B.Sc. in Geriatric Care Technology 2026
Program Code: GCT-BS-2026
1. Course Overview & Key Highlights

The B.Sc. in Geriatric Care Technology (GCT) is a specialized undergraduate degree designed to meet the growing global demand for professionals skilled in both clinical patient care and advanced medical technology application for the elderly. This rigorous 3-year program integrates core principles of gerontology and human physiology with practical training in biomedical instrumentation, assistive technology, and telehealth systems, ensuring graduates are prepared to manage, operate, and maintain critical life-enhancing devices in diverse healthcare settings.
Key Highlights Table
Attribute
Detail
Course Name
B.Sc. in Geriatric Care Technology
Course Level
Undergraduate Degree Program
Duration
3 Years (6 Semesters)
Eligibility Criteria
Successful completion of 10+2/A-Level (Science stream preferred)
Entrance Exams
University Entrance Exam/CET scores (Applicable Institutionally)
Course Fees (Estimate)
 ₹50,000 - ₹1.5 Lakhs per year
Admission Process
Entrance-based followed by Counseling/Interview
Key Subjects
Biomedical Instrumentation, Geriatric Pharmacology, Telemedicine, Rehabilitation Technology, Clinical Ethics
Examination Type
Semester-wise (Theory, Practical, and Clinical Rotation Evaluation)
Average Starting Salary (Estimate)
₹2.5 LPA to ₹4 LPA (₹20,000 - ₹33,000/month)
2. Course Identity & Logistics
Course Title & Code: B.Sc. in Geriatric Care Technology (GCT-BS-2026)
Credit Value/ECTS: 140–160 Total Credits
Format: Full-time, On-Campus Delivery with mandatory Simulation Lab training and Clinical Rotations. Blended learning components are utilized for theoretical modules.
Instructor/Department Info: Multidisciplinary faculty drawn from Biomedical Engineering, Gerontology, Clinical Medicine, and Health Informatics departments.
3. Course Description & Rationale

The B.Sc. GCT program offers a unique blend of technical expertise and compassionate patient care. Students are trained not only in the operation and troubleshooting of complex medical devices—such as patient monitors, ventilators, and physical therapy robotics—but also in the specific physiological and psychological needs of the aging population. The curriculum emphasizes practical skills through mandatory simulation labs and a substantial 6-month clinical internship.
Curriculum Context and Industry Relevance (2025 Trends)

The global demographic shift towards an older population has created an urgent need for specialized technological support staff. This program directly addresses this gap by focusing on 21st-century healthcare trends, including Telehealth, remote patient monitoring (RPM), and the use of smart home technology for independent living. Graduates serve as crucial liaisons between clinical staff and engineering support, ensuring technology integration enhances safety and quality of life for geriatric patients.
Target Audience

This program is ideal for high school graduates (10+2, preferably Science stream) who possess a strong aptitude for technology, an interest in human biology and healthcare, and a deep commitment to serving the elderly population with empathy and technical proficiency.
4. Prerequisites & Eligibility
Academic Prerequisites
Successful completion of 10+2 (High School) or equivalent qualification.
Preference for candidates from the Science stream (Physics, Chemistry, and Biology/Mathematics).
Minimum aggregate percentage set by the admitting institution.
Entrance Requirements
Mandatory performance in institutional or national-level Entrance Examinations (e.g., CET scores).
Demonstrated Language Proficiency (e.g., TOEFL/IELTS) if instruction is not in the native language.
Health and Skill Requirements
Mandatory physical fitness certification required for participation in demanding clinical placements.
Basic technical aptitude and strong observational skills.
5. Learning Objectives
By the end of this course, students will be able to:
Define: Key terminology related to age-related pathophysiology, medical ethics, and standard healthcare documentation procedures.
Apply: Fundamental principles of biomedical instrumentation to safely operate, calibrate, and manage a wide range of geriatric care technology (e.g., infusion pumps, mobility aids).
