THE CURRICULUM

THE CURRICULUM

The Bachelor’s level program in Biomedical engineering is a four-year program which offers the qualifications for employment in the high-tech BME engineering profession, and/or continuation of studies towards higher degrees. This program provides the students with a fundamental and deep background in basic sciences, and a broad understanding in engineering, life sciences and medicinal sciences disciplines, and integration of the knowledge acquired in the project courses. The curriculum has been developed such that the graduates from CBEAS will not only be able to work independently in Nepal but also will be received well in countries abroad.

The syllabus has been prepared after thorough study of curriculum of the same course provided in various universities. The need to teach various courses as per existing curriculum of Nepalease universities was also taken into account. The curriculum mainly focuses on the immediate absorption of the engineers produced by this college in the Nepalease as well as foreign industries. It will also be very beneficial to students who want to pursue an advanced degree in the field.

BE in Biomedical Engineering Course

1st Year Semester I 1^st Year Semester II

Engineering Mathematics I Engineering Mathematics II

Physics Chemistry

Engineering Drawing Basic Mechanical Engineering

Communicative English Electro Engineering Materials

Introduction to Computer and Programming Object-oriented Programming in C++

Electrical Engineering I Digital Logic

2^nd Year Semester III 2^nd Year Semester IV

Engineering Mathematics III Applied Maths

Bio-Engineering Materials and Components Electronic Devices and Circuits

Human Anatomy and Physiology I Microprocessors

Fluid Mechanics Electrical Machines

Cell Biology and Immunology Electromagnetics

Sociology Human Anatomy and Physiology II

3^rd Year Semester V 3^rd Year Semester VI

Probability and Statistics Engineering Economics

Numerical Methods Tissue Device Interactions

Measurement and Instrumentation Medical Imaging I

Control Systems Biomedical Instrumentation I

Biomechanics Data Communication and Networking

Communication Systems Digital Signal Processing

4^th Year Semester VII 4^th Year semester VIII

Organization and Project Management Medical Industry Management

Biomedical Instrumentation II Engineering Professional Practice

Medical Imaging II Elective II

Implantable Devices Elective III

Project Project/Hospital Attachment

Elective I

Electives

Medical Image Processing Modelling of Biological System

Biomaterials Embedded System

Medical Information & Expert Systems

BE in Biomedical Engineering Course
1st Year Semester I	1^st Year Semester II
Engineering Mathematics I	Engineering Mathematics II
Physics	Chemistry
Engineering Drawing	Basic Mechanical Engineering
Communicative English	Electro Engineering Materials
Introduction to Computer and Programming	Object-oriented Programming in C++
Electrical Engineering I	Digital Logic

2^nd Year Semester III	2^nd Year Semester IV
Engineering Mathematics III	Applied Maths
Bio-Engineering Materials and Components	Electronic Devices and Circuits
Human Anatomy and Physiology I	Microprocessors
Fluid Mechanics	Electrical Machines
Cell Biology and Immunology	Electromagnetics
Sociology	Human Anatomy and Physiology II


3^rd Year Semester V	3^rd Year Semester VI
Probability and Statistics	Engineering Economics
Numerical Methods	Tissue Device Interactions
Measurement and Instrumentation	Medical Imaging I
Control Systems	Biomedical Instrumentation I
Biomechanics	Data Communication and Networking
Communication Systems	Digital Signal Processing

4^th Year Semester VII	4^th Year semester VIII
Organization and Project Management	Medical Industry Management
Biomedical Instrumentation II	Engineering Professional Practice
Medical Imaging II	Elective II
Implantable Devices	Elective III
Project	Project/Hospital Attachment
Elective I

Electives
Medical Image Processing	Modelling of Biological System
Biomaterials	Embedded System
Medical Information & Expert Systems