Department Of Bio-Technology
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Course Structure

 

Our Courses: M.Sc. Biotechnology, Ph.D. Biotechnology

The post graduate program in Biotechnology is completed in four semesters under Choice Based Credit System (CBCS). Horizontal mobility scheme is running by department of Biochemistry which accommodates M.Sc. I year students of Biotechnology, Biochemistry and Microbiology for learning of two semesters, which provides an opportunity of co-learning for students.

 

 


M.Sc. Biotechnology (Horizontal Mobility) CBCS Pattern (2019-20)
M.Sc. Part-I

SEMESTER-I (Duration- Six month)

 

Sr. No.

Course code

Teaching Scheme

Examination Scheme

Theory and Practical

University Assessment (UA)

Internal Assessment (IA)

Lectures
(per week)

Hours
(per week)

Credit

Maximum
Marks

Minimum
Marks

Exam. Hours

Maximum
Marks

Minimum
Marks

Exam. Hours

CGPA

1

CC-101A:Cell Biochemistry and  Nucleic acids (CBCS)
OR
CC-101B: Cell Biology, Microbiology and Virology (CBCS)

4

4

4

80$

32

3

20

8

1

2

CC-102: Proteins: Structure and Functions

4

4

4

80$

32

3

20

8

1

3

CC-103:  Biomolecules

4

4

4

80$

32

3

20

8

1

4

CC-104A: Basics of Physiology and Endocrinology (CBCS)
OR
CC-104B: Biostatistics and Computer applications (CBCS)

4

4

4

80$

32

3

20

8

1

5

CCPR-105: Laboratory Course

16

16

8

200*

80

-

-

-

#

Total (A)

-

-

24

520

-

-

80

-

-

Non-CGPA

1

AEC-106

2

2

2

-

-

-

50

20

2

SEMESTER-II (Duration- Six month)

CGPA

1

CC-201: Enzymology

4

4

4

80$

32

3

20

8

1

2

CC-202: Molecular Biology

4

4

4

80$

32

3

20

8

1

3

CC-203: Bioenergetics

4

4

4

80$

32

3

20

8

1

4

CC-204: Tools and Techniques in         Biosciences

4

4

4

80$

32

3

20

8

1

5

CCPR-205: Laboratory Course

16

16

8

200*

80

-

-

-

#

Total (B)

-

-

24

520

-

-

80

-

-

Non-CGPA

1

SEC-206

2

2

2

-

-

-

50

20

2

Total (A + B)

-

-

48

1040

-

-

160

-

-

 

M.Sc. Biotechnology (Horizontal Mobility) CBCS Pattern (2020-21)
M.Sc. Part-II

SEMESTER-III (Duration- Six month)

 

Sr. No.

Course code

Teaching Scheme

Examination Scheme

Theory and Practical

University Assessment (UA)

Internal Assessment (IA)

Lectures
(per week)

Hours
(per week)

Credit

Maximum
Marks

Minimum
Marks

Exam. Hours

Maximum
Marks

Minimum
Marks

Exam. Hours

CGPA

1

CC-301:Genetic Engineering

4

4

4

80$

32

3

20

8

1

2

CCS-302:Advances in Plant Biotechnology (CBCS)

4

4

4

80$

32

3

20

8

1

3

CCS-303:Fermentation Technology-I

4

4

4

80$

32

3

20

8

1

4

DSE-304: Immunology

4

4

4

80$

32

3

20

8

1

5

CCPR-305: Laboratory Course

16

16

8

200*

80

-

-

-

#

Total (C)

-

-

24

520

-

-

80

-

-

 

Non-CGPA

1

AEC-306

2

2

2

-

-

-

50

20

2

2

EC (SWMMOOC)-307:
Food Microbiology and Food Safety

5

5

4

-

-

-

-

-

-

SEMESTER-IV (Duration- Six month)

CGPA

1

CC-401:Animal Tissue Culture (CBCS)

4

4

4

80$

32

3

20

8

1

2

CCS-402A:Advances in Genomics and Proteomics (CBCS)
                    OR
CCS-402B: Microbial Fermentation Technology (CBCS)

4

4

4

80$

32

3

20

8

1

3

CCS-403:    Bioinformatics

4

4

4

80$

32

3

20

8

1

4

DSE-404 A:Nanobiotechnology (CBCS)
OR
DSE-404 B: Fermentation technology-II (CBCS)

4

4

4

80$

32

3

20

8

1

5

CCPR-405: Laboratory Course and Project

16

16

8

200*

80

-

-

-

#

Total (D)

-

-

24

520

-

-

80

-

-

Non-CGPA

1

SEC-406

2

2

2

-

-

-

50

20

2

2

GE-407 :Advanced tools in Biotechnology

2

2

2

-

-

-

50

20

2

Total (C + D)

-

-

48

1040

-

-

160

-

-

 

I.  CGPA course:

1.    There shall be 10 Core Courses (CC) per program.
2.    There shall be 02 Discipline Specific Elective (DSE) courses of 08 credits per program.
3.    There shall be 04 Core Course Specialization (CCS) courses of 16 credits per program.
4.    Total credits for CGPA courses shall be of 96 credits per program. 
 

II. Mandatory Non-CGPA Courses:
1.    There shall be 02 Mandatory Non-CGPA compulsory Ability Enhancement Course (AEC) of 02 credits each per program.
2.    There shall be 02 Mandatory Non-CGPA Compulsory Skill Enhancement Course (SEC) of 02 credits per program.
3.    There shall be one Elective Course (EC) (SWAYAM/MOOC). The credits of this course shall be as specified on SWAYAM/MOOC portal.
4.    There shall be one Generic Elective (GE) course of 02 credits per program. Each student has to take Generic Elective from the department other than parent department.
5.    The total credits for Non-CGPA course shall be of 08 credits+2to 4 credits, as specified of the SWAYAM/MOOC portal.
6.    The credits assigned to the course and program shall have no relation with the work load of the teacher. 

 
Student Performance and Learning Outcomes
Course: M.Sc. Biotechnology

POs
Ability of student at end……
•    Two years of M.Sc. Biotech course in their curricula, students are getting knowledge of presentation, writing, explanation and hands on practical training so they will communicate which is important for their future.
•    They are able to design their own projects and develop their ability to work in team.
•    They become sound in analytical skill and ability to correlate scientific knowledge in practice.
•    They learn professional values by lessoning of various eminent personalities came across with them through the year.

PEOs
1.    Opportunities to utilize acquired knowledge for catering the needs of science and technology as well as for the betterment of human mankind. This will develop their personality and do great achievements.
2.    To have successful carrier as a researcher through life-long learning in the field of Biotechnology.
3.    The laboratory training to prepare them for carrier in industry, agriculture and applied research.
4.    Basic and current updates in the area of applied science and to sensitize them to scope of research.
5.    To understand the research ethics involving animals and humans to contribute to application, advancement and impartment of knowledge in the field of biotechnology globally.
6.    To equip the students to apply knowledge of molecular mechanisms of cellular processes in living systems including plants, microbes, and higher order organisms.
7.    Applications of biotechnology processes through designing of industrial biochemical processes that are societal and industrial importance.
 
 

 

 


 
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