Students in pursuing a PhD in Manufacturing Engineering want to develop and test new techniques for industrial processes and make manufacturing solutions more efficient, more cost effective, and more environmentally friendly. As the global markets seek production methods that are safer for people and the environment, you’ll be on the cutting edge of researching new options in a rapidly changing and technically complex world. This experience will prepare you for sought-after manufacturing engineering graduate jobs in the industry.
You’ll work alongside our renowned faculty on groundbreaking research projects that involve many engineering disciplines, including chemical, mechanical, and even biomedical engineers to push the boundaries of how materials change everything from structure to shape with various processes.
Curriculum
The PhD in Manufacturing Engineering is a research degree, so you’ll work on a dissertation proposal, completion, and defense of your original research. With your faculty advisor you'll develop your plan to complete the research project to meet the project's needs.
Candidates will also pass a required exam and spend one year in residency on campus. You’ll participate in a graduate seminar course that provides an opportunity to share ideas and thoughts with other manufacturing engineering students.
Graduate students come to WPI with different goals—their academic plans don't all look the same. Whether your career goal leads to industry or academia, you’ll tailor your own path to meet your individual goals.
Students in the program have access to state-of-the-art facilities, including the Metal Processing Institute, the largest university-industry consortium in North America.
Research in WPI’s manufacturing and materials engineering program impacts industries as varied as healthcare, transportation, defense, consumer electronics, and energy.
The manufacturing and materials engineering field is broad—students at WPI find themselves exploring varied research, including analyzing mathematical models for selecting the proper heat treatment of gears or exploring nanocomposites.
Students work with WPI faculty—experts in cold-spray processing, heat treating, casting, surface metrology, rare earth metal extraction, or battery recycling and reuse—on research that will have immediate impact to humanity.
A multidisciplinary approach means your work in manufacturing and materials engineering will consider the impacts your research has on other disciplines—the final result becomes stronger because of it.
Graduate students come to WPI with different goals—their academic plans don't all look the same. Whether your career goal leads to industry or academia, you’ll tailor your own path to meet your individual goals.
Students in the program have access to state-of-the-art facilities, including the Metal Processing Institute, the largest university-industry consortium in North America.
Research in WPI’s manufacturing and materials engineering program impacts industries as varied as healthcare, transportation, defense, consumer electronics, and energy.
The manufacturing and materials engineering field is broad—students at WPI find themselves exploring varied research, including analyzing mathematical models for selecting the proper heat treatment of gears or exploring nanocomposites.
Students work with WPI faculty—experts in cold-spray processing, heat treating, casting, surface metrology, rare earth metal extraction, or battery recycling and reuse—on research that will have immediate impact to humanity.
A multidisciplinary approach means your work in manufacturing and materials engineering will consider the impacts your research has on other disciplines—the final result becomes stronger because of it.
Graduate students come to WPI with different goals—their academic plans don't all look the same. Whether your career goal leads to industry or academia, you’ll tailor your own path to meet your individual goals.
Research
You’ll find a lab or research facility to accommodate nearly every research interest. Our cutting-edge labs are well equipped and supportive, allowing you to work alongside faculty and fellow researchers in exciting developments.
Some of our state-of-the-art facilities:
- Higgins Labs Machine Shop and Project Laboratory
- Manufacturing Labs and Haas Technical Education Center
- Manufacturing Control and Dynamics Laboratories
- Metal Processing Institute
Faculty Profiles
The broader impact of my research will result in advanced processing techniques and advanced materials that will lower carbon footprint either through reduced material and/or operational usage or through enabling transformative technologies such as nuclear fusion and high-efficiency turbine systems. At present, my research thrusts are:
Richard D. Sisson, Jr. is a Professor of Mechanical Engineering and Director of the Center for Heat Treating Excellence at WPI. Professor Sisson has been with WPI for 40+ years. In addition, he has taught at Virginia Polytechnic Institute and has been a research metallurgist with DuPont Savannah Laboratory and a staff engineer with Exxon Chemical Company.
My favorite activities involve guiding students in projects and research. I like to give them independence and to learn from their work. I enjoy challenging them and myself to find better answers, explanations, and solutions. I am very interested in socio-technical systems, such as the healthcare system or the energy delivery system.
Professor Brown teaches grad courses on axiomatic design and on surface metrology, and undergraduate courses on manufacturing and on the technology of alpine skiing. He also consults and teaches courses for industry on axiomatic design and on surface metrology. A WPI faculty member since 1989, Brown has published more than 100 articles on machining, axiomatic design, sports engineering, and surface metrology applied to engineering, archeology and physical anthropology. He has patents on a fractal method for characterizing surface roughness, an apparatus for friction testing, and on sports equipment. He also developed software for surface texture analysis.
I enjoy teaching at WPI because students bring a lot of energy and enthusiasm to their learning; I am also inspired by their optimism. My teaching also reflects topics that motivate me: detailed process design in our Industrial Engineering program, exploring the implications of operational excellence in our graduate programs, and advancing health care systems.
