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The Intercollege Graduate Degree Program in Materials Science and Engineering offers comprehensive graduate education in the fundamentals of materials science (synthesis-structure-property-performance relationships). Faculty have interests in many research areas including biomaterials, ceramics, composites and hybrids, computational materials science, electronic and photonic materials, materials chemistry and physics, metals, nanostructured and nanoscale materials, piezoelectrics and ferroelectrics, polymers and soft materials. Students may choose to study across the major themes of materials today including materials in energy applications, nanotechnology, materials in medicine, materials in communications, materials for sensor applications, structural materials, etc., by using a combination of MATSE courses and a myriad of materials-related courses offered in the science and engineering departments at Penn State.
The graduate program for the M.S. degree must include a total of at least 30 credits. Subject to the approval of the graduate program coordinator, a maximum of 10 credits of high-quality graduate work done at a regionally accredited U.S. institution may be applied toward the requirements for the master's degree. A minimum of 6 research credits (MATSE 600) is required. The minimum number of formal course credits (excluding seminar MATSE 590) required is 18 for all students at the 500-level or higher. The instructional program includes three required graduate core courses in materials including Thermodynamics of Materials (MATSE 501), Kinetics of Materials Processes (MATSE 503) and Principles of Crystal Chemistry (MATSE 512).
The Office of the Vice President for Research/Office of Research Protections requires that all candidates for advanced degrees complete training in Scholarship and Research Integrity (SARI). The SARI requirements include completion of an online Responsible Conduct of Research training program and a 1 credit Professional Development course (MATSE 582).
All candidates for advanced degrees are also expected to attend MATSE 590 colloquium. A thesis describing independent research performed by the student shall be written and defended at an oral examination. Bound copies will be made available for the University Libraries and the thesis adviser. A thesis committee shall administer the final oral examination of the thesis. The committee shall consist of at least three graduate faculty members.
M. S. Requirements (Summary)-minimum total credits: 30; minimum research credits: 6; minimum formal graduate-level course credits (500-level or higher): 18; minimum 500-level credits: 12; required graduate core course credits: 9; professional development course credits: 1; minimum credits in the major: 12; seminar: 2 credits per year; minimum GPA: 3.00.
Courses
Course Nbr | Course Title | Typically Offered |
---|---|---|
81 |
Materials in Today's World |
All Semesters |
81 |
Materials in Today's World |
Fall Only |
81 |
Materials in Today's World |
Fall & Spring |
81 |
Materials in Today's World |
Spring Only |
91 |
Polymers, Life and Society |
Fall & Spring |
101 |
Energy and the Environment |
|
112 |
Applied Materials Chemistry for Engineers |
Spring Only |
201 |
Introduction to Materials Science |
|
201 |
Introduction to Materials Science |
Fall Only |
201 |
Introduction to Materials Science |
Spring Only |
201 |
Introduction to Materials Science |
Summer & Fall |
201H |
Introduction to Materials Science |
Fall Only |
202 |
Introduction to Polymer Materials |
Spring Only |
259 |
Properties and Processing of Engineering Materials |
All Semesters |
259 |
Properties and Processing of Engineering Materials |
Fall Only |
259 |
Properties and Processing of Engineering Materials |
Fall & Spring |
259H |
Properties and Processing of Engineering Materials |
Fall & Spring |
297 |
Special Topics |
Fall & Spring |
400 |
Crystal Chemistry |
Fall Only |
401 |
Thermodynamics of Materials |
Fall Only |
401H |
Thermodynamics of Materials |
