Santa Clara University - School of Engineering

Master of Science in Bioengineering

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What makes SCU Engineering's
Master of Science in Bioengineering Different!

Interdisciplinary Curriculum

The M.S. in Bioengineering at Santa Clara University emphasizes a rigorous interdisciplinary approach, blending principles from engineering, biology, and medicine. The core curriculum includes foundational courses such as BIOE 232 L&L (Laboratory and Literature), BIOE 280 (Experimental Methods in Bioengineering), and applied mathematics courses tailored to biomedical applications. Students select from three primary focus areas: Biodevice Engineering, Biomaterials and Tissue Engineering, and Biomolecular Engineering, each offering specialized electives like Medical Device Product Development and Biomaterials Science. This structure ensures graduates develop a holistic understanding of bioengineering challenges, from molecular-level diagnostics to macroscopic medical device design. The program also mandates an Engineering Core-Enrichment experience, which includes courses in emerging topics and professional development, further broadening students’ technical and soft skills.

Strategic Silicon Valley Location

Situated in the heart of Silicon Valley, Santa Clara University leverages its proximity to leading biotechnology firms, medical device companies, and research institutions. This geographic advantage provides students with unparalleled access to internships, collaborative projects, and employment opportunities at organizations such as Genentech, Johnson & Johnson, and Stanford Health Care. The program actively fosters industry connections through capstone projects, such as the Graduate Capstone Project sequence (BIOE 294, 295, 296), where students tackle real-world problems posed by industry partners. Additionally, the university’s Translational Bioengineering focus area explicitly prepares students to bridge the gap between academic research and commercial product development, a critical skill in the fast-paced biotech sector

Flexible Academic Pathways

The program offers exceptional flexibility, allowing students to customize their academic journey based on career aspirations. Full-time students can complete the degree in 18–24 months, while part-time enrollment accommodates working professionals seeking to advance their skills without pausing their careers. The 46-unit requirement includes a mix of core courses, technical electives, and optional thesis work. Students opting for the thesis track engage in original research under faculty mentorship, often contributing to publications or patents, while non-thesis candidates prioritise coursework and industry projects. This adaptability ensures that both research-oriented students and those targeting industry roles can tailor the program to their objectives.

Cutting-Edge Research Opportunities

Santa Clara’s bioengineering faculty are actively involved in groundbreaking research funded by agencies such as the National Institutes of Health (NIH) and National Science Foundation (NSF). M.S. students gain hands-on experience in areas like biomaterial characterization, biomechanics, and computational modeling through courses such as BIOE 269 (Biomaterials Engineering) and BIOE 281 (Computational Bioengineering). The recent introduction of a Ph.D. program in Bioengineering has further elevated the department’s research infrastructure, enabling master’s students to collaborate on advanced projects and access state-of-the-art facilities. These opportunities position graduates competitively for roles in R&D, academic research, and innovation-driven industries.

Emphasis on Translational Impact and Ethical Innovation

The program distinguishes itself through a strong commitment to translational bioengineering, which prioritizes the practical application of research to improve healthcare outcomes. Courses like BIOE 206 (Regulatory Affairs in Medical Devices) and BIOE 302 (Clinical Needs and Innovation) train students to navigate regulatory frameworks and ethical considerations in product development. Furthermore, the Engineering and Society course (BIOE 210) integrates discussions on the societal implications of biomedical technologies, fostering responsible innovation. This focus ensures graduates not only excel technically but also contribute meaningfully to global health challenges.

Know More about the SCU Engineering Master of Science in Bioengineering Program

Santa Clara Universitys Master of Science in Bioengineering blends engineering, biology, and medical technology to advance healthcare solutions. Located in Silicon Valley, the program emphasizes hands-on research, biotechnology, and medical device innovation. Graduates are prepared for careers in biomedical engineering, pharmaceuticals, and healthcare technology, driving advancements in medical science. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Bioengineering Program look like?

