellite, Stratus, in December 2021.

Jeff Naber
Jeff Naber

Jeff Naber, professor and director of the Advanced Power Systems Research Center (APSRC), has been reappointed as a Henes Professor. As a Henes Professor, Naber will continue to lead a nationally recognized research program in autonomous and connected hybrid electric vehicles. Naber led the recently completed ARPA-E NEXTCAR I research project on light-duty multi-mode hybrid electric vehicles and was selected in March 2021 to lead the ARPA-E NEXTCAR II research project to increase the range of partially to fully autonomous light-duty multi-mode electric and hybrid electric vehicles, both of which were multi-million-dollar projects.

By the Office of the Provost and Senior Vice President for Academic Affairs.


Katy Pioch Interviewed by Xena Workwear for Women

Katy Pioch

An interview with Katy Pioch, a mechanical engineering student and former Society of Women Engineers (SWE) section president, was featured in a XENA Workwear for Women blog post titled “The Engineering Process.” 

In addition to her SWE involvement, Pioch is a resident assistant (RA) and was elected president of the SAE Clean Snowmobile Challenge Enterprise.

I think the secret sauce for getting an internship are connections and passion. I had a few connections at the defense company from career fairs and from my personal network. They boosted my confidence while applying and helped me get my foot in the door.

Katy Pioch

MTRAC Innovation Hub for AgBio Grants for Ezra Bar-Ziv

Ezra Bar-Ziv
Ezra Bar-Ziv

The Michigan Translational Research and Commercialization (MTRAC) Innovation Hub for AgBio at Michigan State University recently highlighted two grants awarded to a Michigan Tech researcher.

Ezra Bar-Ziv (ME-EM) received his first MTRAC AgBio grant in 2018 through a competitive grant proposal submission. This $50,000 matching fund grant supported his research that uses biological materials as feedstocks for petroleum refineries. In 2019, he submitted a proposal for a second technology that resulted from previous MTRAC awarded research. This new technology is able to remove chlorine from solid plastic waste streams. Chlorine is an undesirable byproduct of burning plastics, and by removing it, the plastic can be cleanly used for combustion energy. The chlorine is recycled, as the system uses the chlorine gases to heat itself. Bar-Ziv was awarded a larger $100,000 MTRAC AgBio match grant for this second project.

MTRAC grants are awarded to assist with the commercialization of new technologies. Bar-Ziv’s research looks at environmentally friendly solutions to combustion energy, in which materials are burned to produce heat energy. He is specifically researching ways waste materials can be utilized in this manner. Instead of sending plastic waste material, such as food wrappers, to the landfill, they can be sent to facilities with Bar-Ziv’s technology.

“Feedback from the oversight committee through the MTRAC process is extremely encouraging,” Bar-Ziv said. “They have one thing in mind: They want you to focus and bring a product to the market. Without the MTRAC support, it would have been hard to do the commercialization.”

Convergen Energy, an energy company in Wisconsin, wants to commercialize Bar-Ziv’s design. Together, they are working on the pre-design, which will help the company determine how to move forward with the technology. They are exploring what the system will look like, the cost of the system and the business benefits. The system will then be used to create this clean combustion energy.

“One of the key objectives of the MTRAC statewide program is to support technology commercialization within all of our universities, hospital systems and nonprofit research centers,” said Denise Graves, university relations director at the Michigan Economic Development Corporation (MEDC). “This project is a great example of that collaboration — using the expertise of the AgBio Innovation Hub at Michigan State to support research and commercialization activities at Michigan Tech.”

The MSU Innovation Center MTRAC team has been working with Bar-Ziv since he was awarded the first MTRAC grant. “Dr. Bar-Ziv and the team have set a great example of how to use scientific rigor and technical ingenuity to deliver high-value solutions to real customers,” said Joseph Affholter, the commercialization program director for the MTRAC AgBio Innovation Hub, which runs under the MSU Innovation Center.

This is the spirit of translational research, Affholter explained. “They have navigated a complex innovation process. Their curiosity, flexibility and commitment to value creation has delivered a commercialization-ready technology to customers and is a timeless example to other academic researchers seeking to solve practical problems through innovation.”

“There is the so-called ‘Valley of Death’ between discovery and user adoption,” said Jim Baker, associate vice president for research at MTU. “Equally as important is the feedback from the MTRAC oversight committee as well as the program management to accomplish the core goals. MTRAC fills an essential gap between laboratory research and use.”

The MTRAC Innovation Hub for AgBio at MSU is dedicated to the commercialization of technologies that advance the competitiveness of Michigan’s food, agriculture and industrial bioeconomy. The program is co-funded by MSU and the MEDC through the Michigan Strategic Fund.

The AgBio hub is part of a network of statewide innovation hubs — including the MTRAC Advanced Applied Materials Innovation Hub at Michigan Tech, which announced funding for projects in May. Located strategically at universities strong in the sector, each hub further increases the quality and quantity of resources available. 


Jason Blough is the 2021 Distinguished Professor

Jason Blough
Jason Blough

The Office of the Provost and Senior Vice President for Academic Affairs is pleased to congratulate Robert Nemiroff and Jason Blough, the new University and Distinguished Professors.

