Want to study Engineering and Medical Science thoroughly? Bringing a unique combination of these two select fields of science stream, Biomedical Engineering aims to integrate engineering science with biology and clinical practice. Among the emerging engineering branches, it works towards developing revolutionary technologies to solve various problems arising in the field of medicine and healthcare. Biomedical engineering courses are typically application-based and emphasize using scientific concepts to find solutions to medical and biological concerns. Through this blog, we will be exploring Biomedical Engineering Syllabus for various degree courses and diplomas.
What is Biomedical Engineering?
As a multidisciplinary field of study, biomedical engineering includes a unique combination of different types of engineering with branches of biology and medicine. It aims to focus on the innovation of new tools and technologies that can enhance human health and health care as a whole. Covering various streams of engineering such as chemical engineering, mechanical engineering, electrical engineering, etc., the biomedical engineering curriculum includes a diverse integration of chemistry, computer science, mathematics, and computer science with biomedical science. Courses in this area equip students with theoretical and practical knowledge of biomedical signal processing, the design, and development of medical devices and diagnostic devices, and stem cell engineering.
B.Tech/BE/BSc Biomedical Engineering Courses
The undergraduate courses in Biomedical Engineering are mainly of 3-4 years duration and are made up of a wide range of cores and electives which aim to introduce students to engineering fields as well as medical sciences and help them to achieve better health. How technology can be applied together to develop. and equipment. In addition, by studying a BE or BTech in Biomedical Engineering, you will be introduced to the fundamentals of biochemistry and biomolecules in living matter, along with the fundamentals of civil, mechanical, and electrical engineering. Have a look at the following list of topics commonly covered under BSc/B.Tech/BE Biomedical Engineering syllabus:
1 Semester
- Maths 1 and 2
- Chemistry Environment
- Science thermodynamics
- Basics of Electrical and Electronic Engineering
- Practical
2 Semester
- Physics
- Materials science engineering
- Mechanics communicative English
- Projects
- Basics of civil engineering
- Mechanical Engineering
3 Semester
- Electrical circuit
- Maths 3 and 4
- Human anatomy and physiology
- Electrical and electronic jetx equipment
- Medical instrumentation
- Dynamics of Biofluids Electric Circuit Analysis
4 Semester
- Electrical circuit analysis
- Electric appliances
- Strength of materials
- C++ and Data Structures
- Switch Theory and Logical Design
- Practical
5 Semester
- Control systems engineering
- Linear integrated circuit
- Signals and systems
- Biomechanics
- Practical
- Microprocessors
6 Semester
- Embedded systems in medicine
- Principal of Diagnostics and Therapeutic Equipment
- Medical informatics
- Biomedical signal processing
- Digital image processing
- Medical instrumentation
7 Semester
- Principal of radiological equipment
- Biomaterials
- Hospital Safety and Management
8 Semester
- Advanced biomedical equipment
- Engineering economics
- Biotelemetry
MTech / ME / MS Biomedical Engineering Syllabus
At the master’s level, biomedical engineering courses are offered as 1-2 year programs and often offer students a range of specializations to choose from. Since master’s degrees in medicine and engineering are generally research-oriented, the curriculum combines theory with practical knowledge and comprehensive education. Highly researched to allow students to delve deeper into their chosen specialization and to understand the methodologies used to develop medical devices and equipment in the fields of life sciences and biochemistry to enhance the treatment processes of various diseases and disorders Risk is offered. For a master’s degree like MS, ME, or MTech in Biomedical Engineering, take a look at the major topics covered under their curriculum:
- Biomedical Imaging Systems
- Biomedical equipment
- Diagnostic and therapeutic equipment
- Sensors and Transducers in Healthcare
- Rehabilitation engineering
- Biomechanics
- Cellular physiology
- Applied Mathematics
- Digital signal processing
- Systems physiology
Biomedical Engineering Career Scope
In accordance with recent reports and analysts, the biomedical industry will experience significant market growth. As health and technology are bound to transform the medical profession, biomedical engineering is a flourishing discipline. This should be particularly monitored by the hospital and medical industry as new government standards. In addition to tools and equipment, biomedical engineers also design systems and software to be used in health care. With the increasing health awareness, Biomedical Engineering is becoming one of the most desirable and desired careers in India. Biomedical engineers are working closely with physicians and researchers on the development of clinically sensitive medical systems, devices, or gadgets. Rapid aging is expected to lead to more and more vacancies between 2020 and 2024, while a significant number of biomedical engineers will have to retire. Therefore, job options and job opportunities in the field of biomedical engineering will include the following:
- Biomedical engineer
- Software engineer
- Quality Engineer
- Installation engineer
- Maintenance Engineer
- Researcher
- Instrument Engineer
- Medical imaging engineer
- Manufacturing Engineer
- Doctor
Apart from this, you can also do a course in Aircraft Maintenance Engineering. It provides information on the development, testing, design, manufacture, maintenance, and operation of aircraft, military aircraft, space aircraft, missiles, satellites, etc.
