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4 Years On Campus Bachelors Program
University of California BerkeleyThe Bioengineering and Business Administration program at the University of California, Berkeley combines two Bachelor of Science degrees in a four-year integrated curriculum, bringing together engineering innovation and business leadership. Designed for students interested in biotechnology, healthcare innovation and entrepreneurship, the program develops expertise in biological sciences, engineering design, technology management and strategic decision-making, preparing students to turn scientific discoveries into impactful products, ventures and solutions.
Curriculum Structure
The integrated curriculum includes approximately 150–151 units in the published four-year plan, combining bioengineering, business, mathematics, chemistry, physics, computing and general education.
Year 1: Building Foundations in Engineering and Business
Students begin with essential mathematical, scientific and business concepts that establish the foundation for interdisciplinary learning. Courses such as MATH 51, CHEM 1A & 1AL, BIO ENG 10 and UGBA 10X introduce students to mathematical methods, chemistry, bioengineering principles and business fundamentals. Students also explore technological innovation through the M.E.T. course UGBA 196 – Managing Technological Innovation.
Year 2: Developing Technical and Analytical Skills
The second year strengthens students' understanding of engineering, programming, economics and quantitative analysis. Courses such as BIO ENG 11, ENGIN 7 or COMPSCI 61A, PHYSICS 7B and STAT 20 or an approved statistics alternative develop computational thinking, scientific reasoning and data analysis. Students also study economics and complete humanities and social science requirements, broadening their understanding of the wider social and economic context of technological innovation.
Year 3: Integrating Bioengineering and Business Knowledge
Students advance into specialised bioengineering fundamentals, laboratory courses and upper-division business subjects. BIO ENG 100 introduces ethical considerations in engineering, while concentration-specific BIO ENG Fundamental, BIO ENG Topic and BIO ENG Lab courses allow students to explore advanced areas of bioengineering. Business courses including UGBA 100, UGBA 105 and UGBA 101B develop knowledge of management, finance and organisational decision-making, complemented by UGBA 196 – Entrepreneurship and Strategic Growth.
Year 4: Innovation, Research and Strategic Leadership
The final year focuses on applying engineering knowledge and business expertise to complex real-world challenges. Students undertake a BIO ENG Design Project or Research experience while completing advanced engineering technical topics and business courses such as UGBA 103, UGBA 104, UGBA 102B and UGBA 106. This combination strengthens their ability to develop innovative solutions, evaluate commercial opportunities and lead technology-driven initiatives.
Focus Areas
Biomedical devices, biomedical imaging, cell and tissue engineering, synthetic and computational biology, biotechnology innovation, engineering design, entrepreneurship, technology management, strategic business development and commercialisation of scientific discoveries.
Learning Outcomes
Graduates develop the ability to apply engineering and biological principles, conduct experiments, collect and analyse scientific data, communicate technical findings, evaluate business opportunities, understand organisational and ethical challenges, develop innovative solutions and connect technological development with commercial strategy.
Professional Alignment (Accreditation)
The Bioengineering and Business Administration program combines degrees from UC Berkeley's College of Engineering and Walter A. Haas School of Business. UC Berkeley Engineering programs are accredited by the Accrediting Commission for Schools, Western Association of Schools and Colleges (ACS WASC), while the undergraduate business degree program is accredited by the Association to Advance Collegiate Schools of Business (AACSB).
Reputation (Employability and Academic Recognition)
UC Berkeley's M.E.T. program combines engineering and business education within a selective, small-cohort learning environment. Students benefit from close faculty mentoring, career coaching, entrepreneurship opportunities and connections with innovative companies. The university's official program information highlights its interdisciplinary approach to preparing graduates for leadership in technology and business.
At UC Berkeley, students gain practical experience by connecting bioengineering research with entrepreneurship, product development and business strategy. The M.E.T. program offers specialised mentoring, internship opportunities, company excursions and professional development activities that help students understand how scientific and engineering ideas move from concept to commercial application. Students can also benefit from Berkeley's research environment and hands-on design resources, developing the confidence to work across technical and business teams.
Students can develop practical skills through the following opportunities:
Bioengineering Laboratory Courses: Participate in concentration-specific laboratory coursework to develop experimental skills, data collection techniques and scientific analysis.
Senior Design Project or Research: Complete a bioengineering design project or faculty-supervised research experience, applying engineering principles to technical challenges.
Jacobs Institute for Design Innovation: Explore hands-on design, prototyping and interdisciplinary innovation through Berkeley's design-focused facilities.
M.E.T. Entrepreneurial Fellows Program: Eligible students can pursue 10–12-week summer internships with affiliated startup partners, gaining experience in technology innovation and entrepreneurship.
Startup and Industry Internships: M.E.T. students have held internships with organisations including Google, Apple, Microsoft, Amazon, NASA, Facebook, McKinsey & Company and other technology-focused companies.