The University Professor title recognizes faculty members who have made outstanding scholarly contributions to the University and their discipline over a substantial period of time. The Distinguished Professor title recognizes outstanding faculty members who have made substantial contributions to the University and their discipline and are not presently recognized through an endowed position.

The confidential process for selecting University and Distinguished Professors spans the academic year and recipients for each award are notified late in the spring semester. Additional details regarding the awards and selection procedures can be found on the Provost’s website.

Blough, a professor in the Department of Mechanical Engineering-Engineering Mechanics, has been selected to join Michigan Tech’s Distinguished Professors. Since joining Michigan Tech in 2003, Blough has been recognized for numerous contributions in teaching, research and service.

Blough is a member of Michigan Tech’s Academy of Teaching Excellence and has received the SAE Ralph R. Teetor Educational Award. He is identified as an international leader in the area of noise, vibration and harshness, having received the Blue Ribbon Coalition Scientist of the Year Award (2006), the SEM DeMichele Award (2021) and the SAE Arch T. Colwell Merit Award (1997). He is also a Fellow of SAE (2021).

Blough has had numerous publications in journals as peer-reviewed conference papers. He has given over 30 short courses to industry. Additionally, he has had over 100 funded projects, totaling more than $3.7 million as principal investigator (PI) and $2.3 million as co-PI.

Blough has also been extremely active in service, graduating both doctoral and master’s students, chairing an international conference in his field, serving on boards, editing papers and journals, and advising the SAE Student Chapter and Clean Snowmobile Challenge for over 15 years. SAE has recognized him multiple times as an outstanding faculty advisor.


Spring 2021 Research Excellence Fund Award for Yongchao Yang

Yongchao Yang
Yongchao Yang

The Associate Vice President for Research Development Office announces the Spring 2021 Research Excellence Fund (REF) awards. Thanks to the individual REF reviewers and the REF review panelists, as well as the deans and department chairs, for their time spent on this important internal research award process.

Among the recipients of a Research Seed Grant (RS) is Yongchao Yang, Assistant Professor, Mechanical Engineering-Engineering Mechanics. Yang’s expertise is in structural dynamics, experimental mechanics, and system identification.

More information about REF awards and the application process can be found on the Research Excellence Fund page.

By Associate Vice President for Research Development Office.


Nathan Ford is an Exceptional Leader in Student Governance

Nathan Ford
Nathan Ford

Outstanding students, staff, and a special alumni were honored Friday (April 16, 2021) during Michigan Tech’s 27th Annual Student Leadership Awards Virtual Ceremony.

Nathan Ford, a graduate student, and Larkin Hooker-Moericke, an undergraduate student, were recognized as Exceptional Leaders in Student Governance. Both have collaborated on numerous projects and contributions for their constituency over the past year. With the unconventional year, they have shown to pivot and jointly work together to serve the students of Michigan Tech. They have advocated for modifications to various academic policies that have made significant impacts, formed several new committees to address student concerns, and worked tirelessly to minimize disruptions to the student experience. Their nomination states that the list of all the specific things they have done is just too long, but what is really important is that at no point have Larkin and Nathan lost sight of their job: the well-being and success of all students.

Nathan, President of Graduate School Government, is a PhD student in Mechanical Engineering-Engineering Mechanics.

By Student Leadership and Involvement.

27th Annual Student Leadership Awards


Jeffrey Allen Elected as an ASME Fellow

Jeffrey S. Allen
Jeffrey S. Allen

Jeffrey S. Allen, (ME-EM) the John F. and Joan M. Calder Professor in Mechanical Engineering, has been elected a Fellow of the American Society of Mechanical Engineers (ASME).

The award is in recognition for Allen’s research contributions in optical diagnostic development for investigating fluid and heat transfer phenomena, his engineering design contributions in microgravity while at NASA, and his leadership in engineering education.

The ASME certificate was presented to Allen at the ME-EM Faculty and Staff meeting earlier this month.


Peters, Stabenow Applaud $4.5 Million Federal Funding to Help Advance MTU Automated Vehicle Research

Michigan icon.

Michigan’s U.S. Senators Gary Peters and Debbie Stabenow welcomed $4,498,650 in federal funding awarded to Michigan Tech for self-driving vehicle research and development on March 10, 2021. The funding—awarded through the Department of Energy—will support ongoing projects to enhance connected and automated vehicle technologies that improve driver safety by eliminating risk found in human error.

Led by the University and in partnership with General Motors (GM), the American Center of Mobility and Stellantis, this research aims to identify additional opportunities for fuel savings and EV range optimization by creating more intelligently operating vehicles. 

“Michigan continues to be a global leader in developing self-driving vehicle technology, thanks in part to work being done at distinguished institutions like Michigan Tech,” said Senator Peters, Chairman of the Commerce Subcommittee on Surface Transportation, Maritime, Freight, and Ports. “This investment will spur future innovation and development surrounding mobility as we work to usher self-driving cars safely onto our roadways while ensuring Michigan remains on the forefront of automated transportation.”