Analyze: Complex clinical scenarios involving device malfunction or data discrepancies from remote monitoring systems, determining appropriate troubleshooting steps.
Evaluate: The effectiveness and safety of various assistive technologies and remote monitoring solutions in enhancing the independence and quality of life of individual patients.
Create: Comprehensive technological care plans and develop a Capstone Project/Thesis proposing innovative technological solutions for identified challenges in geriatric care.
6. Course Materials
Required Textbooks (Sample Titles)
Principles of Gerontology and Geriatric Care by E. R. Dubois
Introduction to Biomedical Instrumentation and Measurements by L. K. Webster
Clinical Ethics in Aged Care: A Practical Guide by J. M. Harris
Rehabilitation Engineering and Assistive Technology by P. S. Smith
Software & Tools
Electronic Medical Record (EMR) / Electronic Health Record (EHR) systems training.
Patient Simulation Software (e.g., high-fidelity patient simulators for practice).
Statistical Analysis Packages (e.g., SPSS or R) for research projects.
Telehealth Platforms and Remote Monitoring Dashboards.
Lab Resources
Dedicated Geriatric Simulation Lab (GSL)
Biomedical Engineering Workshop access for repair and maintenance practice.
Standard Personal Protective Equipment (PPE) required for all clinical and lab sessions.
7. Detailed Syllabus & Module Breakdown (Program Overview)
This structure outlines the progression across the three phases of the 3-year degree, providing a topical breakdown for representative semesters.
Phase I: Foundations (Semesters 1 & 2)
Objective: Establish core vocabulary, principles of human biology focused on aging, and foundational ethical guidelines necessary for clinical interaction.
Topics Covered:
Semester 1: Introduction to Gerontology, Human Anatomy and Physiology (Age-Related Changes), Medical Terminology and Documentation.
Semester 2: Basic Nursing Skills and First Aid, Introduction to Healthcare Ethics and Law, Basic Physics and Electronics for Biomedical Devices.
Phase II: Application & Technology Integration (Semesters 3 & 4)
Objective: Practical application of engineering principles to medical devices, focusing on diagnostics, rehabilitation, and information management.
Topics Covered:
Semester 3: Biomedical Instrumentation Principles, Clinical Pathology and Diagnostics for the Elderly, Rehabilitation Technology and Mobility Aids.
Semester 4: Pharmacology and Drug Interactions in Geriatric Patients, Health Informatics and EMR Systems, Telemedicine and Remote Monitoring Systems.
Phase III: Advanced Practice & Specialization (Semesters 5 & 6)
Objective: Advanced complexity, synthesis of clinical and technical knowledge, culminating in mandatory clinical practice and a final research project.
Topics Covered:
Semester 5: Specialized Geriatric Conditions (Dementia, Cardiac, Respiratory Care), Infection Control and Safety Management, Healthcare Management and Quality Assurance.
Semester 6: Practical Training/Internship (Mandatory 6-month Clinical Rotation), Capstone Project/Thesis focusing on technological implementation or innovation.
8. Assessment & Grading Scheme
Student performance is evaluated through a comprehensive system designed to test both theoretical knowledge and practical, hands-on skills.
Assessment Distribution Table
Assessment Component
Weightage
Description
Theory Examinations
40%
Mid-term and End-of-Semester written exams covering core knowledge.
Practical/Lab Assessments
30%
Hands-on skill demonstration, device calibration tests, and lab reports.
Internal Assessment
20%
Quizzes, assignments, presentations, and seminar participation.
Clinical Rotation Evaluation
10%
Supervisor feedback and performance metrics during the mandatory internship.
Grading Scale and Passing Criteria
A standard letter grading scale (A, B, C, D, F) is used. Students must achieve a minimum passing grade (typically 50%) in both the theory aggregate and the practical/clinical components separately to pass a module and proceed to the next semester.
