Drexel University

Overview

The Materials Science Engineering program at Drexel University equips students with the skills to design, analyze, and innovate advanced materials tailored for various applications. This comprehensive curriculum integrates academic coursework with extensive research training, culminating in a thesis for Master of Science (M.S.) students and a dissertation for PhD candidates.

What You'll Study

The program is structured to progress from foundational knowledge to specialized research. Students engage in a blend of core and advanced courses, alongside hands-on research opportunities.

• Core and Advanced Coursework:
  • Biomaterials and Biosurfaces in Tissue Engineering
  • Biometrics Design
  • Ceramic Processing and Sensors
  • Dynamic Characterization
  • Materials Electrochemistry
• Research Component: M.S. students undertake thesis-based research, while PhD candidates focus on dissertation research under faculty supervision.
• Academic Development: Students participate in research seminars, technical writing sessions, and present their findings, with specific requirements varying by degree track and advisor.

Note: For precise course offerings and requirements, prospective students should consult Drexel's department directly.

Entry Requirements

Admission to the program is primarily based on academic qualifications and preparedness in relevant science or engineering disciplines. While specific GRE or GMAT cut-offs are not detailed, applicants are encouraged to demonstrate a strong foundation in these areas.

English Language Proficiency: Candidates must meet the following minimum scores:

• Duolingo English Test: 115
• TOEFL iBT: 90
• IELTS (overall): 6.5

Additional Requirements: Official transcripts from all previously attended institutions must be submitted directly to Drexel. These are mandatory regardless of credit transfers. Incomplete documentation may result in delays in the admission process.

Tip: PhD applicants should verify whether a research statement or evidence of prior research experience is required, as these expectations can differ across programs.

Career Prospects

Graduates of the Materials Science Engineering program are well-prepared for a variety of careers in academia, industry, and research institutions. The skills acquired in material design and development open pathways in sectors such as biotechnology, electronics, energy, and manufacturing. Many alumni pursue advanced research roles, contribute to innovative projects, or take on leadership positions in their respective fields.