Average Class Size

30

Average Age

25.3

Average Work Experience

2.5

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Bioengineering program land? Discover More!

Median Earnings after Graduation

USD 85,000/- year

Graduation Rate

92.50 %

Recruiters

Genentech Amgen Medtronic Illumina Thermo Fisher Scientific Boston Scientific Stryker Johnson & Johnson Abbott Laboratories Gilead Sciences Agilent Technologies BD (Becton, Dickinson and Company) Biogen 3M Health Care Siemens Healthineers

Prospective Job Roles

Biomedical Engineer Clinical Research Scientist Regulatory Affairs Specialist Biotech Product Manager Medical Device Engineer Quality Assurance Engineer Bioinformatics Analyst Pharmaceutical Scientist Biomaterials Engineer Healthcare Technology Consultant R&D Engineer Medical Imaging Specialist Neurotechnology Engineer Biomechanical Engineer Tissue Engineer Cell Therapy Specialist Genomics Data Analyst Healthcare IT Project Manager Biological Data Scientist Clinical Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Bioengineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 6 Million

Connect with SCU Engineering’s
current graduate students in one click...

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

SCU Engineering's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

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On Demand Events

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Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Know More about the SCU Engineering Master of Science in Bioengineering Program

Santa Clara Universitys Master of Science in Bioengineering blends engineering, biology, and medical technology to advance healthcare solutions. Located in Silicon Valley, the program emphasizes hands-on research, biotechnology, and medical device innovation. Graduates are prepared for careers in biomedical engineering, pharmaceuticals, and healthcare technology, driving advancements in medical science. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Bioengineering Program look like?

Average Class Size

30

Average Age

25.3

Average Work Experience

2.5

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Bioengineering program land? Discover More!

Median Earnings after Graduation

USD 85,000/- year

Graduation Rate

92.50 %

Recruiters

Genentech Amgen Medtronic Illumina Thermo Fisher Scientific Boston Scientific Stryker Johnson & Johnson Abbott Laboratories Gilead Sciences Agilent Technologies BD (Becton, Dickinson and Company) Biogen 3M Health Care Siemens Healthineers

Prospective Job Roles

Biomedical Engineer Clinical Research Scientist Regulatory Affairs Specialist Biotech Product Manager Medical Device Engineer Quality Assurance Engineer Bioinformatics Analyst Pharmaceutical Scientist Biomaterials Engineer Healthcare Technology Consultant R&D Engineer Medical Imaging Specialist Neurotechnology Engineer Biomechanical Engineer Tissue Engineer Cell Therapy Specialist Genomics Data Analyst Healthcare IT Project Manager Biological Data Scientist Clinical Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Bioengineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 6 Million

What makes SCU Engineering's
Master of Science in Bioengineering Different!

Interdisciplinary Curriculum

The M.S. in Bioengineering at Santa Clara University emphasizes a rigorous interdisciplinary approach, blending principles from engineering, biology, and medicine. The core curriculum includes foundational courses such as BIOE 232 L&L (Laboratory and Literature), BIOE 280 (Experimental Methods in Bioengineering), and applied mathematics courses tailored to biomedical applications. Students select from three primary focus areas: Biodevice Engineering, Biomaterials and Tissue Engineering, and Biomolecular Engineering, each offering specialized electives like Medical Device Product Development and Biomaterials Science. This structure ensures graduates develop a holistic understanding of bioengineering challenges, from molecular-level diagnostics to macroscopic medical device design. The program also mandates an Engineering Core-Enrichment experience, which includes courses in emerging topics and professional development, further broadening students’ technical and soft skills.

