Engineering is critically important in today’s technology-driven society. Globalization, changing demographics, and rapidly evolving technologies are dramatically altering the nature of engineering practice, demanding broader skills than just the mastery of scientific and technological disciplines. These complex challenges call for an integrative approach that goes beyond a deep expertise in a single discipline and that blends engineering with behavioral, business, and social sciences. Integrative Systems + Design (ISD) addresses these challenges by providing versatile, interdisciplinary educational programs for lifelong learning, including graduate degrees and certificates, with an emphasis on systems and design thinking. ISD’s programs horizontally integrate disciplinary knowledge across traditional fields of engineering with business and leadership skills.
An important element in each ISD degree program is the capstone project that students complete individually or in teams, locally or through virtual global collaborations. Sponsoring companies offer project topics, and work is conducted under faculty supervision. ISD degree programs are offered on campus and all Master of Engineering (MEng) degrees are also available through online learning, creating a diverse learning community of students on campus and at locations around the world. All students are taught by the same U-M faculty using the same syllabi and offering the same content in hybrid courses. ISD graduates possess deep strengths in their engineering discipline, with the ability to lead and innovate complex systems to address global wicked problems. Please visit the ISD Department website.
Course Guide
Integrative Systems & Design Courses
Contact
Departmental Website:
http://isd.engin.umich.edu/
Departmental Questions:
http://isd.engin.umich.edu/contact-us
Degree Programs
2214 SI-North
1075 Beal Avenue
Ann Arbor, MI 48109-2112
Phone: (734) 647-7179
Fax: (734) 763-2523
Department Contacts
Faculty Director, Integrative Systems + Design Professor Mihaela (Miki) Banu
2214 SI-North 1075 Beal Ave
Ann Arbor, MI 48109-2112
For more specific information on contacting the ISD, please go to our Contacts.
Enrollment and Graduation Data
The University Registrar publishes the number of students enrolled annually in this program, and the number of degrees granted each term by this program.
Automotive Engineering
Degree Programs
- Master of Engineering in Automotive Engineering
- Sequential Undergraduate/Graduate Study (SUGS)
- B.S.E. in Mechanical Engineering, B.S.E. in Materials Science and Engineering, or B.S.E. in Nuclear Engineering & Radiological Sciences
- M. Eng. in Automotive Engineering
Master of Engineering in Automotive Engineering
The Master of Engineering (M. Eng.) in Automotive Engineering blends engineering fundamentals and practice with an emphasis on systems thinking and the latest advances in technologies. The program provides students with a systems perspective and knowledge that cuts across departments, drawing upon many different engineering disciplines, such as mechanical engineering, chemical engineering, electrical engineering, computer science engineering, materials science, and industrial engineering. Students will deepen their knowledge of traditional mechanical engineering, but they can also take courses in electric machines, electronics, control systems, software development, and business. Graduates of the Automotive Engineering program are prepared to move the automotive industry further into the 21st century and beyond. The M.Eng. in Automotive Engineering degree is available for on-campus or online study.
For more information, please visit the ISD Automotive Engineering website.
Launching Fall 2022, Integrative Systems + Design has introduced a new integrative curriculum designed to better meet today’s industry demands and offer improved depth and breadth within specializations – all while leveraging U-M excellence across many disciplines. The curriculum is comprised of 4 segments:
- Integrative Science (6-9 credits): students integrate disciplines together by taking advantage of the breadth of U-M courses, including required ISD courses.
- Program Core (6-9 credits): these courses offer the core knowledge students need to excel in their chosen specialty by choosing courses across key foundational areas, each with its own set of key competencies.
- Career Pathways (9 credits): these courses are designed to help students gain expert knowledge in one specific knowledge area, strategically crafted by leading industry and government experts with an eye to their career trajectory.
- Immersive Practice (3-6 credits): students put their experience and education to work in a real-world environment by taking part in a culminating project in industry, research in cutting-edge labs, fieldwork with meaningful non-profits, and a wide range of entrepreneurial ventures.
