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Ph.D. in Materials Science & Engineering (MSE)
Ph.D. Program Brochure
Graduate
Application
Financial Assistance in Materials Science
Program Overview:
The Ph.D. in Materials Science and Engineering at Norfolk State
University prepares students for careers in industry, federal or private
research laboratories, and academia.
The program transitions students from physical sciences, engineering and related
fields into the discipline of materials with special nano-structures and
properties, broadening their professional opportunities.
Benefits:
- Work in cutting-edge research in advanced
materials
- One-on-one mentoring
- $19,500 yearly stipend
Eligibility Requirements:
- Bachelor’s or Master’s degree in chemistry,
physics, engineering or related field from an accredited
university.
- English proficiency based on TOEFL scores or
demonstrated working knowledge of the language.
- GRE test scores, along with completed
application, statement of purpose, resume, official transcripts,
and three letters of recommendation.
Degree Requirements:
Ph.D. degree requires 12 credit hours of core courses, 18 credit hours of
electives, and 45 credit hours of research courses, including research, doctoral
research and thesis preparation. Students entering with the Master’s degree may
transfer up to 21 credit hours of graduate courses.
Financial
Assistantship Available:
Teaching Assistantship – provides a stipend for an academic year and
waiver of tuition and fees. Duties include teaching, grading, laboratory
instruction and educational support responsibilities.
Research Assistantship – covers the full calendar year and includes a
stipend and waiver of tuition and fees. Recipients work directly with faculty on
research projects. Candidates are selected based on academic qualifications,
research potential, and recommendations.
Opportunities for Students:
Graduate students have the opportunity to work in projects with external
collaborators, with the option of spending time at the collaborator’s
institution. Among our partners are Georgia Tech, University of Washington,
University of Arizona and Cornell and Purdue Universities. Students regularly
attend professional conferences, where they present their research results.
Alumni Current Positions:
Our graduates have been successful at securing high-tech, well paying jobs at
companies such as IBM and Dow Corning. Others have been accepted, with full
scholarships, into prestigious Ph.D. programs in schools such as Virginia Tech
and University of Virginia.
Research Specializations:
- Photonic materials
- Advanced electronic materials
- Chemical vapor deposition
- Czochralski crystal growth
- Molecular beam epitaxy
- Organic and polymer synthesis
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- Electron spin resonance (ESR)
- Computational Chemistry
- Electro-active polymers
- Nuclear magnetic resonance (NMR)
- Optical and ultrafast spectroscopy
- Surface analysis (LEED, Auger, ISS)
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Applications:
- Broad-band and ultra-fast optical
telecommunications
- Solar cells
- Optical and magnetic materials
- Smart optics
- Atomic and surface processing
- Modeling and simulation
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- Optoelectronics of organic materials
- Thin film
- Surface science
- Free electron laser
- Nuclear Magnetic Resonance
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Careers:
- Laser Engineering
- Microscopy Engineer
- Optical Engineer
- Optical Senior Research Scientist
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- Optoelectronic Engineer
- Research Manager
- Satellite Engineer
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Regional Research Partners:
- The Applied Research Center in Newport News, VA
- The Thomas Jefferson National Accelerator Facility
- NASA Langley Research Center in Hampton, VA
- Purdue University
- Georgia Institute of Technology
- University of Washington
- University of Arizona

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