The application of Industrial Engineering and mathematical knowledge has always been a rewarding challenge for me. I draw on a variety of Industrial Engineering techniques including optimization and simulation. My research has included evaluating anti-human trafficking efforts, computationally characterizing episodes of care from health insurance claim records, and examining the impact of physician incentives on patient outcomes, as well as research related to mental health, patient flow and practice guidelines.
Makhlouf M. Makhlouf is professor of Mechanical & Materials Engineering at Worcester Polytechnic Institute (WPI). He was Director of the Advanced Casting Research Center (ACRC) between 1992 and 2015. ACRC is a collaboration between the academic and industrial sectors focusing on issues that benefit the global foundry industry. It brings fundamental understanding to existing processes, develops new methods, and addresses management-technology interface matters.
The broader impact of my research will result in advanced processing techniques and advanced materials that will lower carbon footprint either through reduced material and/or operational usage or through enabling transformative technologies such as nuclear fusion and high-efficiency turbine systems. At present, my research thrusts are:
Richard D. Sisson, Jr. is a Professor of Mechanical Engineering and Director of the Center for Heat Treating Excellence at WPI. Professor Sisson has been with WPI for 40+ years. In addition, he has taught at Virginia Polytechnic Institute and has been a research metallurgist with DuPont Savannah Laboratory and a staff engineer with Exxon Chemical Company.
My favorite activities involve guiding students in projects and research. I like to give them independence and to learn from their work. I enjoy challenging them and myself to find better answers, explanations, and solutions. I am very interested in socio-technical systems, such as the healthcare system or the energy delivery system.
Professor Brown teaches grad courses on axiomatic design and on surface metrology, and undergraduate courses on manufacturing and on the technology of alpine skiing. He also consults and teaches courses for industry on axiomatic design and on surface metrology. A WPI faculty member since 1989, Brown has published more than 100 articles on machining, axiomatic design, sports engineering, and surface metrology applied to engineering, archeology and physical anthropology. He has patents on a fractal method for characterizing surface roughness, an apparatus for friction testing, and on sports equipment. He also developed software for surface texture analysis.
I enjoy teaching at WPI because students bring a lot of energy and enthusiasm to their learning; I am also inspired by their optimism. My teaching also reflects topics that motivate me: detailed process design in our Industrial Engineering program, exploring the implications of operational excellence in our graduate programs, and advancing health care systems.
The application of Industrial Engineering and mathematical knowledge has always been a rewarding challenge for me. I draw on a variety of Industrial Engineering techniques including optimization and simulation. My research has included evaluating anti-human trafficking efforts, computationally characterizing episodes of care from health insurance claim records, and examining the impact of physician incentives on patient outcomes, as well as research related to mental health, patient flow and practice guidelines.
Makhlouf M. Makhlouf is professor of Mechanical & Materials Engineering at Worcester Polytechnic Institute (WPI). He was Director of the Advanced Casting Research Center (ACRC) between 1992 and 2015. ACRC is a collaboration between the academic and industrial sectors focusing on issues that benefit the global foundry industry. It brings fundamental understanding to existing processes, develops new methods, and addresses management-technology interface matters.
The broader impact of my research will result in advanced processing techniques and advanced materials that will lower carbon footprint either through reduced material and/or operational usage or through enabling transformative technologies such as nuclear fusion and high-efficiency turbine systems. At present, my research thrusts are:
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Earn Your Master’s in Manufacturing Engineering
Do you first need to earn your master’s degree? Gain a solid foundation in modern manufacturing techniques and focus on a specific research area from control systems, manufacturing systems, statistics and quality assurance, and more. Our on campus master’s in manufacturing engineering enables students to work in our state-of-the-art labs and use cutting-edge equipment alongside our expert faculty. Sharpen your skills of how materials properties change and apply it to careers in health care, design, and more. Do you prefer to study online? Consider our master’s in manufacturing engineering online, which enables students to customize their plan of study and earn their degree in as little as two years. Are you more intrigued by exploring the structure, properties, and processes to make new materials for various fields? Our master’s in material science and engineering enables students to learn about how materials properties change and conduct breakthrough research alongside our world-renowned faculty. If you have specific questions about manufacturing engineering graduate salary, research, or career outcomes, check out our department page.
Explore WPI’s PhD Degree Program in Materials Science
If manufacturing interests you but you’re passionate about materials and how they work, you’ll want to look into WPI’s PhD in materials science engineering. This program gives you the freedom to conduct rigorous, original research that follows your specific interests and will have lasting impact in various industries. You’ll have immediate access to our expert faculty and to our state-of-the-art facilities and centers where you’ll direct your research into the relationships between the structure, properties, processing, and performance of various materials. WPI is committed to research with purpose, so the work you do here will be targeted at meeting the needs of industries across the board—from biomedical to automotive to batteries to military.
Gain an Understanding of Manufacturing Concepts with a Minor
If you’re interested in learning about manufacturing but are majoring in a different discipline, a minor in manufacturing engineering gives you a foundation. With this academic plan, you’ll understand how manufacturing’s production and processing impacts everything from a product manufacturability and product quality and even how to improve products. You’ll gain knowledge essential to and applicable to most industries and have a head start when you graduate.