Sequential Undergraduate / Graduate Study
- B.S.E. in Mechanical Engineering, B.S.E. Materials Science and Engineering, or B.S.E. Nuclear Engineering & Radiological Sciences
- M. Eng. in Automotive Engineering
This Sequential Undergraduate/Graduate Study (SUGS) program leads to a Master of Engineering in Automotive Engineering. University of Michigan students who are pursuing a B.S.E. in Mechanical Engineering or Nuclear Engineering & Radiological Sciences and who meet all the SUGS requirements may apply to the Automotive Engineering program to pursue the SUGS program, which allows them to complete their B.S.E. and M. Eng. in five years total.
For more detailed information about the program, please visit the ISD SUGS webpage.
Online Learning
The Master of Engineering degree in Automotive Engineering is offered either on-campus or online, with students from around the world taking part in the same high-quality experience whether in the classroom or online. The majority of courses offered in ISD programs are hybrid, combining on-campus and online students in the same course, with the same instructors, syllabi, and rigor, which provides an engaging blended learning environment. Earning this degree online is a valuable option for engineers who are currently working full-time.
Design Science
Degree Programs
- Master of Science in Design Science
- Doctoral Program in Design Science
The emerging field of Design Science demands an innovative paradigm for research, education, and practice. The Design Science Program at the University of Michigan engages in the systematic pursuit of design knowledge across all fields.
Our program is a unique interdisciplinary approach requiring students to integrate two or more traditional disciplines to tackle modern, complex design problems. The U-M Design Science Program challenges students to create, study, apply, and teach design principles using quantitative, qualitative, and analytical methods and processes.
Students choose from courses in engineering, business, medicine, information, social sciences, and the arts: the program leverages a multitude of top-ten departments across schools and colleges at the University of Michigan.
Master of Science in Design Science
The Master of Science in Design Science is the program for students who want to expand their career paths by meeting the growing need for the interdisciplinary design of complex products, devices, and systems. The program provides each student flexibility in exploring multiple disciplines to learn in-depth rigorous design methods and theories that drive the design process. Each student defines a custom program of study tailored to their background and design interests in consultation with a program advisor. This path integrates disciplines from top programs at the University of Michigan to balance rigorous coursework, trend-setting research and practica.
Doctoral Program in Design Science
The Design Science Ph.D. program leverages our novel integrative culture to produce unique leaders in design research, practice, and teaching.
Design Science is an interdisciplinary doctoral program. Design Science students must pursue an appropriate course of study with the right mix of disciplinary depth and interdisciplinary breadth. Each student defines a custom program of study tailored to their background and interests in consultation with faculty advisors and the program committee.
An individual student’s curriculum is structured so that knowledge from at least two disciplines permeates their program of study. This is the guiding principle for the DESCI program requirements. This path integrates disciplines from top programs at the University of Michigan to balance rigorous coursework, trend-setting research and practicum.
For more information about both degree programs, please visit the ISD Design Science website.
Energy Systems Engineering
Degree Programs
- Master of Engineering in Energy Systems Engineering
- Sequential Undergraduate/Graduate Study (SUGS)
- B.S.E. in Chemical Engineering, Mechanical Engineering, Materials Science and Engineering, or Nuclear Engineering & Radiological Sciences
- M. Eng. in Energy Systems Engineering
Master of Engineering in Energy Systems Engineering
The Master of Engineering (M. Eng.) in Energy Systems Engineering (ESE) degree program is designed for students who are ready to accept the grand challenge of energy in all its diverse forms and applications. It provides critical engineering skills in interlocking energy disciplines. ESE is a multidisciplinary specialization that includes science, engineering, and the development of policies that promote sustainable systems. Students select from a wide array of courses to create an individual plan of study. The program also covers basic management issues and enables students to develop their ability to lead project teams. ESE graduates possess strengths in their engineering discipline, breadth in relevant engineering and science, and an understanding of the critical role of the environment in energy systems, including economic factors. The degree is available for on-campus and online study.
For more information, please visit the ISD ESE website.
