Master of Science in Mechanical Engineering

Class Profile

Class Size

25

Average Age

28

Average Work Experience

2 Years

Rentention Rate

91

Diversity

Others:

10%

United States:

35%

International:

25%

California:

30%

Career Outcomes

Median Earnings After Graduation

$1,10,000 / year

Top recruiters

Accenture

Deloitte

KPMG

IBM

Google

Amazon

Microsoft

Apple

Facebook

Pinterest

Tesla

Meta

Fees and Funding

Tuition Fees

$35,775.25 / year

Overall Cost

$50,775 / year

FAQs

• When does the program start, and what are the deadlines?
  
  The program starts in the fall semester. Application deadlines are usually in December of the previous year. Spring admission is generally not offered for the MS program.
• What career opportunities are available after graduation?
  
  Graduates often work in aerospace, robotics, automotive, renewable energy, advanced manufacturing, research labs, and technology firms. Many MS graduates continue into Berkeley’s or other universities’ PhD programs.
• Can students focus on robotics or interdisciplinary fields?
  
  Yes. Berkeley ME offers flexibility to pursue robotics, mechatronics, energy sciences, computational mechanics, or bioengineering. Students may also take courses from Electrical Engineering, Computer Science, or Bioengineering for interdisciplinary training.
• What academic background is required for admission?
  
  Applicants should hold a bachelor’s degree in mechanical engineering or a related field such as aerospace engineering, civil engineering, or materials science. Strong skills in mathematics, physics, and programming are expected.
• How is the MS program structured?
  
  The MS program is primarily research-based. Students complete graduate-level coursework (typically around 24 credits) and a master’s thesis under faculty supervision. It prepares students for either PhD study or advanced engineering roles in industry.
• What is the focus of the MS in Mechanical Engineering program at UC Berkeley?
  
  The program provides advanced education in mechanical engineering, with opportunities to specialize in areas such as design, dynamics, controls, robotics, fluid mechanics, energy, MEMS, manufacturing, biomechanics, and materials science. It is designed for students who want to strengthen technical knowledge and research skills.