Materials Science and Engineering, MSE
The master’s program in Materials Science and Engineering prepares students to be leaders, innovators, and visionaries in the materials revolution that is being driven by discoveries that cross the boundaries of physics, chemistry, and biology, such as in the growing field of nanobioscience.
Penn is one of the first universities to establish a center for materials research. By remaining at the forefront of technology innovations, this center, the Laboratory for Research on the Structure of Matter (LRSM), has grown to be one of the largest in the nation. We are opening up new fields in materials science, preparing tomorrow’s leaders, and putting our knowledge to practical use in today’s high-tech society. Our multidisciplinary program allows you to tailor your education to your own professional and career goals, from ceramics, polymers, and metals to non-structured and soft materials. Our graduates can be found in positions in industries that range from electronics, manufacturing, and communications to transportation and energy, or pursuing doctoral degrees at Penn and other top-ranked research universities.
10 course units are required for the MSE in Materials Science and Engineering.1-5
|Select 5-7 from the approved list: 1||5-7|
|Experimental Methods in Materials Science|
|Mechanical Properties of Macro/Nanoscale Materials|
|Fundamentals of Materials|
|Mathematics for Materials Science|
|Structure of Materials|
|Nanoscale Science and Engineering|
|Thermodynamics and Phase Equilibria|
|Electronic Properties of Materials|
|Electronic Properties of Materials|
|Materials for Energy and Environmental Sustainability|
|Elasticity and Micromechanics of Materials|
|Electrochemical Engineering of Materials|
|Atomic Modeling in Materials Science|
|Fabrication and Characterization of Nanostructured Devices|
|Physics of Materials I|
|Introduction to Polymers|
|Transmission Electron Microscopy|
|Mechanics of Soft and Biomaterials|
|Selected Topics in Materials Science and Engineering|
|Select up to 2 Electives and 2 SEAS courses relevant to materials science; a sample list is provided below: 5||4|
|Programming Languages and Techniques.|
|Technical Communication and Academic Wrting for Non-native Speakers of English|
|Engineering Entrepreneurship II|
|Foundations of Engineering Mathematics - II|
|The Physics of Solid State Energy Devices|
|Nanofabrication and Nanocharacterization|
|Introduction to Condensed Matter Physics|
|Total Course Units||10|
Non-thesis or Thesis option:
- Non-thesis course-based option: Students successfully complete 10 course units at the 500 or higher level. All must carry a letter grade (A, B, C or D).
- Students must secure written approval for all course selections from the Masters Program Advisor. Furthermore, all changes to these course selections must be approved in writing by the Masters Program Advisor. Students wishing to take courses not listed on the provided list are required to receive written approval from the Masters Program Advisor. All non-elective courses should have technical/scientific content relevant to the student’s M.S.E. degree program.
- 5 MSE courses (500 level or higher) requiring a letter grade are compulsory. Up to 7 MSE courses are highly recommended for obtaining a solid background in materials science. 3 MSE courses are compulsory in the first semester of study.
- Non-thesis option with independent study: Students take 8 courses credits at the 500 or higher level earning letter grades and complete 2 Masters Independent Study (MSE 599) credits. Students receive a letter grade (A, B, C, D or F) in MSE 599. Independent Study requires a faculty advisor; see detail below about selecting an advisor.
- Students interested in pursuing the non-thesis option with independent study or the thesis option are encouraged to attend Faculty Research Presentations in the late August and September . Students can also meet with individual faculty and the Master’s Program Advisor to discuss their research interests.
- Thesis option: Students take 7 course units at the 500 or higher level earning letter grades and complete 3 course units of research with a faculty member by registering for 2wo research credits (MSE 597 Masters Thesis Research) and 1 Independent Study (MSE 599). Students receive a letter grade (A, B, C, D or F) in both MSE 597 and MSE 599. Students must have their thesis approved by their thesis advisor and the Graduate Group Chair, as well as submit their thesis to the Graduate Group Coordinator. The thesis option requires a faculty advisor; see details below about selecting an advisor.
A maximum of two free electives (500 level or higher) are permitted. Free electives can be selected from across the university, including SEAS, SAS and Wharton. Also, free electives are not permitted for students pursuing a dual degree at Penn.
During the first semester, Masters degree students are not permitted to take Independent Study and are required to enroll in only MSE courses.
All Masters degree students must maintain a GPA of 2.7 or higher to be in good standing and for graduation. Students are required to attend weekly MSE seminars organized by the department as part of their education and exposure to latest scientific advances
Transfer of credits:
A maximum of two SEAS courses relevant to materials science are permitted. Note that only one Engineering Entrepreneurship course will count as a MSE related SEAS-course. A second entrepreneurship course will be counted as a free elective in addition.
Master’s Scholars Program
A selected number of awards designated “Master’s Scholars” will be made each year to deserving students to promote and enhance their research experience at Penn. The awards will enable highly motivated students (with a GPA of 3.25 or higher) to pursue a well-designed research project with a faculty member for one or two semesters and obtain valuable training in experimental and computational research. The award carries no financial benefit to the students; award funds are used solely to defray the costs of facility user fees, chemicals, computer resources, etc. Research proposals submitted by students will be evaluated and awards will be made on a competitive basis. A call for proposals occurs near the start of the fall and spring semesters.
The degree and major requirements displayed are intended as a guide for students entering in the Fall of 2020 and later. Students should consult with their academic program regarding final certifications and requirements for graduation.