Department of Bio Medical Engineering

BIOMEDICAL ENGINEERING: CORE VALUES

• INNOVATION: CREATING ADVANCED SOLUTIONS TO IMPROVE HEALTHCARE.
• INTERDISCIPLINARY APPROACH: INTEGRATING ENGINEERING WITH BIOLOGY, MEDICINE AND DATA SCIENCE.
• INTERDISCIPLINARY APPROACH: INTEGRATING ENGINEERING WITH BIOLOGY, MEDICINE AND DATA SCIENCE.
• ETHICS & RESPONSIBILITY: ENSURING PATIENT SAFETY, REGULATORY COMPLIANCE AND ETHICAL PRACTICES.
• HUMAN-CENTERED DESIGN: FOCUSING ON IMPROVING PATIENT CARE AND QUALITY OF LIFE.
• LIFE LONG LEARNING: ADAPTING TO RAPID CHANGES IN TECHNOLOGY AND HEALTH CARE NEEDS.
• COLLABORATION: WORKING ACROSS MEDICAL, ACADEMIC, AND INDUSTRIAL FIELDS FOR EFFECTIVE SOLUTIONS.

BIOMEDICAL ENGINEERING: FOCUS AREAS

• BIOMEDICAL INSTRUMENTATION: DESIGNING TOOLS FOR DIAGNOSIS AND THERAPY.
• MEDICAL IMAGING: TECHNIQUES LIKE MRI, CT, AND ULTRASOUND.
• BIOMECHANICS: UNDERSTANDING BODY MECHANICS FOR PROSTHETICS AND REHABILITATION.
• BIOMATERIALS: DEVELOPING MATERIALS FOR IMPLANTS AND ARTIFICIAL ORGANS.
• TISSUE ENGINEERING: CREATING BIOLOGICAL SUBSTITUTES FOR DAMAGED TISSUES.
• CLINICAL & HOSPITAL ENGINEERING: MANAGING MEDICAL TECHNOLOGIES IN HEALTHCARE SETTINGS.
• BIOMEDICAL SIGNAL & IMAGE PROCESSING: ANALYZING PHYSIOLOGICAL DATA AND IMAGES.
• NEURAL ENGINEERING: BRAIN-COMPUTER INTERFACES AND NEURO PROSTHETICS.
• AI & DATA SCIENCE IN HEALTHCARE: PREDICTIVE ANALYTICS, DIAGNOSTICS, AND PERSONALIZED MEDICINE.
• TELEMEDICINE & IOMT: REMOTE HEALTHCARE SOLUTIONS USING CONNECTED DEVICES.