B.Sc Biomedical Engineering Technology

Program Overview

Credit Hours

134

Duration

4 Years

Semesters

8

Attendance

Full-time

The B.Sc Biomedical Engineering Technology at Superior University is a rigorous 4-year undergraduate degree designed to bridge the gap between healthcare and engineering innovation. Spanning 8 semesters and 134 credit hours, this full-time program equips students with the specialized skills to manage, maintain, and innovate medical diagnostic and life-support systems.

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PROGRAM ACCREDITATIONS

HEC Compliant Curriculum

HEC Compliant Curriculum

Why Choose B.Sc Biomedical Engineering Technology at Superior University?
Specialized Curriculum

Specialized Curriculum

A unique blend of biomedical engineering fundamentals, aircraft systems knowledge, and healthcare technology applications.

Hands-On Training

Hands-On Training

Strong practical exposure in aviation technology, medical devices, and maintenance practices guided by expert faculty.

Modern Tools & Diagnostics

Modern Tools & Diagnostics

Practical experience with advanced biomedical and aviation equipment, diagnostic systems, and technical platforms.

Problem-Solving Development

Problem-Solving Development

Training to build technical troubleshooting skills ensuring safety, performance, and innovation in healthcare technology.

Global Standards Alignment

Global Standards Alignment

Industry-relevant curriculum designed around international aviation and biomedical regulations.

Safety & Compliance Focus

Safety & Compliance Focus

Emphasis on maintenance procedures, safety frameworks, and engineering compliance systems.

Professional Certificates

AAMI (CBET) / ACCE

AAMI (CBET) / ACCE

ACCE (CCE) Lead Auditor

ACCE (CCE) Lead Auditor

ISO / DRAP Medical Device Regulatory Affairs

ISO / DRAP Medical Device Regulatory Affairs

Professional Registration (NTC)

Professional Registration (NTC)

ANMC & ANDC

ANMC & ANDC

Key Skills You Will Learn
Biomedical Instrumentation

Biomedical Instrumentation

Medical Device Design

Medical Device Design

Medical Imaging Systems

Medical Imaging Systems

Clinical Engineering

Clinical Engineering

Rehabilitation Engineering & Prosthetics

Rehabilitation Engineering & Prosthetics

Biomaterials & Tissue Engineering

Biomaterials & Tissue Engineering

Biomechanics & Human Movement Analysis

Biomechanics & Human Movement Analysis

Healthcare Data Analytics & Bioinformatics

Healthcare Data Analytics & Bioinformatics

Career Outcomes

Biomedical Equipment Technologist

Clinical Engineering Specialist

Medical Device Sales & Support Engineer

Healthcare Data Analyst

Professional Portfolio

Hardware Prototyping


  • Simulink
    Simulink
  • Ansys
    Ansys
  • AutoCAD
    AutoCAD
  • MATLAB
    MATLAB
  • Arduino
    Arduino
  • Raspberry-Pi
    Raspberry-Pi

Admissions & Eligibility

Domestic Applicants

Candidates must have completed F.Sc Pre Engineering, Pre-medical, DAE, or an equivalent qualification with a minimum of 50% marks, plus passing an entry test.

International Applicants

Candidates must have completed F.Sc Pre Engineering, Pre-medical, DAE, or an equivalent qualification with a minimum of 50% marks, plus passing an entry test.

⚠️ Important

Always refer to the Admissions Office for the current criteria, deadlines and documentation.

NEXT STEPS

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Program Roadmap

Explore courses roadmap in B.Sc Biomedical Engineering Technology
CourseCredit Hours
Feham ul Quran - I1
Islamic Studies / Social Ethics2
Applied Physics4
Basic Biology / Basic Mathematics3
Communication Skills3
Leading with Character3
Technical Drawing1
Total Credit Hours17
CourseCredit Hours
Feham ul Quran - II1
Ideology and Constitution of Pakistan / Ethics2
Basic Electrical Technology3
Calculus and Analytical Geometry3
Computer Programming3
Human Anatomy & Physiology4
Workshop Practice1
Total Credit Hours17
CourseCredit Hours
Biochemistry3
Digital Logic Design3
Electrical Circuit Analysis3
Linear Algebra & Differential Equation3
Pakistan Studies2
Molecular Biology3
Total Credit Hours17
CourseCredit Hours
Biomechanics3
Signals and Systems3
Social Entrepreneurship3
Microprocessors and Microcontrollers3
Electronic Devices and Circuits3
Technical Report Writing2
Total Credit Hours17
CourseCredit Hours
Biomaterials3
Biomedical Control Systems3
Biomedical Instrumentation4
Professional Ethics2
Entrepreneurship3
Biomedical Signal Processing3
Total Credit Hours18
CourseCredit Hours
Clinical Laboratory Equipment3
Probability and Statistics2
Medical Imaging Devices3
Economics3
Electromechanical Systems3
Project-I3
Total Credit Hours17
CourseCredit Hours
Artificial Intelligence Application in Biomedical3
Healthcare Management2
Bioinformatics2
Regulatory Framework for Medical Devices2
Telemedicine Systems3
Project-II3
Rehabilitation Techniques2
Total Credit Hours17
CourseCredit Hours
Supervised Industrial Training16
Total Credit Hours16

TRANSFORMATIONAL JOURNEY

Discover your 3C Advantage

Character


In biomedical engineering, technical expertise must always be guided by a strong ethical compass. Developing Character means understanding that behind every medical device, diagnostic tool, or piece of hospital equipment is a human life.

Courage


Stepping into the healthcare sector requires the Courage to tackle complex, high-stakes medical issues and embrace rapid technological disruption.

Competence


Competence is built through a rigorous, specialized curriculum and intensive practical exposure that bridges the gap between engineering and healthcare.

FAQs

Frequently Asked Questions

The BSc Biomedical Engineering Technology is a 4-year undergraduate degree program comprising 8 semesters. It is meticulously designed to ensure employability by integrating Superior University's signature 3U1M framework (Three years in University, One year in Market), providing students with practical, hands-on industry experience before graduation.

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