Fall Only |
402 |
Materials Process Kinetics |
Fall Only |
402 |
Materials Process Kinetics |
Spring Only |
403 |
Biomedical Materials |
Fall Only |
404 |
Surfaces and the Biological Response to Materials |
Spring Only |
409 |
Nuclear Materials |
Spring Only |
410 |
Phase Relations in Materials Systems |
Spring Only |
411 |
Processing of Ceramics |
Fall Only |
411 |
Processing of Ceramics |
Spring Only |
412 |
Thermal Properties of Materials |
Spring Only |
413 |
Solid-State Materials |
Spring Only |
415 |
Introduction to Glass Science |
Fall Only |
417 |
Electrical and Magnetic Properties |
|
417 |
Electrical and Magnetic Properties |
Spring Only |
(419) |
Computational Materials Science and Engineering |
|
419 |
Computational Materials Science and Engineering |
Spring Only |
421 |
Corrosion Engineering |
Fall Only |
422 |
Thermochemical Processing |
Fall & Spring |
425 |
Processing of Metals |
Fall Only |
426 |
Aqueous Processing |
Spring Only |
427 |
Microstructure Design of Structural Materials |
|
430 |
Materials Characterization |
Fall Only |
430H |
Materials Characterization |
Fall Only |
435 |
Optical Properties of Materials |
Spring Only |
436 |
Mechanical Properties of Materials |
Fall & Spring |
440 |
Nondestructive Evaluation of Flaws |
Spring Only |
441 |
Polymeric Materials I |
Fall Only |
443 |
Introduction to the Materials Science of Polymers |
Fall & Spring |
444 |
Solid State Properties of Polymeric Materials |
Fall Only |
445 |
Thermodynamics, Microstructure, and Characterization of Polymers |
Spring Only |
446 |
Mechanical and Electrical Properties of Polymers and Composities |
Fall & Spring |
447 |
Rheology and Processing of Polymers |
Fall & Spring |
448 |
Polymer Processing Technology |
Spring Only |
450 |
Synthesis and Processing of Electronic and Photonic Materials |
Fall Only |
455 |
Properties and Characterization of Electronic and Photonic Materials |
Spring Only |
460 |
Introductory Laboratory in Materials |
Fall Only |
462 |
General Properties Laboratory in Materials |
Spring Only |
463 |
Characterization and Processing of Electronic and Photonic Materials Laboratory |
Spring Only |
468 |
Ceramics Laboratory III |
Fall Only |
471 |
Metallurgy Laboratory I |
Fall Only |
472 |
Metallurgy Laboratory II |
Fall Only |
473 |
Polymeric Materials Laboratory--Synthesis |
Spring Only |
474 |
Polymeric Materials Laboratory--Characterization |
Spring Only |
484 |
International Internship in Materials: Research Definition and Methodology |
|
485 |
International Internship in Materials: Experimentation and Documentation |
|
492 |
Materials Engineering Methodology and Design |
|
493 |
Materials Science and Engineering Multidisciplinary Capstone Design Project |
|
494M |
Research and Design Senior Project |
Fall & Spring |
494W |
Research and Design Senior Project |
All Semesters |
496 |
Independent Studies |
All Semesters |
496H |
Independent Studies |
Fall & Spring |
497 |
Special Topics |
|
497B |
**SPECIAL TOPICS** |
Spring Only |
501 |
Thermodynamics of Materials |
Fall Only |
503 |
Kinetics of Materials Processes |
Spring Only |
505 |
Irreversible and Statistical Thermodynamics of Materials |
|
506 |
Interfacial Electrochemical Processes |
Fall Only |
507 |
Biomaterials Surface Science |
Fall Only |
508 |
Biomedical Materials |
Spring Only |
510 |
Surface Characterization of Materials |
Spring Only |
511B |
Transmission Electron Microscopy |
Spring Only |
512 |
Principles of Crystal Chemistry |
Spring Only |
514 |
Characterization of Materials |
Fall Only |
523 |
Environmental Degradation of Materials in Nuclear Power Plants |
|
530 |
X-Ray Crystallography and Diffraction |
Fall Only |
531 |
Transmission Electron Microscopy |
Spring Only |
535 |
Geometrical Crystallography |
Fall Only |
540 |
Crystal Anisotropy |
Fall Only |
542 |
Polymeric Materials: The Solid State |
Fall Only |
543 |
Polymer Chemistry |
Spring Only |
544 |
Computational Materials Science of Soft Materials |
Spring Only |
545 |
Semiconductor Characterization |
Fall Only |
545 |
Semiconductor Characterization |
