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PhD in Aerospace Engineering

Course Level: Doctorate
Course Duration: 2 Years
Course Language English
Required Degree Master’s Degree
First Year Total Fees: $ 7200(₹ 560000)
Total Course Fees: $ 14400(₹ 1120000)

Why Choose PhD in Aerospace Engineering at Korea Advanced Institute of Science & Technology, South Korea

The PhD in Aerospace Engineering at KAIST offers a world-class education in cutting-edge aerospace technologies. Located in South Korea, a global leader in innovation, KAIST provides access to advanced research facilities and a collaborative environment with industry and academia. The program emphasizes hands-on experience, interdisciplinary learning, and opportunities for groundbreaking research in aerodynamics, space systems, and propulsion. KAIST's strong ties to industry and its esteemed faculty create a dynamic platform for students to contribute to aerospace advancements. Graduates benefit from high employability, gaining expertise in a rapidly evolving field that shapes the future of global aerospace industries.


PhD in Aerospace Engineering at Korea Advanced Institute of Science & Technology, South Korea, Program Details
 

Category

Details

Program Name

PhD in Aerospace Engineering

Degree Awarded

Doctor of Philosophy (PhD) in Aerospace Engineering

Course Duration

Typically 4-5 years

Language of Instruction

English

Yearly Tuition Fees

Approx. 8,000,000 KRW (subject to change)

Total Tuition Fees

Approx. 32,000,000 KRW (for 4 years)

Total Program Cost

Approx. 35,000,000 KRW (including other fees)

Eligibility

Master's degree in Aerospace Engineering or related field, or equivalent academic background

Admission Requirements

Academic transcripts, recommendation letters, statement of purpose, proof of English proficiency

Application Intake

Spring (March) and Fall (September)

Scholarship

Available, including KAIST Fellowship and government-funded scholarships

Career Prospects

Aerospace engineer, researcher, space scientist, system designer, and roles in academia or industry

Curriculum Structure

Advanced courses in aerodynamics, propulsion, space systems, materials, and computational methods, followed by research work leading to dissertation