Sequential Undergraduate/Graduate Study
- B.S.E. Chemical Engineering, B.S.E. Mechanical Engineering, or B.S.E. Nuclear Engineering & Radiological Sciences
- M. Eng. in Energy Systems Engineering
This Sequential Undergraduate/Graduate Study (SUGS) program leads to a Master of Engineering in Energy Systems Engineering. University of Michigan students who are pursuing a B.S.E. in Chemical Engineering, Mechanical Engineering, or Nuclear Engineering & Radiological Sciences and who meet all the SUGS requirements may apply to the Energy Systems Engineering program to pursue the SUGS program, which allows them to complete their B.S.E. and M. Eng. in five years total.
For more information, please visit the ISD SUGS webpage.
Online Learning
The Master of Engineering degree in Energy Systems Engineering is offered either on-campus or online, with students from around the world taking part in the same high-quality experience whether in the classroom or online. The majority of courses offered in ISD programs are hybrid, combining on-campus and online students in the same course, with the same instructors, syllabi, and rigor, which provides an engaging blended learning environment. Earning this degree online is a valuable option for engineers who are currently working full-time.
Global Automotive and Manufacturing Engineering
Degree Programs
- Master of Engineering in Global Automotive and Manufacturing Engineering
- Sequential Undergraduate/Graduate Study (SUGS)
- B.S.E. in Mechanical Engineering, Materials Science & Engineering, or Nuclear Engineering & Radiological Sciences
- M. Eng. in Global Automotive and Manufacturing Engineering
Master of Engineering in Global Automotive and Manufacturing Engineering
The Master of Engineering in Global Automotive and Manufacturing Engineering program (GAME) is a one-of-a-kind engineering master’s program that blends product development and manufacturing into a curriculum to address the integration challenges arising from the globalization of the automotive industry. The aim of the program is to develop technical leaders who have a holistic understanding of product creation and manufacturing, breadth across relevant engineering disciplines, and business skills in cross-cultural management and leadership. In collaboration with a faculty advisor, students will develop a custom plan of study. GAME graduates possess a comprehensive knowledge of the product development and manufacturing of vehicles; a technical proficiency in automotive systems, systems integration, or manufacturing; an ability to apply sound business concepts to engineering applications; and competence in building and leading diverse teams in terms of culture, business environment, and disciplinary perspectives. The GAME degree is available for on-campus and online study.
For more information, please visit the ISD GAME website.
The integrative Global Automotive and Manufacturing Engineering curriculum is designed to better meet today’s industry demands and offer improved depth and breadth within specializations – all while leveraging U-M excellence across many disciplines. The curriculum is comprised of 4 segments:
- Integrative Science (6-9 credits): students integrate disciplines together by taking advantage of the breadth of U-M courses, including required ISD courses.
- Program Core (6-9 credits): these courses offer the core knowledge students need to excel in their chosen specialty by choosing courses across key foundational areas, each with their own set of key competencies.
- Career Pathways (9 credits): these courses are designed to help students gain expert knowledge in one specific knowledge area, strategically crafted by leading industry and government experts with an eye to their career trajectory.
- Immersive Practice (3-6 credits): students put their experience and education to work in a real-world environment by taking part in a culminating project in industry, research in cutting-edge labs, fieldwork with meaningful non-profits, and a wide range of entrepreneurial ventures.
Sequential Undergraduate / Graduate Study
- B.S.E. Mechanical Engineering, B.S.E. Materials Science & Engineering, B.S.E. Nuclear Engineering & Radiological Sciences
- M. Eng. in Global Automotive and Manufacturing Engineering
This Sequential Undergraduate/Graduate Study (SUGS) program leads to a Master of Engineering in Global Automotive and Manufacturing Engineering. University of Michigan students who are pursuing a B.S.E. in Mechanical Engineering, a B.S.E in Materials Science & Engineering, or a B.S.E. in Nuclear Engineering & Radiological Sciences and who meet all the SUGS requirements may apply to the Global Automotive and Manufacturing Engineering program to pursue the SUGS program, which allows them to complete their B.S.E. and M. Eng. in five years total.
For more detailed information about the program, please visit the SUGS webpage.