|
548 |
Dielectric and Other Electroceramics |
Spring Only |
552 |
Sintering of Ceramics |
|
555 |
Polymer Physics I |
Spring Only |
560 |
Hydrometallurgical Processing |
Spring Only |
562 |
Solid to Solid Phase Transformations |
Spring Only |
563 |
Micromechanisms of Fracture |
Fall Only |
564 |
Deformation Mechanisms in Materials |
Fall Only |
565 |
Metals in Electronics |
Fall Only |
570 |
Catalytic Materials |
Fall Only |
575 |
Functional Polymeric Materials |
Fall Only |
580 |
Computational Thermodynamics |
Spring Only |
581 |
Computational Materials Science II: Continuum, Mesocale Simulations |
Fall Only |
582 |
Materials Science and Engineering Professional Development |
Spring Only |
590 |
Colloquium |
Fall & Spring |
596 |
Individual Studies |
All Semesters |
597 |
Special Topics |
All Semesters |
597B |
**SPECIAL TOPICS** |
Fall & Spring |
600 |
Thesis Research |
All Semesters |
- Baccalaureate degree from a regionally accredited U.S. institution or
- Tertiary (postsecondary) degree that is deemed comparable to a four-year bachelor's degree from a regionally accredited U.S. institution.
- Applicants will be required to arrange for official transcripts/documents (for institutions outside the U.S. documents may include marksheets, record of courses, degree/study certificate, original diploma, etc) to be sent from all post-secondary institutions attended and official English translation if the language of instruction is not English).
- All international applicants must take and submit scores for the TOEFL (Test of English as a Foreign Language) or the IELTS (International English Language Testing System). The minimum acceptable score for the TOEFL is 550 for the paper-based test, or a total score of 80 with a 19 on the speaking section for the internet-based test (iBT). Applicants with iBT speaking scores between 15 and 18 may be considered for provisional admission, which requires completion of specified remedial English courses ESL 114G (American Oral English for Academic Purposes) and/or ESL 116G (ESL/Composition for Academic Disciplines) and attainment of a grade of B or higher. The minimum acceptable composite score for the IELTS is 6.5. Graduate programs may have more stringent requirements.
Want to improve your English level for admission?
Prepare for the program requirements with English Online by the British Council.
- ✔️ Flexible study schedule
- ✔️ Experienced teachers
- ✔️ Certificate upon completion
📘 Recommended for students with an IELTS level of 6.0 or below.
Scholarships
Assistantships
The most common form of graduate support, teaching and research assistantships, include a stipend, tuition remission, and a subsidy for medical insurance. Recipients are assigned to a faculty adviser who supervises the experience. Graduate assistants support undergraduate instruction or undertake research projects. A specified time commitment of 10-30 hours per week is required depending on the unit (a half-time/20 hour per week commitment is typical). Appointments are available only to graduate students who are registered for courses and enrolled in degree programs.
Fellowships
Fellowships are highly prestigious financial support packages that typically include a stipend, tuition remission, and a subsidy for medical insurance. They derive from University or outside awards. Unlike assistantships, they do not have a required work commitment; they are duty-free. Recipients must be enrolled in degree programs and be registered full time. Fellowship recipients are not permitted to accept employment without obtaining approval from the unit and/or agency supporting the fellowship.
Traineeships
Training grants are derived from agencies outside the University and are intended to support specific student learning experiences in core curricular areas and research methods. Institutional awards, typically under the direction of a faculty principal investigator, afford funding to support selected students with stipends, tuition grants-in-aid, and often include a subsidy for medical insurance.