Company Excursions: Participate in industry visits and company engagement activities that provide insights into technology development, business operations and entrepreneurship.
Innovation and Entrepreneurship Projects: Explore startup development, product concepts and business opportunities through the integrated engineering and business curriculum.
M.E.T. Collaboration Space: Work with peers, collaborate on projects and receive academic support in a dedicated student community environment.
Career Coaching and Professional Development: Access tailored career guidance, networking opportunities, professional workshops and internship preparation resources.
Company Meet & Greets: Engage with employers through program-organised networking events designed to connect students with internship and full-time recruitment opportunities.
The Bioengineering and Business Administration program prepares graduates to work at the intersection of engineering, biotechnology, business strategy and innovation. With a combination of technical expertise and commercial understanding, graduates can explore opportunities in biotechnology companies, healthcare technology, medical device development, consulting and entrepreneurship. The program also supports students interested in founding startups or leading innovation within established organisations.
Potential Career Opportunities:
Bioengineering Consultant, Biomedical Product Manager, Biotechnology Business Analyst, Healthcare Technology Consultant, Medical Device Development Specialist, Biotechnology Entrepreneur, Research and Development Associate, Product Development Engineer, Technology Innovation Manager, Biotech Project Manager.
Career Development and Graduate Opportunities
M.E.T. Career Development Framework: Provides structured professional development to help students build career awareness, identify opportunities and prepare for professional roles.
Dedicated Recruiting Pipeline: Connects students with internship and employment opportunities through the M.E.T. program's employer engagement activities.
Berkeley Career Engagement: Offers additional university-wide career development resources, professional guidance and employment preparation.
Company Meet & Greets: Gives students opportunities to connect directly with employers recruiting for internships and full-time positions.
Entrepreneurial Fellows Program: Provides selected students with startup internship opportunities through affiliated partners, supported by a program grant.
Industry Connections: M.E.T. students benefit from connections with companies and startup ecosystems, including organisations associated with SkyDeck, Y Combinator, Techstars, EvoNexus and SAP.iO.
Employment Opportunities: M.E.T. graduates pursue careers in technology, engineering, business leadership, entrepreneurship and innovation. The university does not publish a specific employment percentage or salary figure for this individual Bioengineering and Business Administration track.
Accreditation Value: The engineering and business components are supported by institutional accreditation through ACS WASC and AACSB accreditation for the undergraduate business degree program.
Further Academic Progression:
Graduates can continue their education through advanced study in bioengineering, biomedical engineering, biotechnology, business administration, technology management or related research disciplines. The dual-degree foundation also supports students interested in combining technical research with business leadership or entrepreneurial ventures.
Master of Science in Bioengineering: Develop advanced expertise in bioengineering research, biomedical technologies and specialised engineering applications.
Ph.D. in Bioengineering: Pursue research-focused study in areas such as biomedical devices, tissue engineering, computational biology and related disciplines.
Master of Business Administration (MBA): Build advanced capabilities in business strategy, management, entrepreneurship and organisational leadership.
Specialised Graduate Programs: Explore postgraduate study in biotechnology, biomedical engineering, healthcare innovation, product development or technology management.
The combination of engineering and business education provides graduates with a foundation for further academic specialisation or leadership-oriented professional development.
Applicants must complete secondary education and meet the University of California's A-G college preparatory subject requirements.
Minimum GPA of 3.0 for California residents and 3.4 for non-California residents in A-G subjects.
Admission follows a holistic review process, considering academic performance, course rigor, achievements and personal circumstances. US universities use a holistic admissions review. Beyond grades and standardized test scores, they weigh the strength of your overall profile to understand who you are as a student and a person.
Profile Assessment: Business-related applicants are assessed on academic performance, quantitative preparation, communication, initiative and evidence of engagement with organisations or economic issues. Mathematics is particularly important for Finance, Economics, Business Analytics and other quantitative programs. Entrepreneurship, business competitions, investment or economics clubs, internships, case studies, market research and community projects may strengthen the profile.Advanced Placement(AP) Guidance: AP availability depends on the student's school. Relevant APs can strengthen an application and may earn university credit, but are not compulsory unless the university or programme explicitly requires them.Extracurricular activities: Estimated extracurricular contribution: 20–30%. Berkeley considers leadership, initiative, achievement, special talent, employment, service, and community contribution through the UC comprehensive-review process. Activities are evaluated in the context of the applicant’s opportunities and are often reflected through the UC Personal Insight Questions.Essays & recommendations: Personal essays and teacher/counselor recommendations give context to your achievements and help demonstrate fit with the program.Biomedical EngineerBioengineering ConsultantBiomedical Product ManagerBiotechnology AnalystHealthcare Technology ConsultantMedical Device Development EngineerBiotechnology EntrepreneurResearch and Development AssociateProduct Development EngineerTechnology Innovation Manager
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