M.S. Mechanical and Aerospace Engineering, University of California - Irvine Campus

Irvine, California

24 Months

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About this course

This Master’s program in Mechanical and Aerospace Engineering offers specialization in five key areas: dynamics and controls; fluid dynamics and propulsion; mechanics of materials and structures; systems and design; and thermal and transport sciences. Students engage in research or coursework that cover a broad spectrum of topics, from modeling and analysis of dynamical systems to fluid flows and propulsion systems, materials behavior, system design, and energy systems. The program prepares students to work on complex aerospace systems, blending theoretical, computational, and experimental approaches. It caters to those passionate about advancing technology in these fields and provides opportunities for part-time study, research, and teaching experiences.

Why this course is highly recommended

This program is ideal for students interested in a comprehensive and research-oriented education in aerospace and mechanical engineering. Its focus on multidisciplinary areas such as controls, fluid dynamics, materials, system design, and energy sciences caters to current technological advancements and industry needs. The availability of thesis and comprehensive exam options allows students to tailor their experience whether they seek research experience or a broad coursework-based credential. Opportunities for part-time study, teaching experiences, and specialized research projects make it an attractive choice for those aiming to advance their academic and professional careers in these cutting-edge fields.

Specialisation

Students can focus on one of several thrust areas, including dynamics and controls, fluid dynamics and propulsion, mechanics of materials and structures, systems and design, or thermal and transport sciences. Each area involves dedicated research interests, from control algorithms and autonomous systems to combustion theory, nanomaterials, and energy systems. These specialisations are designed to deepen expertise in specific disciplines within aerospace and mechanical engineering, supporting career advancement and research development.

Course fees

Application fees

0.00L

1st year tuition fees

Living cost

Degree requirements

Students can opt for either a thesis or comprehensive exam pathway. The thesis route requires eight courses, a research project, and a thesis approved by a committee. The comprehensive exam pathway involves eleven courses and passing a comprehensive exam. Both options include selected graduate courses from the department, with options to substitute some courses under supervision. The program emphasizes developing a well-rounded, research-informed understanding of mechanical and aerospace systems, supported by consultation with faculty advisors.

Career prospects

Graduates of this program are prepared for careers in research, development, and design within aerospace and mechanical engineering sectors. They can pursue advanced roles in control systems, fluid dynamics, materials development, energy systems, and aerospace operations. The strong research component and specialised coursework also support future doctoral studies or academic careers. The broad scope of the program aligns well with industry needs for engineers skilled in modeling, analysis, and innovative system design.

FAQs

What research opportunities are available?

Students have opportunities for original research, especially if they choose the thesis option, working closely with faculty advisors on projects in their area of interest.

Can I study part-time?

Yes, part-time study options are available for this program, making it flexible for working professionals or those with other commitments.