New PhD Program in Manufacturing Engineering Meets Industry’s Needs

Introducing Michigan Tech’s new PhD in Manufacturing Engineering.

The Department of Manufacturing and Mechanical Engineering Technology (MMET) has a new PhD program and will be accepting applications for enrollment in spring semester 2025. The Manufacturing Engineering PhD program will emphasize research of the most viable and efficient processes used during fabrication, shaping, machining, and assembly and will provide an ability for students with an MS degree to further their domain knowledge and expertise in the field. 

MMET professor and chair John Irwin is excited for the first PhD program in this department. “Research in the manufacturing engineering field has potential for talented people to propose innovative solutions, including tech-enabled sustainability initiatives,” says Irwin. “It is exciting to be department chair during this historic time of growth and change.”

No matter the industry, manufacturing engineering designs share the end goal of producing a better product at a lower cost. The new degree is applicable across traditional engineering disciplines, including material science, mechanical, electrical, robotic, biomedical, and chemical engineering in order to make advancements in processes for forming, joining, casting, molding, producing composites, micromachining, and additive methodologies.
It’s predicted that 35,600 new jobs will need to be filled by 2029. The 1.36 percent annual increase in job demand over the next few years means more faculty holding PhD degrees will be needed to prepare students for their careers. The job increase also translates to a need for research engineers with 14 percent growth expected in manufacturing engineering jobs through 2030 who are equipped to continue accelerating the growth of innovative technologies.

For more details on course and credit requirements, check out the Manufacturing and Mechanical Engineering Technology blog.

Consumer Product Manufacturing Team Shares Enterprise Success Story

Three students from the CPM Enterprise Team.
From left, Zoe Kumm, Madeline Johnson, and Jacqui Foreman in their Consumer Product Manufacturing Enterprise OneTumbler team photo in spring 2024. (Photo courtesy CPM Enterprise)

Michigan Tech Enterprise Teams lead to industry partnerships and the kind of experience that employers are looking for. In the case of a Consumer Product Manufacturing Enterprise (CPM) team, the research they conducted led to publication and fewer single-use beverage containers on campus.

CPM enterprise works on multiple projects for multiple years, with the group breaking out into subteams. For their project, the CPM OneTumbler team partnered with campus housing to give all first-year Huskies in 2023’s incoming class a Michigan Tech OneTumbler, as a way to promote sustainability on campus.

Interdisciplinary Health Research Engineered to Benefit Communities

Caryn Heldt in front of the Husky Statue.
Caryn Heldt and other researchers at Tech are working on cross-disciplinary approaches to achieve impactful breakthroughs for improved public health. This photo was taken before completion of the new H-STEM Complex on campus, which has further accelerated opportunities for collaboration.

Chemical Engineering Professor Caryn Heldt exemplifies how research at Michigan Tech crosses disciplines—and crosses the globe. The James and Lorna Mack Chair in Continuous Processing, Heldt is also an affiliate professor in biological sciences at Michigan Tech, and directs the University’s Health Research Institute.

Aside from the benefit to communities, internships and similar collaborations benefit Michigan Tech researchers, said Heldt. “International partnerships are really key to expanding your research network, research ideas, and to be able to have your research out into industry and be applied.”

College of Engineering Welcomes New Faculty Members

Dean Michelle Scherer in a group with the sixteen new faculty.
Earlier this semester, Dean Michelle Scherer welcomed 16 new faculty members to the College of Engineering.

The Michigan Tech College of Engineering is pleased to welcome 16 new faculty members across eight departments this year. These new faculty members bring a wide range of specializations in robotics, geomechanics, cancer tissue engineering, snow hydrology, and more. These brilliant educators and researchers join us from all over the world, including five Michigan Tech College of Engineering alumni. Welcome Huskies!

Read more about our new faculty:

Taking Tech Farther North: GMES Alum Caleb Kaminski on His Journey to Alaska

Caleb Kaminski in a parka with a knit hat and sunglasses outside in the snow.
Caleb Kaminski, geological engineering alumni, outside Utqiagvik, Alaska during an Arctic research expedition.

It all started with a geology course. After graduating high school, Michigan Tech alumnus Caleb Kaminski wasn’t sure what to study, but he knew it would be STEM-related. While working towards his associate’s degree at West Shore Community College, Kaminski tried it all, from aquacultural science to computer science to physics. “But everything clicked when I stumbled upon an introductory geology course,” says Kaminski. “I was hooked instantly!”

Even then, Kaminski knew he wanted his academic career to include more than just geology. “When I discovered Michigan Tech offered a degree in geological engineering, I was sure I found the right path to embark on. It combined my newfound love for geology with the challenging engineering component I was eager to be challenged by. And just like that, I found my perfect academic match!”

Chemical Engineering Dedicates CITGO Senior Design Studio

Michigan Tech’s Department of Chemical Engineering, along with representatives of CITGO Petroleum Corporation, dedicated a new space for students in the Chemical Sciences and Engineering Building on Friday, September 27. The CITGO Senior Design Studio will give students a facility with state-of-the-art computing technology to collaborate and work on projects.

The CITGO-Michigan Tech partnership came about through Carlos Jordá, CEO and president of CITGO, who is a 1971 chemical engineering graduate of Michigan Tech.

