Program Overview

University Programs

The university offers a wide range of programs for students.

Undergraduate Programs

• B.Tech Health Sciences and Technology: This program offers a unique interdisciplinary approach, merging medical science with engineering expertise. Students will gain cutting-edge knowledge and hands-on experience in fields such as AI in healthcare, robotics, genetics, and medical devices.
• B.Tech Programmes
• UG Programmes
• B.Des Programme
• B.Arch Programme
• B.Sc(Hons.) Agriculture Programme

Postgraduate Programs

• M.Tech. Programmes
• MCA Programme
• M.Des. Programme
• M.Sc. (AI&ML) and M.Sc. (Data Science)- 2 Year Programmes
• Integrated M.Tech. - 5 Year Programme
• Integrated M.Sc. - 5 Year Programme
• M. Arch. Programme
• MSW Programme
• MBA Admissions: Admission through VITBEE / CAT / XAT / MAT | Offered across VIT Vellore, Chennai; VIT-AP and VIT-Bhopal

Research Programs

• Ph.D. / Direct Ph.D./ Ph.D. Deep Tech. Programme
• Research Programmes leading to M.S. and Ph.D.
• VITREE - Ph.D. / Direct Ph. D. / Ph. D. (Deep Tech.)

International Programs

• International Transfer Programmes (ITP)
• Semester Abroad Programmes (SAP)
• International Projects
• Partner Universities
• International Admission
• Inbound Exchange Programmes

Program Details

B.Tech in Health Sciences and Technology

The B.Tech in Health Sciences and Technology program at SHINE offers a unique interdisciplinary approach, merging medical science with engineering expertise.

• The curriculum is designed to equip undergraduates with the skills needed to meet the growing demands of the global healthcare industry.
• Through real-world projects focusing on AI diagnostics, medical device development, and other critical healthcare innovations, students will engage in impactful, on-demand research.
• This hands-on approach ensures that graduates develop industry-relevant skills, preparing them to be effective problem-solvers and innovators in the healthcare sector.
• The program lays a strong foundation for exciting careers in healthcare technology, medical device industries, and clinical research, while also providing opportunities for advanced studies in healthcare engineering.

Curriculum

The curriculum includes courses such as:

• Artificial Intelligence and Machine Learning in Healthcare
• Signal Processing for Healthcare Applications
• Fundamental Principles of Biomechanics
• Medical Electronics
• Applied Human Anatomy and Physiology
• Fundamentals of Fluid Mechanics
• Biochemistry and Molecular Pharmacology
• Medical Imaging
• Cell and Molecular Biology
• Materials in Healthcare
• Image Processing and Data Analysis
• Devices for Diagnostics and Therapeutics
• Biomanufacturing
• Biotechnology for Healthcare
• Genetics and Evolution
• Microbiology and Pathology
• Fundamentals of Clinical Trials

Elective Courses

Elective courses include:

• Medtech Entrepreneurship
• Cell and Gene Therapy
• Human Oncology
• Regenerative Engineering
• Drug Design and Discovery
• Neurobiology
• Evolutionary Medicine
• Neutrigenomics
• Microfluidics
• Public Health and Epidemiology
• Precision/Personalized Medicine
• Healthcare Law and IPR
• Advances in Healthcare Management
• Advanced AI and ML in Healthcare
• Medical Biophysics
• Human Toxicology
• Mechanobiology
• Product Design and Analysis
• Data Visualization and Analytics
• Regulatory Affairs
• Lasers in Medicine
• Biosensors and Wearable Devices
• Tissue Biomechanics for Human Applications
• Medical Immunology
• Clinical Trials and Research
• Bio-MEMS and Bio-NEMS

Infrastructure

The Interactive Virtual Anatomy and Physiology Lab at SHINE provides a cutting-edge, immersive learning experience, combining advanced technology to enhance the study of human anatomy.

• The lab features a digital dissection table with a virtual cadaver, allowing students to explore the human body in a highly interactive and detailed way.
• With the integration of VR/AR headsets, students can view and interact with the human body in 3D, gaining a deeper understanding of anatomy and physiology.
• The lab is equipped with motion tracking suits, EEG, EMG, and ECG systems to study human movement, brain activity, muscle response, and heart function, respectively.
• Additionally, a nerve conduction setup and ultrasound machine offer hands-on experience with diagnostic tools.
• The lab also includes licensed 3D Segmenter software, which enables students to segment anatomical structures from MRI and CT images for detailed analysis.
• With a 3D printer available, students can print anatomical models, allowing them to create tangible representations of the human body for further study and research.

Career Options

Career options for graduates include roles in:

• Biomedical engineering
• Medical device design
• Healthcare technology
• Clinical research
• Health informatics
• Medical AI
• Biotech start-ups
• Pharmaceutical companies Graduates can pursue careers in leading healthcare organizations, research institutes, hospitals, health tech companies, or even launch their own healthcare technology ventures.