Bachelor's in Biomedical Engineering
An undergraduate degree, usually three or four years after secondary school, that gives you a broad grounding in a field before you specialise, go on to a master's or start work.
Overview
Why study a Bachelor's in Biomedical Engineering?
A bachelor's in Biomedical Engineering is a first degree entered from school, usually with physics, chemistry and mathematics. It trains you to apply engineering to the human body by designing and testing the devices, instruments, implants and software used in diagnosis and treatment. The award might be a BEng, BSc, BASc or Bachelor of Engineering (Honours), according to the country, and the course lasts three or four years, plus any placement or co-op time. UK universities also offer an integrated MEng, which extends the course by a year and, when accredited, meets the full academic requirement for chartered status.
Early modules look much like those in other engineering degrees: calculus, differential equations, mechanics, circuits, materials and programming. What sets the degree apart from the start is the biology. You study anatomy, physiology and cell biology alongside the engineering, so that by the second year you can describe the heart as a pump with valves and pressures, or the arm as a set of levers and joints. Laboratory work mixes electronics benches, materials testing machines and, in some programmes, wet labs where you handle cells and tissue samples.
Later years move into biomechanics, biomaterials, biomedical instrumentation, signal and image processing and medical device design, with options such as tissue engineering, rehabilitation engineering or medical robotics. Design projects often come from clinicians, and the final-year project may involve building a prototype, modelling a joint or analysing patient data under ethical approval. Each country builds in industry experience its own way, whether through a UK placement year, North American co-op terms, the compulsory work experience in Australian degrees or a practical semester at a German university of applied sciences.
Curriculum
What you may study
Most bachelor's programmes in Biomedical Engineering include topics such as these.
- Engineering mathematics and statistics
- Human anatomy and physiology for engineers
- Cell biology and biochemistry
- Electrical circuits and electronics
- Biomechanics of tissues and joints
- Biomaterials and biocompatibility
- Biomedical instrumentation and sensors
- Biomedical signal processing
- Principles of medical imaging
- Medical device design and regulation
Published programmes for Biomedical Engineering at Bachelor's
No programmes for Biomedical Engineering at Bachelor's are published yet.
Not in our catalogue yet: that reflects what Universta lists, not what universities teach.
Programmes show each university’s published offering. Course guides describe the course across universities.
Admission
Getting into Bachelor's in Biomedical Engineering
Admission depends chiefly on your school-leaving results, which for Indian applicants means Class 12 with physics, chemistry and mathematics. Mathematics is weighted most heavily, and minimum percentages are set by each university. Biology is welcome but does not usually replace mathematics, so students from a biology-only stream generally need a foundation year first. JEE scores are seldom asked for outside India. Many US universities are test-optional, though some still look at SAT or ACT scores, and English ability is normally shown by an IELTS, TOEFL or PTE result unless your English-medium schooling is accepted instead.
Application routes differ. UK bachelor's degrees go through UCAS, US universities mostly use the Common App or their own portals, and Canadian and Australian universities largely take direct applications. In Germany, bachelor's degrees in Medizintechnik are generally taught in German, and an Indian Class 12 alone rarely gives direct entry, so many applicants first complete a Studienkolleg course unless they qualify another way, such as through a JEE Advanced pass or a year of university study. Japanese-taught programmes often require the EJU and a high level of Japanese.
Careers
Career pathways
Bachelor's graduates usually begin in quality, manufacturing, service or junior design roles such as these.
- Graduate Biomedical Engineer
- Medical Device Engineer
- Quality Engineer
- Manufacturing Engineer
- Field Service Engineer
- Clinical Applications Specialist
- Regulatory Affairs Associate
- Test Engineer
- Hospital Biomedical Engineer
- Technical Sales Engineer
- Clinical Research Associate
- Product Support Engineer
Sectors
Industries
Medical Device Manufacturing
Graduates join device makers in production, quality and junior design roles, working on products from catheters and orthopaedic implants to patient monitors.
Medical Imaging and Diagnostics
New engineers install, test and support scanners, ultrasound systems and laboratory analysers, often as field service or applications staff.
Hospitals and Healthcare Providers
Hospital engineering departments hire graduates to maintain equipment, run safety checks and help choose new technology.
Regulatory and Testing Services
Consultancies, test laboratories and certification bodies employ graduates to prepare technical files and test devices against standards.
Rehabilitation and Assistive Technology
Makers of prosthetics, orthotics, wheelchairs and hearing devices take on graduates for design, testing and fitting support.
Engineering and Design Services
Design and outsourcing firms, many with large teams in India, hire graduates to work on device hardware, embedded software and documentation for clients.
Who hires
Employers
- Medtronic
- Siemens Healthineers
- GE HealthCare
- Philips
- Stryker
- Smith+Nephew
- Terumo
- Cochlear
- Tata Elxsi
- Poly Medicure
Named for illustration only; not a ranking, endorsement or partnership.
Outlook
Looking ahead
Medical devices are becoming smaller, more connected and more dependent on software. Wearable monitors, home dialysis and remote patient monitoring are moving parts of care out of hospitals, and many devices now come with apps, wireless links and cloud data. Bachelor's programmes are responding with more embedded systems, programming and data analysis, and some now teach cybersecurity for medical devices, so check how much software a curriculum includes.
Artificial intelligence is changing imaging and diagnostics, with algorithms that flag findings on scans or warn that a patient is deteriorating, and regulators are still developing rules for how such software is tested. Additive manufacturing makes it possible to produce implants and surgical guides shaped to an individual patient. Engineers who understand these tools, along with the regulations and ethics around patient data, are likely to find growing demand as the field develops.
Specializations
Other Engineering specializations at Bachelor's
Subject
Engineering at Bachelor's
Questions
Questions about Bachelor's in Biomedical Engineering
Should I take a Biomedical Engineering bachelor's or a core engineering degree first?
Both routes work. A dedicated degree gives you physiology, biomaterials and medical device knowledge from the start and suits students who are sure of the field. A bachelor's in electrical, mechanical or chemical engineering keeps more options open and can be followed by a biomedical master's. Compare the modules and optional streams before deciding, since some core degrees offer biomedical options in later years.
Can a Biomedical Engineering bachelor's lead to medicine?
In the United States medicine is a graduate-entry degree, and many biomedical engineering students complete pre-medical courses before applying, although relatively few US medical schools admit international applicants. Graduate-entry medicine also exists in the UK and Australia, with limited and competitive places for international students. The engineering degree is demanding in its own right, so choose it because you want to be an engineer, with medicine as a possible later option.
Will I spend time in hospitals during the degree?
It depends on the programme. Many arrange hospital visits, lectures from clinicians or design projects set by medical staff, and some offer placements in hospital engineering departments. Direct work with patients is limited and supervised, and usually needs ethics approval and safety checks. If clinical exposure matters to you, look for programmes with links to a teaching hospital and ask how projects are sourced.
Plan
Plan your Bachelor's
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