One option for applicants planning to pursue the program full-time is to apply to the Tauber Institute for Global Operations. The Tauber Institute assists students in finding projects in industry.
Online Learning
The Master of Engineering degree in Global Automotive and Manufacturing Engineering is offered either on-campus or online, with students from around the world taking part in the same high-quality experience whether in the classroom or online. The majority of courses offered in ISD programs are hybrid, combining on-campus and online students in the same course, with the same instructors, syllabi, and rigor, which provides an engaging blended learning environment. Earning this degree online is a valuable option for engineers who are currently working full-time.
Program in Manufacturing
Degree Programs
- Master of Engineering in Manufacturing
- Dual Degree: Master of Engineering in Manufacturing / MBA
- Doctor of Engineering in Manufacturing
- Sequential Undergraduate/Graduate Study (SUGS)
- B.S.E. in Aerospace Engineering, Chemical Engineering, Civil and Environmental Engineering, Electrical Engineering and Computer Science, Industrial & Operations Engineering, Materials Science & Engineering, Mechanical Engineering, Naval Architecture and Marine Engineering, or Nuclear Engineering & Radiological Sciences
- Master of Engineering in Manufacturing
Master of Engineering in Manufacturing
Manufacturing is a bedrock of a strong economy, supporting a solid employment base in the manufacturing industry as well as in multiple related service industries. Now, more than ever, there is a critical need for leaders and engineers who are innovators in technology and have the broad knowledge and skills regarding how to streamline manufacturing processes and make managerial decisions.
Students in the Master of Engineering (M.Eng.) in Manufacturing program acquire the advanced engineering and management skills to become a dynamic leader in manufacturing. Students learn how to improve the quality and efficiency of manufacturing systems through advanced technologies and skills in their engineering discipline, acquiring knowledge across disciplines, leading project teams, and understanding the complete product development and manufacturing process, including its management. The Manufacturing degree is available for on-campus and online study.
For more information, please visit the Manufacturing site.
Sequential Undergraduate / Graduate Study
- B.S.E. in Aerospace Engineering, Chemical Engineering, Civil and Environmental Engineering, Electrical Engineering and Computer Science, Computer Science, Industrial & Operations Engineering, Materials Science & Engineering, Mechanical Engineering, Naval Architecture and Marine Engineering, or Nuclear Engineering & Radiological Sciences
- Master of Engineering in Manufacturing
This Sequential Undergraduate/Graduate Study (SUGS) program leads to a Master of Engineering in Manufacturing. University of Michigan students who are pursuing a B.S.E. in an eligible department and who meet all the SUGS requirements may apply to the Manufacturing program to pursue the SUGS program, which allows them to complete their B.S.E. and M. Eng. in Mfg. in five years total.
For more detailed information about the program, please visit the SUGS webpage.
Online Learning
The Master of Engineering degree in Manufacturing program is offered either on-campus or online, with students from around the world taking part in the same high-quality experience whether in the classroom or online. The majority of courses offered in ISD programs are hybrid, combining on-campus and online students in the same course, with the same instructors, syllabi, and rigor, which provides an engaging blended learning environment. Earning this degree online is a valuable option for engineers who are currently working full-time.
Dual Master of Engineering in Manufacturing/M.B.A.
In this dual degree program, qualified students can pursue concurrent work in manufacturing engineering and business administration which leads to both a Master of Engineering in Manufacturing from the College of Engineering and a Master of Business Administration (MBA) from the Ross School of Business. The program is arranged so that all requirements are satisfied simultaneously. The dual degree can be earned in two and one-half years by full-time students. It is also offered part-time through the Ross School of Business Evening Program.
Please visit the Manufacturing Program – Dual M. Eng. in Mfg. and MBA site for more information.
Doctor of Engineering in Manufacturing
The Doctor of Engineering in Manufacturing is a graduate professional degree in engineering for students who already have earned a bachelor’s degree in engineering and a master’s degree in any field of engineering or MBA. If the student does not have a Master’s degree, the student may apply to the Doctor of Engineering in Manufacturing program directly and complete the Master of Engineering in Manufacturing along the way. Students work with a faculty advisor to develop a custom plan of study that blends engineering disciplines with management and business. Graduates of this doctoral program possess a depth of knowledge in manufacturing systems and the skills to carry out high-quality engineering research and development.
