Innovative Curriculum for the Future of Materials Science and Engineering
The PhD program in Materials Science and Engineering at Jimma University is designed to offer an extensive and advanced curriculum, equipping students with the skills and knowledge needed to lead in the field of materials science and engineering. The program is structured around a series of specialized courses that provide both theoretical foundations and practical experience:
- Bridging Courses
- MScE7010: Basic Principles in Materials Science and Engineering
- MScE7011: Basic Principles in Materials Science Chemistry
- MScE7012: Basic Principles in Materials Science Modeling
- MScE7013: Basic Principles in Materials Science Processing
- MScE7014: Basic Principles in Materials Science Solid State
- MScE7015: Basic Principles in Materials Science Characterization
- Core Courses
- MScE8021: Electrochemical Methods
- MScE8022: Characterization Techniques
- MScE8023: Materials Bonding and Reactivity
- Nano and Energy Materials
- MScE8031: Micro and Nano-Systems
- MScE8032: Science & Engineering of Nanomaterials
- MScE8033: Materials for Energy Conversion
- Transferable Skills
- MScE8011: Scientific Communication
- MScE8012: Grant Writing
- MScE8013: Research Planning
- Electives
- MScE8151: Electrochemical Energy Sources
- MScE8152: Super-Capacitors
- MScE8153: Applied Superconductivity
- MScE8161: Programming and Modeling
- MScE8162: Nano-Biotechnology
- MScE8163: Biosensors
- MScE8171: Smart Materials
- MScE8172: Atomic Arrangements in Solids
- Research Project
- MScE9051: Research Project in Materials Science and Engineering
The curriculum is designed to be interdisciplinary, combining elements of physics, chemistry, and engineering. It provides a comprehensive education that not only covers the fundamentals but also contains advanced topics like nanotechnology and energy materials. This prepares graduates to contribute to cutting-edge research and industrial applications, both in Ethiopia and internationally.
This robust curriculum reflects the program’s commitment to producing highly qualified professionals who are equipped to address the challenges and opportunities in the rapidly evolving field of materials science and engineering.
Note: For a quick overview of Research facilities available at the department, Please click here