9. Course Policies
Academic Integrity
The institution maintains a zero-tolerance policy regarding academic misconduct, including plagiarism, unauthorized collaboration, and cheating on examinations or practical assessments. Violations will result in disciplinary action up to and including expulsion.
Attendance Requirements
A minimum of 75% attendance in theory classes is required for eligibility to sit for the end-of-semester examinations. Attendance for clinical rotations is strictly monitored, often requiring 90% or higher due to professional licensing requirements.
Late Submissions Policy
Assignments submitted past the deadline may incur a daily penalty (e.g., 5% reduction per day). Clinical reports and final projects have strict deadlines and may not be accepted late without prior approval from the module coordinator.
Accommodations for Students with Disabilities
Students requiring accommodations must register with the university's accessibility services office. Reasonable accommodations will be provided for classroom and theoretical assessments, provided they do not compromise the essential technical standards required for safe clinical practice.
10. Career Scope & Certification
Skills Acquired
Technical Skills: Device calibration and maintenance, EMR management, Telehealth system administration, infection control protocols, specialized rehabilitation techniques, physiological monitoring.
Soft Skills: Patient communication (especially with memory-impaired individuals), ethical decision-making, multidisciplinary teamwork, problem-solving under pressure, leadership in technical implementation.
Primary Job Roles and Salary Projection
Job Role
Description
Avg. Salary Range (USD/Year)
Certified Geriatric Care Technician
Directly manages and operates medical technology in long-term care facilities and hospitals.
 ₹2.4 to ₹4.8 Lakhs per annum (LPA)
Clinical Technology Coordinator
Oversees the integration and training of new devices for geriatric wards or assisted living centers.
 ₹2.8 to ₹3.1 Lakhs per year (LPA)
Rehabilitation Equipment Specialist
Focuses on custom fitting, maintenance, and instruction for mobility aids, prosthetics, and physical therapy robotics.
₹2.4 Lakhs to ₹4.8 Lakhs per year (₹20,000 - ₹40,000/month)
Telehealth Support Analyst
Manages remote monitoring systems and provides technical support for elderly patients using home-based technology.
₹2.5 Lakhs to ₹6 Lakhs per annum
Certification and Further Studies
Certification: Graduates are prepared to sit for relevant national and international professional exams, such as the Certified Biomedical Equipment Technician (CBET) or specialized certification in areas like wound care technology or dementia care.
Further Education: Opportunities exist to pursue postgraduate studies, including M.Sc. in Gerontology, Master of Public Health (MPH), or M.Tech. in Biomedical Engineering or Health Informatics.
11. Frequently Asked Questions (FAQs)
Is the B.Sc. GCT program focused more on engineering or direct patient care?
This is a highly specialized hybrid degree. While a strong technical aptitude is essential for device management and troubleshooting, the core application is patient-centered. You will spend significant time learning clinical principles, medical ethics, and communication techniques specific to the aging population.
What are the specific eligibility requirements for the Science stream?
Applicants must have studied Physics, Chemistry, and either Biology or Mathematics at the 10+2 level. Strong performance in these subjects is necessary as the course requires foundational knowledge in human physiology and basic electronics.
Does the mandatory 6-month clinical rotation offer a stipend?
Clinical rotations are primarily educational requirements and are typically unpaid. However, some affiliated hospitals or specialized facilities may offer a modest stipend to cover basic expenses, depending on the institutional policy and local regulations.
What kind of equipment will I be trained to use and maintain?
Training is hands-on and includes high-fidelity patient monitoring systems, specialized infusion pumps, non-invasive ventilators, assistive robotics for physical therapy, advanced mobility aids, and diagnostic imaging equipment used in long-term care.
What is the long-term career growth potential in Geriatric Care Technology?
Career prospects are excellent due to high demand. Graduates can advance into leadership roles such as Clinical Technology Managers, Quality Assurance Specialists, or enter the medical device industry as specialized technical sales or training professionals, offering strong salary progression.