Master’s in Electrochemical Engineering
Power the clean energy transition
The University of Delaware offers the nation’s first Master of Science in Electrochemical Engineering—an interdisciplinary program built to meet rising demand in hydrogen, battery, and solar energy systems. Drawing on our expertise in chemical engineering, mechanical engineering, electrical engineering, and materials science, this 30-credit program combines technical depth, hands-on training, and industry-relevant skills.
Why electrochemical engineering?
Electrochemical systems enable breakthroughs in clean energy—from hydrogen fuel cells and lithium-ion batteries to solar and wind energy storage and green manufacturing. Electrochemical engineers are leading the shift towards net-zero carbon emissions.
Why now?
Global clean energy markets are growing fast. By 2030:
- The battery industry may support 10 million jobs worldwide.
- Tens of thousands of hydrogen jobs are expected in the U.S.
- UD is a founding partner of the Mid-Atlantic Clean Hydrogen Hub (MACH2).
Why the University of Delaware?
- Unmatched facilities. Train on the world’s only university-based 300 kW electrolyzer testbed.
- Industry-connected. Curriculum shaped by leaders like Chemours, NREL, Plug Power, Gore, Dupont, Cummins, Toyota, and General Motors.
- Regional impact. Delaware is a growing hub for clean energy innovation.
As part of the first program of its kind in the nation, you’ll be learning from leading researchers, working with cutting-edge technology and building the skills today’s clean energy employers are looking for.
Key Numbers
3
Semesters
$1,116
per credit hour (2025-26)
30
Credit Hours
Admission Requirements
- B.S. in chemical engineering, mechanical engineering, materials science and engineering or a related field.
- GPA of 3.0 or higher
- At least 1 year of general chemistry
- Two letters of recommendation
- Statement of purpose
- Résumé
Admission to the graduate program is competitive. Those who meet stated requirements are not guaranteed admission, nor are those who fail to meet all of those requirements necessarily precluded from admission if they offer other appropriate strengths.
Program Requirements
The M.S. in electrochemical engineering requires a total of 30 credit hours.
Core courses (15 credits)
Required
- CHEG 632 Electrochemical Engineering (3)
- CHEM 622 Electroanalytical Chemistry (3)
One or more of the following::
- CHEG 600 Science & Engineering of Polymer Systems (3)
- CHEG 616 Physical Chemistry of Surfaces and Interfaces (3)
- CHEG 811 Chemical Interfaces and Surfaces (2)
- CHEG 850 Electrochemical Processes (2)
One or both of the following:
- MEEG 642 – Introduction to Fuel Cells (3)
- MEEG 644 – Energy Storage (3)
Note: 2-credit courses may be paired with CHEG 666/866 (Special Projects) to meet credit minimums.
Professional Skills Courses (6 credits)
Choose two or three of the following:
Sustainability and Economics
- CHEG 613 Energy and the Environment (3)
- CHEG 625 Green Engineering (3)
Communication
- CHEG 603 Advanced Scientific Communication (3)
Entrepreneurship and Innovation
- CHEG 595 Intellectual Property for Engineers and Scientists (3)
- ENTR 653 Introduction to Entrepreneurship (3)
- ENTR 654 Entrepreneurial Leadership (3)
- ENTR 660 High Technology Entrepreneurship (3)
Optional Internship
- CHEG 666 Special Projects (up to 4 credits; recommended, not required)
Elective courses (up to 9 credits)
Choose two or more of the following:
Chemical and Biomolecular Engineering
- CHEG 614 Topics in Energy (3)
- CHEG 851 Applied Thermodynamics (2)
- CHEG 821 Diffusive Transport (2)
- CHEG 820 Kinetic Processes (2)
Materials Science and Engineering
- MSEG 606 Corrosion and Protection (3)
- MSEG 832 Principles of Polymerization (3)
Mechanical Engineering
- MEEG 653 Manufacturing (3)
- MEEG 654 Additive Manufacturing (3)
- MEEG 658 Sustainable Manufacturing (3)
- MEEG 675 Mechatronics (3)
Electrical and Computer Engineering
- ELEG 617 The Smart Grid (3)
- ELEG 628 Solar Technology, Application (3)
- ELEG 637 Energy Systems (3)
- ELEG 657 Microgrid (3)
Application Deadlines
December 1: Priority consideration for admission
May 1: Admission decisions announced