Strategic Silicon Valley Location

Situated in the heart of Silicon Valley, Santa Clara University leverages its proximity to leading biotechnology firms, medical device companies, and research institutions. This geographic advantage provides students with unparalleled access to internships, collaborative projects, and employment opportunities at organizations such as Genentech, Johnson & Johnson, and Stanford Health Care. The program actively fosters industry connections through capstone projects, such as the Graduate Capstone Project sequence (BIOE 294, 295, 296), where students tackle real-world problems posed by industry partners. Additionally, the university’s Translational Bioengineering focus area explicitly prepares students to bridge the gap between academic research and commercial product development, a critical skill in the fast-paced biotech sector

Flexible Academic Pathways

The program offers exceptional flexibility, allowing students to customize their academic journey based on career aspirations. Full-time students can complete the degree in 18–24 months, while part-time enrollment accommodates working professionals seeking to advance their skills without pausing their careers. The 46-unit requirement includes a mix of core courses, technical electives, and optional thesis work. Students opting for the thesis track engage in original research under faculty mentorship, often contributing to publications or patents, while non-thesis candidates prioritise coursework and industry projects. This adaptability ensures that both research-oriented students and those targeting industry roles can tailor the program to their objectives.

Cutting-Edge Research Opportunities

Santa Clara’s bioengineering faculty are actively involved in groundbreaking research funded by agencies such as the National Institutes of Health (NIH) and National Science Foundation (NSF). M.S. students gain hands-on experience in areas like biomaterial characterization, biomechanics, and computational modeling through courses such as BIOE 269 (Biomaterials Engineering) and BIOE 281 (Computational Bioengineering). The recent introduction of a Ph.D. program in Bioengineering has further elevated the department’s research infrastructure, enabling master’s students to collaborate on advanced projects and access state-of-the-art facilities. These opportunities position graduates competitively for roles in R&D, academic research, and innovation-driven industries.

Emphasis on Translational Impact and Ethical Innovation

The program distinguishes itself through a strong commitment to translational bioengineering, which prioritizes the practical application of research to improve healthcare outcomes. Courses like BIOE 206 (Regulatory Affairs in Medical Devices) and BIOE 302 (Clinical Needs and Innovation) train students to navigate regulatory frameworks and ethical considerations in product development. Furthermore, the Engineering and Society course (BIOE 210) integrates discussions on the societal implications of biomedical technologies, fostering responsible innovation. This focus ensures graduates not only excel technically but also contribute meaningfully to global health challenges.

Master of Science in Bioengineering's Current Students

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

Master of Science in Bioengineering's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

We will be back Soon with Upcoming Events

On Demand Events

img-blur-shadow

Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Connect with SCU Engineering's Faculty in one click ...

Curious About Who Will Be Teaching You?

Explore other SCU Engineering programs

Master of Science in Aerospace Engineering (MSAE)

Duration
24 MONTHS

Master of Science in Applied Mathematics

Duration
24 MONTHS

Master of Science in Civil Engineering

Duration
24 MONTHS

Master of Science in Computer Science and Engineering

Duration
24 MONTHS

Master of Science in Electrical and Computer Engineering

Duration
24 MONTHS

Master of Science in Engineering Management and Leadership

Duration
24 MONTHS

Master of Science in Mechanical Engineering

Duration
24 MONTHS

Master of Science in Power Systems and Sustainable Energy

Duration
24 MONTHS

Master of Science in Robotics and Automation

Duration
24 MONTHS
View All

Frequently Asked Questions

Get all your questions answered about Master of Science in Bioengineering by SCU Engineering

The MS in Bioengineering at Santa Clara University focuses on the intersection of engineering, biology, and medical innovation, preparing students for careers in biotechnology, medical devices, and health tech.
Applicants typically need a bachelor’s degree in engineering, biological sciences, or a related field, along with transcripts, letters of recommendation, a statement of purpose, and in some cases, GRE scores.
Yes, students in the MS Bioengineering program can participate in cutting-edge research through faculty-led labs, interdisciplinary projects, and collaborations with Silicon Valley medical and biotech companies.
Graduates often work in roles such as biomedical engineer, R&D scientist, quality assurance analyst, or product development engineer, at companies like Medtronic, Genentech, Abbott, and startups in the Valley.
Yes, the MS in Bioengineering is STEM-designated, which allows eligible international students to apply for a 24-month OPT extension after graduation.

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