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Department of Bioprocess and Genetic Engineering


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The Department of Bioprocess and Genetic Engineering at Chattogram Veterinary and Animal Sciences University (CVASU) is dedicated to deliver high-quality education and to conduct  impactful research across a broad range of disciplines within biotechnology and genetic engineering. The department offers a range of core courses that are designed to equip students with in-depth knowledge and practical skills. These include Basic Biochemistry, Animal and Human Physiology, Fundamentals of Genetics, Plant Breeding, Forensic Biotechnology, Fisheries Biotechnology, Nanobiotechnology, Endocrinology and Neurosciences, Immunology, Virology, and Nutraceuticals and Functional Foods.

In addition to these courses, the department also provides courses such as Physics, Bangladesh Studies, Introduction to Programming, and Fundamentals of Computer and IT, Technology Transfer and IPR, Entrepreneurship in Biotechnology, Research Methodology, fostering a well-rounded education. This diverse educational framework ensures that our graduates are well-prepared for a variety of career paths in biotechnology, research, and industry.

The department is comprised of three highly motivated faculty members who are passionate about advancing the field of biotechnology and genetic engineering committed to foster  a culture of academic excellence. We aim to establish ourselves as a leading department at CVASU by engaging in innovative research and developing expertise in our core focus areas. Our vision is to inspire and equip students with the skills and knowledge necessary to meet the challenges of the biotechnology sector and contribute to the advancement of science and technology.


 



Chandrika Das
Lecturer and Head
Department of Bioprocess and Genetic Engineering



Welcome to the Department of Bioprocess and Genetic Engineering at CVASU. Our department is committed to provide a strong academic foundation and to foster a vibrant research environment in the diverse fields of biotechnology and genetic engineering. With a curriculum that spans core areas such as Biochemistry, Genetics, Plant Breeding, Forensic Biotechnology, Fisheries Biotechnology, Nanobiotechnology, and Neurosciences, we aim to offer our students a comprehensive and interdisciplinary education. Additionally, our focus on general courses like Entrepreneurship, Research Methodology, and IT skills prepares our graduates for the dynamic challenges of the industry and academia.

Our dedicated team of faculty members strive to deliver the highest quality education and mentorship, driven by a shared vision to build a robust department that contributes significantly to the growth and reputation of CVASU. We are committed to get engaged in impactful research and preparing our students for successful careers in biotechnology.

We look forward to welcoming students and collaborators who share our passion for innovation and excellence.

 

 


  1. First Year First Semester courses

Course code

Course title

Course category

Hours/week

Theory   Lab

Credits

Theory      Lab

Total  credits

Course teacher

PHY-101

Physics

GED

2.0         2.0

1.0           1.0

2.0

 

BIO-101

Basic Biochemistry

Core

2.0         2.0

2.0           1.0

3.0

Zeba Faizah

CIT-101

Fundamentals of computer and IT

GED

2.0         2.0

1.0           1.0

2.0

 

BAN-101

Bangladesh studies

GED

1.0         0.0

1.0          0.0

1.0

 

 

2)First Year Second Semester courses

Course Code

Course Title

Course Category

Hours/Week

Theory     Lab

Credits 

 Theory   Lab

Total credits

Course teacher

FGE-102

Fundamentals of Genetics

Core

2.0            0

2.0        0

2.0

Chandrika Das

AHP-102

Animal and Human Physiology

Core

2.0       2.0

2.0       1.0

3.0

Siratul Kubra

PRO-102

Introduction of Programming

GED

0        2.0

0.0       2.0

2.0

 


3)Second Year First Semester courses

Course Code

Course Title

Course Category

Hours/Week

Theory   Lab

Credits

Theory Lab

Total credits

Course teacher

ENN-201

Endocrinology and Neurosciences

Core

2.0            0

2.0       0

2.0

Chandrika Das

PLB-201

Plant Breeding

Core

2.0        2.0

2.0      1.0

3.0

Siratul Kubra

SOC-201

Sociology

GED

2.0       0.0

2.0      0.0

0.0

 

 

4)Second Year Second  Semester courses

Course Code

Course Title

Course Category

Hours/Week

Theory     Lab  

Credits TheoryLab

Total credits

Course teacher

IMM-202

Immunology

Core

2.0           2.0

2.0      1.0          

3.0

Chandrika Das

VIR-202        

Virology

Core

2.0         0.0

2.0      0.0

0.0

Zeba Faizah

 

5)Fourth Year First Semester courses

Course code

Course title

Course category

Hours/week

TheoryLab

Credits

TheoryLab

Total            credits

Course teacher

FBT-401

Fisheries Biotechnology

Core

2.0    2.0

2.0    1.0

3.0

Siratul Kubra

NAN-401

Nanobiotechnology

Core

    2.0   0.0

2.0    0.0

1.0

Zeba Faizah

FBT-401

Forensic Biotechnology

Core

  2.0    2.0

2.0     1.0

3.0

Siratul Kubra

NFF-401

Neutraceuticals and Functional food

Core

2.0    0.0

1.0     1.0

2.0

Chandrika Das

6)Fourth Year Second Semester courses(With 3 months internship)

Course Code

Course Title

Course Category

Hours/Week

Theory  Lab

Credits TheoryLab

Total credits

Course teacher

TTI-402

Technology transfer and IPR

GED

2.0          0

2.0      0

2.0

 

ENT-402

Entrepreneurship in Biotechnology

GED

2.0      0.0

2.0    1.0

3.0

 

REM-402

Research Methodology

GED

2.0      2.0

2.0    1.0

3.0

Siratul Kubra

 

 


        Research Goal and Objectives:

 

  1. Innovative Bioprocess Development: We are dedicated to design and optimize bioprocesses for the efficient production of bio-based products, such as enzymes, biofuels, and biopharmaceuticals, always with a clear focus on sustainability and scalability. We want to develop genetically engineered microbial strains with enhanced enzyme production, bio-remediation potential, and novel metabolic capabilities, to address the growing demands of bioprocessing and industrial applications. 
  2. Utilization of Advanced Genetic Engineering Techniques:By utilizing advanced genetic engineering techniques, we aim to enhance the metabolic pathways of microorganisms, plants, and animals to improve yield, resistance, and functionality—benefiting industries ranging from agriculture to therapeutics. 
  3. Biotechnological Solutions for Sustainable Farming: Our goal is to harness plant-based systemsand genetic engineering to advance animal health, nutrition, and welfare while promoting sustainable agricultural practices. By engineering plants to produce high-quality animal feed, bioactive compounds, and veterinary products, we aim to create eco-friendly bioprocesses that support both livestock and the environment.

Our ultimate goal is to provide environmentally friendly and economically viable solutions for key industries like textiles, food, tannery, and pharmaceuticals and to develop integrated systems for improved food security, reduced environmental impact, and enhanced resource utilization through integrating the power of bioprocesses and genetic engineering for a better and more sustainable future.