MS Biomedical Engineering
Engineer solutions that advance healthcare and improve lives.
Biomedical engineering is an interdisciplinary field that combines principles from engineering, biology, and medicine to develop technologies and devices that improve healthcare and enhance the quality of life. Biomedical engineers design medical devices, create diagnostic tools, develop biocompatible materials, and work on cutting-edge research in areas such as tissue engineering, medical imaging, and regenerative medicine with a goal to bridge the gap between engineering and medicine to solve clinical problems and advance medical science.
Career Pathways
Biomedical Design Engineering
Design and develop medical devices such as prosthetics, implants, surgical instruments, and diagnostic equipment. This involves working on prototypes, testing devices for safety and efficacy, and ensuring compliance with medical regulations. Other roles include focusing on regenerative medicine and developing artificial tissues and organs using techniques like 3D bioprinting, biomaterials development, and cell culture.
Biomechanics Engineering
Develop solutions for orthopedic implants, sports equipment, and rehabilitation devices such as exoskeletons, mobility aids, and prosthetics. This role often involves analyzing motion and forces to improve physical performance or reduce injury risk.
Life-saving medical devices and cutting-edge regenerative technologies, the future of healthcare innovation needs your expertise. Let us help you take the first step in transforming lives.
How we help our Clients
School Exploration and Selection
The MS in Biomedical Engineering program combines academic disciplines of physics, chemistry, biology, engineering, and mathematics to varying extents. Depending on your previous education and career goals, we help you identify target schools in terms of curriculum, location, tuition, and faculty experience that align with your preferences.
CV
A CV for the MS in Biomedical Engineering requires a focus on one’s previous coursework related to biophysics, biochemistry, anatomy, biostatistics, and nanotechnology among others. However, schools also consider practical experience such as papers, projects, and internships favourably. We work with you to highlight your technical knowledge and display the practical experience you gained and impact you created in a coherent and concise manner.
Statement of Purpose
The SOP conveys one’s motivation, career goals, and ways in which the MS program in terms of coursework, faculty, and research facilities is the ideal degree program. We work with you to highlight these topics in a coherent and concise manner, but also touch upon ways you could address industry challenges such as sustainability (lighter composite materials), preventive diagnostics, and regulatory issues.
Letters of Recommendation
The biomedical engineering discipline is one wherein individuals have a significant impact in improving the daily lives of people. Letters of recommendation must attest to an applicant’s desire to go above and beyond basic requirements to create positive change. We help you choose individuals who can speak of your ability to truly create value in the lives of others.
Post-Application Guidance
The MS in Biomedical Engineering is an opportunity to work in industries such as healthcare, pharmaceuticals, and equipment. While a few foundational courses are mandatory, based on your career pathway and preferred industry, we advice you on the remainder of the courses you could study to position yourself ideally to future employers post-graduation.
Our MS Biomedical Engineering highlights
50+
Tier 1 Schools Covered
100%
Success Rate
8.25
Average CGPA of our Clients
320
Average GRE of our Clients
Our clients have received offers from,
- Carnegie Mellon University
- Cornell University
- Duke University
- Georgia Institute of Technology
- University of Southern California
- Johns Hopkins University
- Pennsylvania State University
- Northeastern University
- Northwestern University
- University of California-Berkeley