CITGO representatives Phil Pribnow, Lemont GM of Engineering and Business Services, and Brett Wiltshire, Lemont Manager of Human Resources, were present for the ribbon cutting of the new facility. Also present was Professor Emeritus Bruce Barna ’70, who was a long-time instructor and mentor for students in senior design.


Read more on Alumni Stories

Machine Learning Model Aims to Break Cubic Scaling Barrier of Quantum Mechanics

Susanta Ghosh
Susanta Ghosh is co-author on a paper recently published in npj Computational Materials.

Susanta Ghosh, an assistant professor in the Department of Mechanical and Aerospace Engineering, is co-author on a paper titled Electronic structure prediction of multi-million atom systems through uncertainty quantification enabled transfer learning, which was published August 12 in npj Computational Materials.

From Michigan Tech to Mars: First-Year Engineering Lecture Speaker Ready to Inspire Huskies

Jessica Elwell in front of the Mars Curiosity Rover mockup at NASA’s Jet Propulsion Laboratory. The rover is in the same class as the Mars Perseverance Rover, which carried the experimental device MOXIE aboard to successfully convert carbon dioxide to oxygen.
(All images courtesy Jessica Elwell)

A chemical engineer who almost chose music as a major and went on to work on a project that was named one of Time Magazine’s Best Inventions of 2023 has been selected as speaker for the First Year Engineering Lecture Series. 

Her talk takes place at 6 p.m. Monday, Aug. 26, in Michigan Tech’s Rozsa Center for the Performing Arts.

MTU Excels at 2024 AISC National Steel Bridge Competition

Congratulations to Michigan Technological University’s Steel Bridge Team for an impressive performance at the AISC Steel Bridge Competition!
MTU secured a 9th place overall finish on Saturday, June 1, 2024, at Louisiana Tech University in Ruston, Louisiana.

The Michigan Tech Steel Bridge Team qualified for the national AISC 2024 National Steel Bridge Competition, continuing their legacy of participating in this time-honored, annual competition. 

The competition first began 37 years ago with undergraduate engineering students from just three schools—Lawrence Tech, Michigan Tech, and Wayne State—competing in a parking lot at Lawrence Tech.

This year, hosted by Louisiana Tech University, no less than 47 schools from all over the U.S., Canada, and Mexico traveled to Ruston, Louisiana for the competition. Teams were asked to design and build a steel bridge for a disc golf course located in nearby Lincoln Parish Park. The bridge needed to be able to accommodate players, park employees, and maintenance vehicles. The river the bridge would span was man-made, but for an added cost, teams could install and use temporary barges to facilitate the construction of their bridge. 

As elements of the competition, the bridges are judged in categories, such as construction speed, lightness, aesthetics, stiffness, cost, economy, and efficiency. MTU’s team finished 9th overall and placed 8th in stiffness and 5th in efficiency. 

“It’s a great opportunity for students to learn to work with each other on a complex project,” says civil engineering student Jon Wright, MTU Steel Bridge Team captain. 

“The goal is to design a structure where strength, weight, and cost are all balanced to provide the best outcome. It isn’t enough to simply design a bridge that can support the load placed on it at competition. It must be able to support the load with minimal deflection and with minimal weight while being easy to assemble,” Wright explains. “Anyone can design a bridge that stands. But it takes an engineer to design a bridge that ‘barely’ stands.”

“The MTU team’s independence and initiative are always impressive to me,” adds faculty advisor, Andrew Swartz, associate professor of Civil, Environmental, and Geospatial Engineering. “They excel in all the types of activities you would expect in a competition like this—design, detailing, fabrication, and construction sequencing. But the team excels at things you may not necessarily think of, as well—like fundraising, recruitment, training, and documentation for future years. The students are the driving force behind the entire enterprise,” Swartz says. “I learn a lot when I travel with them.”

The MTU Steel Bridge Team consistently qualifies for nationals, and typically places in among the top 10 finishers. During COVID, the team even scored a top 5 finish, notes Swartz. “The MTU legacy of educating and producing high-quality engineers is still going strong.”

Multidisciplinary Team Publishes on Self-Disinfecting Coating

ACS Applied Materials and Interfaces cover.

Professors Bruce Lee (BioMed) and Caryn Heldt (ChE/HRI) are co-authors of a new paper published in ACS Applied Materials & Interfaces.

The paper is titled “Utilizing Rapid Hydrogen Peroxide Generation from 6-Hydroxycatechol to Design Moisture-Activated, Self-Disinfecting Coating.”

The paper describes the use of a novel biomimetic coating that could be activated to generate disinfectant when wetted, such as by moisture found in respiratory droplets. This moisture-activated coating was demonstrated to disinfect various strains of bacteria and viruses and can potentially be used as a self-disinfecting coating to limit the spread of various types of infections.

Ph.D. student Fatemeh Razaviamri (biomedical engineering) is the lead author of this paper. Additional co-authors are Sneha Singh ’23 (M.S. Chemical Engineering), postdoctoral researcher James Manuel (BioMed), Ph.D. student Zhongtian Zhang (biomedical engineering) and laboratory technician Lynn M. Manchester (ChE).

Fatemeh Razaviamri, Sneha Singh, James Manuel, Zhongtian Zhang, Lynn M. Manchester, Caryn L. Heldt, and Bruce P. Lee
ACS Appl. Mater. Interfaces 2024, 16, 21, 26998–27010
Publication Date: May 15, 2024
https://doi.org/10.1021/acsami.4c00213