- Sufficient knowledge in mathematics, life sciences, and relevant engineering disciplinary, and the ability to use them in complex engineering problems.
- The ability to identify, defining, formulating, and solving complex engineering problems; the ability to choose and implementing suitable analytical and modeling techniques.
- The ability to meet particular needs of a complex system, process, device, and product under realistic constraints, and the capability of implementing modern modeling tools.
- Ability to develop robust techniques and tools, select, and implement to analyze and solve complex problems encountered in engineering applications; the ability to efficiently using information technology.
- Ability to design experiments, conduct experiments, gather information, and analyze and interpret results for complex engineering problems or research topics in the discipline.
- Ability to work in collaboration with inner-and-inter-disciplinary research teams, ability to work individually.
- Ability to effectively communicate in Turkish verbally and written; writing and understanding reports efficiently; being able to write design and production reports, flawless presentation skills; ability to convey clear instructions.
- The consciousness of life-long learning; access to knowledge, following the advancements in science and technology, and the ability to continually self-improve.
- Responsible for ethical principles of proficiency, knowledge in engineering application standards.
- Knowledge in project management, risk management, and innovation; knowledge in entrepreneurship, innovativeness, sustainable improvement.
- Awareness of the impact of engineering practice outcomes on health, environment, and security; awareness of legal consequences of engineering practice outcomes.
