Department of Biomedical Engineering (BME)

The Biomedical Engineering (BME) Department leads in healthcare innovation by combining engineering principles with biological systems. This interdisciplinary field merges engineering design with medical sciences to enhance healthcare treatment. Biomedical engineering spans six major specializations, each focusing on different aspects of healthcare and medical technology.

1. Biomaterials. Focuses on developing materials compatible with biological systems for implants, prosthetics, drug delivery, and tissue engineering.
2. Biomechanics. Applies mechanics to understand biological systems and design devices for orthopedics, rehabilitation, and movement analysis.
3. Bioinstrumentation. Creates devices that detect and interpret biological signals, such as glucose monitors and wearable health sensors.
4. Medical Imaging & Bio-signal Processing. Advanced imaging technologies and bio-signal analysis for better disease diagnosis and treatment, including MRI, CT scans, and ECG.
5. Rehabilitation Engineering. Designs assistive technologies like prosthetics and mobility aids to enhance the quality of life for individuals with disabilities.
6. Cell, Tissue Engineering, and Genetic Engineering. Focuses on creating artificial organs, regenerative therapies, and advanced wound-healing techniques.

The Department of Biomedical Engineering at MIST, established in 2014, introduced the country’s first undergraduate program. The B.Sc. program began on February 1, 2015, with 41 students, and the M.Sc. program started on November 4, 2015, with 5 students. Today, the department has 145 B.Sc. students and 42 M.Sc. students. The PhD program is approved but has not yet started.  Also, find the brief Subject Review here.

Undergraduate: BSc in Biomedical Engineering (4 Tracks)

• Bioinstrumentation and Medical Devices
• Biomaterials and Tissue Engineering
• Biomedical Signal and Image Processing
• Biomechanics and Rehabilitation Engineering

Graduate: MSc/MEngg in Biomedical Engineering

Short Courses: Depending on the requirements of the students, the department organizes short courses designed to complement the core course curriculum of the students. Recent short courses include "Introducing Students to Programming using MATLAB", and "SOLIDWORKS Designing for Biomedical Engineers".

Workshops: The department frequently holds workshops designed to enhance the practical skills of students and introduce them to the technical aspects of many sub-disciplines of Biomedical Engineering. Students are subject to a hands-on approach where active participation is encouraged. Recent workshops include the Workshop on Medical Imaging.

The Biomedical Engineering (BME) programs here at MIST offer a world-class curriculum that is innovative and integrated so that students can experience a holistic educational experience and ability to thrive in the following ways: we offer a well-rounded biomedical engineering training with exposure to a dynamic curriculum and industrial attachment, to give the competitive edge to be leaders in the future to solve real-world, multi-disciplinary issues with following Laboratories:

•    Biomechanics & Rehabilitation Engineering Laboratory
•    Biofluids Laboratory
•    Biomaterials Laboratory
•    Biomedical Instrumentation Laboratory
•    Cell & Tissue Engineering Laboratory
•    Biomedical Engineering Design Laboratory
•    Biochemistry Laboratory
•    Biomedical Imaging Laboratory

We empower the students to succeed in today's modern biomedical engineering industries with unique opportunities that will provide them the entrepreneurship skills in the interface between engineering and the business world to make commercial decisions that will fast-track their careers.

The Department of Biomedical Engineering offers a diverse range of research opportunities for both students and faculty, fostering innovation and interdisciplinary collaboration. Research areas within the department span across biomechanics, biomaterials, biomedical instrumentation, drug development and delivery, cell and tissue engineering, and biomedical sensors.

The department is supported by a team of highly dedicated and experienced faculty members who actively supervise research activities and mentor students. Their collective efforts have led to significant contributions in the form of publications in reputed journals, presentations at national and international conferences, and chapters in academic books.

Current research initiatives are strategically aligned with addressing pressing healthcare challenges, particularly those relevant to the local and national context. The department remains committed to advancing biomedical science and technology through impactful, solution-oriented research.

The BME department at MIST has a rich tradition of fostering student talent beyond academics, with students excelling in cultural competitions, sports, and debates on both national and international stages.

Cultural Competitions: BME students have showcased remarkable achievements in various cultural arenas. In 2020, a BME student secured the first position in the Recitation category and was honored as the best female performer, marking an impressive milestone. The years 2022 and 2023 continued this legacy with achievements in Rabindra Sangeet, Recitation, and a second-place finish in the Drama Competition. In 2024, the department celebrated wins in Rabindra Sangeet, Nazrul Sangeet, Recitation, and Modern Song, further highlighting the diverse cultural skills nurtured in the BME community.

Debate: Debate has been another area where BME students have excelled. In 2023, the department achieved the Runners-Up position in an intense debate competition, showcasing their oratory and analytical skills. This accomplishment not only highlighted their prowess in public speaking but also their ability to tackle complex topics thoughtfully and persuasively.

Hult Prize: One of the most notable achievements was a student odf BME department’s success in the Hult Prize in 2023, where they emerged as the Campus Champions. The Hult Prize is a prestigious international competition that encourages students to tackle pressing global issues through innovative ideas, and this accomplishment reflects the department’s commitment to nurturing socially conscious and entrepreneurial-minded students.

Through these accomplishments in cultural events, debate, and international competitions, the BME department has built a vibrant and supportive environment that encourages students to pursue excellence in a variety of disciplines, developing well-rounded individuals prepared to make significant contributions both within and beyond their field.

The MIST Einthoven Club was founded in 2017 by students from the Department of Biomedical Engineering (BME) at the Military Institute of Science and Technology (MIST).

The name “Einthoven” is inspired by the conceptual inverted equilateral triangle formed by three limb leads in electrocardiography—positioned at the two shoulders and the pubis with the heart at the center—named in honor of Willem Einthoven.

The club is composed of passionate individuals dedicated to advancing the biomedical field by developing innovative solutions towards contemporary healthcare challenges in Bangladesh. Driven by this mission, the club has consistently organized seminars to promote knowledge sharing and in-depth discussions on issues faced by both patients and healthcare providers in hospitals and related institutions. Our members are committed to applying their knowledge and skills to contribute meaningfully to the nation’s healthcare system. Club Activities