To learn more, please visit the Doctoral Program in Manufacturing site.
Systems Engineering + Design
Degree Programs
- Master of Engineering in Systems Engineering + Design
- Sequential Undergraduate/Graduate Study (SUGS)
- B.S.E. in Mechanical Engineering, Materials Science & Engineering, or Nuclear Engineering & Radiological Sciences
- M. Eng. in Systems Engineering + Design
Master of Engineering in Systems Engineering + Design
Systems engineering is the modern design process in government and industry that integrates the work of diverse specialists into complex products and processes. Systems engineering touches everything: from telescopes that orbit tens of thousands of miles above earth to the cars that we drive every day. Systems engineers and their work have a major impact on the modern world. In times of great change and major advancements in the way we work, think and travel, systems engineering has never been more important or more challenging.
The Master of Engineering (M.Eng.) in Systems Engineering + Design (SE+D) program was built upon the resources of the top-ranked University of Michigan’s College of Engineering and was developed in collaboration with an interdisciplinary team of distinguished practitioners, faculty, and industry leaders. Adapting to rapid change has never been more vital, and this degree program accelerates the learning curve for engineers in design and systems fields.
Once students graduate from the program, they will be prepared for the exam leading to certification as an Associate Systems Engineering Professional.
This degree enhances careers in requirements management, systems integration, systems architecting, systems engineering management, technical project management, risk management, and related specialties. Skills and knowledge learned can be applied in fields such as aerospace, biomedical, defense, ground transportation, healthcare, infrastructure, software development, and more. Graduates of the program have gone on to careers leading multidisciplinary engineering teams at major global organizations. The SED degree is available for on-campus and online study.
For more information, please visit the ISD SE+D website.
The Integrative Systems Engineering + Design curriculum is designed to better meet today’s industry demands and offer improved depth and breadth within specializations – all while leveraging U-M excellence across many disciplines. The curriculum is comprised of 4 segments:
- Integrative Science (6-9 credits): students integrate disciplines together by taking advantage of the breadth of U-M courses, including required ISD courses.
- Program Core (6-9 credits): these courses offer the core knowledge students need to excel in their chosen specialty by choosing courses across key foundational areas, each with its own set of key competencies.
- Career Pathways (9 credits): these courses are designed to help students gain expert knowledge in one specific knowledge area, strategically crafted by leading industry and government experts with an eye to their career trajectory.
- Immersive Practice (3-6 credits): students put their experience and education to work in a real-world environment by taking part in a culminating project in industry, research in cutting-edge labs, fieldwork with meaningful non-profits, and a wide range of entrepreneurial ventures.
Sequential Undergraduate / Graduate Study
- B.S.E. Mechanical Engineering, B.S.E. Materials Science & Engineering, and B.S.E. in Nuclear Engineering & Radiological Sciences
- M. Eng. in Systems Engineering + Design
This Sequential Undergraduate/Graduate Study (SUGS) program leads to a Master of Engineering in Systems Engineering + Design. University of Michigan students who are pursuing a B.S.E. in Mechanical Engineering, a B.S.E. in Materials Science & Engineering, or a B.S.E. in Nuclear Engineering & Radiological Sciences and who meet all the SUGS requirements may apply to the Systems Engineering + Design program to pursue the SUGS program, which allows them to complete their B.S.E. and M. Eng. in five years total.
For more detailed information about the program, please visit the SUGS webpage.
Online Learning
The Master of Engineering degree in Systems Engineering and Design program is offered either on-campus or online, with students from around the world taking part in the same high-quality experience whether in the classroom or online. The majority of courses offered in ISD programs are hybrid, combining on-campus and online students in the same course, with the same instructors, syllabi, and rigor, which provides an engaging blended learning environment. Earning this degree online is a valuable option for engineers who are currently working full-time.