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Curriculum for
Bachelor of Science (B. Sc.) in Genetic Engineering and
Biotechnology
2018-2019
Department of Genetic Engineering and Biotechnology
Shahjalal University of Science and Technology
Curriculum for
Bachelor of Science (B. Sc.) in Genetic Engineering and
Biotechnology
This Curriculum is prepared by the Faculty Members of the Department
of the Genetic Engineering and Biotechnology (GEB) with the Support of
SAC of the Department and IQAC of Shahjalal University of Science and
Technology
Department of Genetic Engineering and Biotechnology
Shahjalal University of Science and Technology
1. Program name: Bachelor of Science (B. Sc.) in Genetic Engineering and
Biotechnology
2. Vision: GEB of SUST will be the educational and research-based department of choice for the
best and brightest students in Bangladesh as well as the world.
3. Mission:
To ensure the GEB graduate with enriching in following qualities.
Capable of using knowledge to identify, clarify and provide the best possible solutions to
issues and emerging problems relating to individual, workplace, society and the country.
Leadership and managerial capabilities of any relevant organizations;
To develop morale characters
To make the students humane as well as nature lovers;
4. Program objectives:
To provide solution based education with cutting-edge knowledge in Genetic Engineering and
Biotechnology in order to harness the latest techniques, technologies, and methodologies for the
graduates in the field of:
1. Plant and Agricultural (Plant and Animal) Biotechnology
2. Medical and Pharmaceutical Biotechnology
3. Microbial Biotechnology
4. Food Biotechnology
5. Industrial (bioprocess) Biotechnology
6. Environmental Biotechnology
5. Program Outcomes:
After graduation students will be able to:
Program Outcomes Achievement
1. Demonstrate a comprehensive understanding of the multidisciplinary as
well as interdisciplinary fundamental concepts in Genetic Engineering and
Biotechnology. Cognitive
2. Analyze, synthesize and integrate knowledge and information within the Level
context of multidisciplinary as well as interdisciplinary areas in Genetic
Engineering and Biotechnology.
1. Recognize and practice the concept of lifelong learning for continuous
self-improvement. Affective
2. Communicate and demonstrate adequate interpersonal skills. Level
3. Appreciate social, moral and bioethical perspectives in Genetic
Engineering and Biotechnology education and research.
1. Operate and maintain the basic biotechnology equipment adhering to good Psychomotor
laboratory practices and bio-safety and security issues. Level
2. Develop practical skills for addressing the problems in biosciences.
6. Course structure:
Program duration: 04 Years
Number of the semester: 08
Semester duration: 21 Weeks (Excluding vacations and holidays)
Total number of credit hours available: 163.5
Minimum credit hours to be earned for degree requirements: 161.5
6.1 Summary of the total available credits (major or non-major) from different areas of
study and distributions of credits in different areas of study
Areas of study Theory Lab/ Total Total
Field Work (Major/Non Major)
Majo Non- Majo Non- Major Non-
r Major r Major Major
Genetic Engineering 119 3 28 - 147 3 150
and Biotechnology
Basic Science * 6.5
- 02 +03 - 1.5 - 6.5
Arts and Humanities - 02 - 01 - 03 03
and Social Science
Information - 02 - 02 - 04 04
Technology (IT)
Total 119 12 28 4.5 147 16.5 163.5
*Optional (MAT 201: Mathematics)
Year-wise distribution of credits
Theory Lab/
Year Semester Field Work Total
Major Non- Major Non-
Major Major
First First 12 05 03 2.5 22.5
Second 12 02 03 02 19
Second First 16 02 02 - 20
Second 11 3 04 - 18
Third First 16 - 03 - 19
Second 19 - 04 - 23
Fourth First 19 - 03 - 22
Second 14 - 06 - 20
Total 119 12 28 4.5 163.5
6.2 The distribution of courses for the respective academic years and semesters is given
below along with the detail of the courses.
First Year Semester I
Course No. Course Title Hours/week Credits
Theory + Lab.
GEB 121 Introduction to Genetic Engineering and 3+0 3
Biotechnology
GEB 123 Introduction to Animal Sciences 3+0 3
GEB 124 Introduction to Animal Sciences Lab 0+2 1
GEB 125 Basic Plant Science 3+0 3
GEB 126 Basic Plant Science Lab 0+2 1
GEB 127 Basic Microbiology 3+0 3
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