“Michigan workers, manufacturers and universities are the best in the world and continue to lead the development of next-generation vehicles. Michigan Tech is one of those institutions leading the way in creating longer-range electric and autonomous vehicles, improving safety and making our cars more energy efficient. This investment will ensure Michigan remains a global leader,” said Senator Stabenow.

The project is led by Jeffrey Naber, the Ron and Elaine Starr Professor in Energy Systems, in Michigan Tech’s Mechanical Engineering-Engineering Mechanics Department and the director of the Advanced Power Systems Research Center.

“We are proud to continue our support of advancing autonomous and connected vehicle technologies through collaborative research with industry and the Department of Energy,” said David Reed, Vice President of Research, Michigan Technological University. “This program builds upon our strengths in power systems, controls, and systems engineering to improve driver safety for all.”

 More information on the Department of Energy Grant program can be found at ARPA-E Funding Opportunity Exchange and Department of Energy Funding & Financing.


Postdoctoral Research Associate: Diesel Engine Aftertreatment Modeling and Simulation

Michigan Technological University
Houghton, MI
25 January 2021

Position Description

The Mechanical Engineering – Engineering Mechanics Department at Michigan Technological University is hiring a postdoctoral research associate for a recently funded U.S. Department of Energy project to develop off-highway diesel engine aftertreatment technology that reduces the cost and complexity. Optimal design of a single device that combines the functions of a Diesel Oxidation Catalyst (DOC) and a Diesel Particulate Filter (DPF) is the focus of the research. Referred to as a DOCF, it will simultaneously control a diesel engine’s CO, HC and PM emissions. Achieving the project goals requires a combination of modeling and simulation (M&S), reactor experiments, prototype development and engine test cell studies. In addition to Michigan Tech, the project team includes Pacific Northwest National Laboratories (PNNL) and several commercial partners. The integrated nature of the project requires close collaboration among all its partners including not only co-development of M&S codes but also reactor and engine test cell experiments. This position focuses on the M&S code development, the model calibration with test data and its use for DOCF design.

Essential Duties and Responsibilities

Your primary duties will be: (1) development of the DOCF’s M&S codes, (2) the calibration of the model to test data, (3) periodic reporting to our research customer and project partners and (4) publication of the results in peer-reviewed journals. Other duties may be assigned as the project develops. Because calibration requires a thorough understanding of both the DOCF’s physics and the test data, it’s important that you work closely with researchers responsible for conducting both reactor and engine tests. Model development minimally requires that you have experience with (1) diesel engine aftertreatment technologies and (2) modeling a gas flow device that has coupled thermal and chemical kinetic responses. It’s imperative that the resulting M&S codes be predictive and can be used for extrapolated DOCF design. Fortunately, Michigan Tech has a long history of diesel engine aftertreatment component M&S development including: DOCs, DPFS, Selective Catalytic Reduction (SCRs) and most recently, a combined SCR/DPF device. Most of these models exist in MATLAB and Simulink. The expectation is that our existing models, and those of our project partners, can be leveraged to implement this DOCF modeling effort.

Minimum Required Education

  • A PhD in mechanical or chemical engineering, or a closely related field

Minimum Required Experience

  • Model development using MATLAB and Simulink
  • Diesel engine aftertreatment component analysis involving chemical reactions, transport phenomena and thermal response

Minimum Required Skills, and Abilities

  • Advanced chemical process knowledge consistent with a PhD degree in chemical or mechanical engineering
  • Advanced modeling techniques using MATLAB and Simulink.
  • Demonstrated abilities in (1) oral and written communication and (2) working with diverse groups of students, faculty, and staff

Desirable Experience

  • DPF and/or other emission component modeling
  • Aftertreatment component model calibration
  • Reactor or engine test cell studies

Desirable Skills, and Abilities

  • Experience with COMSOL Multiphysics, GT-Suite or similar programs

Term

  • The appointment is for 12 months with a yearly renewal option

Application Instructions

Please submit the items below to Marlene Lappeus by email, mmlappeu@mtu.edu. Applications will be reviewed as they arrive with the goal of making a selection by March 2021.

  • Your CV, including a list of your publications
  • One-page description of your relevant research experience
  • Contact information of three references

Senior Capstone Team Places in National Airport Design Competition

Glycol Collection Cart illustration.

A project designed by a Michigan Tech Senior Capstone team placed second in the Transportation Research Board’s Airport Cooperative Research Program (ACRP) student design competition. The team’s submission in the Airport Environmental Interactions Challenge design category was “Glycol Collection Cart: A Design for Small Airports.”

Undergraduate team members are Derek Cingel, Jared Langdon, Bryce Leaf, Ruth Maki, and Douglas Pedersen. Amanda Moya and Alec Mitteer also participated the first semester of the project.

They were advised by Paul van Susante and Michigan Tech Senior Capstone Design Program Director William Endres.

The selection was made from 63 entries by a panel of industry, FAA and academic experts. For its entry, the team will receive a $2,000 award.

The Transportation Research Board is a program unit of the National Academies of Sciences, Engineering, and Medicine — private, nonprofit institutions that provide independent, objective analysis and advice to the nation to solve complex problems and inform public policy decisions related to science, technology, and medicine.