Careers & Industry

After MSSE: Careers in Scientific Industries and More

The Berkeley MSSE degree prepares students for careers in computational science, data science, machine learning, and software engineering. The program is designed to train students with backgrounds in chemistry, physics, biology, computer science, or from other physical science disciplines. The MSSE provides students with the tools, software engineering practices, plus leadership, management, and entrepreneurial skills needed to create or lead science or engineering-based enterprises, and beyond.

What Are MSSE Alumni Doing? 

Recent Alumni Job Titles 

  • AI Software Engineer
  • Bioinformatics Scientist
  • Computational Biologist
  • Data Scientist
  • Developer Advocate
  • Electrical Software Engineer
  • Engineering Manager
  • Operations Manager
  • PhD in Biochemistry
  • PhD in Pharmacology
  • Principal Scientist
  • Senior Data Engineer
  • Software Engineer
  • Supercharger Product Engineer
  • Biocompatibility Specialist
  • Senior Microbiologist
  • Machine Learning Engineer
  • Immunology Researcher
  • Cheminformatics Analyst
  • PhD in Chemical Engineering

Where Are MSSE Alumni Working? 

Recent Alumni Employers 

Career Support

MSSE students have access to their own dedicated career coach, as well as professional development support through Berkeley Career Engagement and GradPro. One-on-one appointment topics include Resume/Cover Letter Consultations, Job Search Strategy, Values Reflection, Networking, Mock Interviews, Salary Negotiation, and more.

Students also gain direct, real-world career experience through working on computational science problems with our diverse industry and academic capstone partners.

Learn about the Capstone

MSSE Career Exploration Events

MSSE also offers direct-access Career Exploration sessions with a wide range of professionals across relevant industries. These engaging conversations are an amazing way for students to build their networks, gain exposure to cutting-edge topics, and gather insights to support them in their career development and future job search.

Recent Guests

Data Analyst Evaluating Clinical Processes at Tempus AI

Development Engineer Focused on Cellular Analysis at Bruker

Senior Therapeutics Researcher at Apriori Bio, a Flagship Pioneering Company

Explore Possible Careers 

With its focus on Computational Molecular Science, MSSE prepares you for Software Engineering, Data Science, Machine Learning, and Research Scientist roles in high-demand fields such as Computational Chemistry, Cheminformatics, Computational Biology and Biochemistry, Bioinformatics, Computational Physics, Computational Material Science, Quantum Computational Chemistry, Nanotechnology, and other Computational Science fields.

Computational Scientist

Average Starting Salary $157,000

Machine Learning Engineer

Average Starting Salary $149,742

Software Engineer

Average Starting Salary $144,144

Computational Chemist

Average Starting Salary $107,168

AI Engineer

Average Starting Salary $119,930

Bioinformatics Engineer

Average Starting Salary $145,573

Simulation and Modeling Engineer

Average Starting Salary $142,900

Computational Neuroscientist

Average Starting Salary $158,656

Source – Glassdoor.com – average national starting salary – December 2024

Industries For MSSE Graduates

Biotech & Pharmaceutical

$3.8 Trillion

  • Drug discovery and new therapeutics
  • Vaccine development
  • Individualized medicines
  • Improved testing and screening

Materials

$1.9 Trillion

  • Renewable bioplastics
  • Reliable, durable materials for renewables
  • Biocompatible materials

Energy

$3.5 Trillion

  • Renewable energy & biofuels
  • Eco-friendly materials & chemical processes
  • Improved solar cells
  • New battery technologies

Food & Agriculture

$1 Trillion

  • Food and water security
  • Decarbonizing the synthesis of chemical feedstocks
  • New water treatment technologies

Semiconductors

$1.9 Trillion

  • Developing advanced semi-conductor materials
  • Thermal condoctivity improvements
  • Improving yield and cost

Aerospace

$.7 Trillion

  • Lighter, stronger, more durable materials
  • Superalloys and exotic materials
  • Shape memory and superelastic alloys