Overview
About the Program
Students undertaking the M.Sc. program in Life Science at Mount Carmel College are trained to explore and acquire an in-depth understanding of the episteme – Life Science. By putting in a conscious effort to impart knowledge about the field by reputed professors and lecturers, this program is designed to foster a culture wherein students’ talent is amplified with knowledge, technical training and guidance. Through rigorous evaluation patterns, our students are encouraged to put their skills to use and venture into the field of Life Science by enhancing their critical thinking abilities and sensibilities. The program spans over two academic years, divided into four semesters. It gives the students an insight into various branches of Biological Sciences. The course introduces the concepts of unity and diversity in Biology and the hierarchy of organization of biological systems. In the first year, students are introduced to the building blocks of life (Biochemistry and Molecular Biology), information perpetuation and transfer (Genetics), cells as the basic functional unit of life (Cell Biology) and higher levels of organization (tissue systems and physiology). In the second year, the focus is on applied papers like Food and Fermentation Technology, Clinical Biochemistry and Diagnostics, Animal Tissue Culture, Plant Tissue Culture, Immunology, Applied Microbiology and Bioinformatics. This allows the students to obtain a deeper understanding of the various aspects of Biology. Students undertake an in-house research project which helps them to develop the technical and analytical skills necessary to pursue a career in scientific research. The Curricular and Extracurricular activities are designed in a way to ensure that the students receive a holistic understanding through the curriculum.
Head of Department
Dr. Suba G. A. Manuel
M. Phil., Ph. D.
Vision
Mission
Objective
Program Specifications
Program Requirement
Semester 1:
Four core courses and two allied courses
Community Development Program will commence.
Semester 2:
Four core courses and two allied courses
Community Development Program will be evaluated.
Internship (4 – 6 weeks).
Semester 3:
Four elective courses (two compulsory papers and two papers with choice) and one allied course.
Multidisciplinary / Open Elective offered by other departments.
Internship will be evaluated.
Semester 4:
Three elective courses (one compulsory paper and two papers with choice).
Project (in-house).
Eligibility:
Aspirants must have a B. Sc. degree in any discipline of Biological Sciences with minimum of 55% marks in aggregate.
Testing and Evaluation
The performance of the student will be assessed throughout the semester. Evaluations will be based on continuous internal assessment (CIA) and end-semester examinations (ESE).
Continuous Internal Assessment (CIA):
Core Paper: 30 marks (Theory) + 15 marks (Practical)
Theory marks will be based on a written exam (CIA I which is descriptive and CIA II which is online multiple-choice questions) and oral presentations / assignments. The practical component is assessed by a pre-final examination and class record.
Allied Paper: 15 marks
Theory marks will be based on a written exam (CIA I which is descriptive and CIA II which is online multiple-choice questions) and oral presentations / assignments.
End-Semester Examination (ESE): 70 marks (Theory) + 35 marks (Practical)
There are two sections for theory:
For Core Paper
Section A: Students will have to answer four questions for 05 marks each.
Section B: Students will have to answer five questions for 10 marks each.
Practical exam: Students will be assessed for their performance and a viva voce.
For Allied Paper
Section A: Students will have to answer four questions for 05 marks each.
Section B: Students will have to answer three questions for 10 marks each.
Project report (200 marks)
In the third and fourth semesters, students will work on a topic of their choice, under the academic supervision of a faculty member. They will be evaluated on the basis of their performance, quantum of work, written report and viva.
An M. Sc. degree will be awarded when a student has passed all courses and completed the Community Development Program, Internship and Project.
Careers and Highlights
Careers
The program prepares students for careers in teaching as well as research.
Jobs in R&D sector.
Highlights
The program prepares students for careers in teaching as well as research.
Jobs in R&D sector.
Syllabus
Papers offered for M.Sc. Life Science:
SEMESTER I
Sl. No. |
Course Code |
Title |
LTP |
Credits |
CIA (T+P) |
ESE (T+P) |
Tutorials |
Total Marks |
1 |
CC-01 |
Core Course – I Animal and Plant Diversity |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
2 |
CC-02 |
Core Course – II Biomolecules |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
3 |
CC-03 |
Core Course – III Cell Biology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
4 |
CC-04 |
Core Course – IV Genetics |
4:2:0 |
5 |
30 |
70 |
50 |
150 |
5 |
AC-01 |
Allied Course – I Biostatistics |
2:0:0 |
2 |
15 |
35 |
– |
50 |
6 |
AC-02 |
Allied Course – II Instrumentation and Laboratory Techniques |
2:0:0 |
2 |
15 |
35 |
– |
50 |
|
Total |
|
24 |
700 |
SEMESTER II
Sl. No. |
Course Code |
Title |
LTP |
Credits |
CIA (T+P) |
ESE (T+P) |
Tutorials |
Total Marks |
1 |
CC-05 |
Core Course – V Basic Microbiology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
2 |
CC-06 |
Core Course – VI Molecular Biology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
3 |
CC-07 |
Core Course – VII Plant Physiology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
4 |
CC-08 |
Core Course – VIII Immunology |
4:2:0 |
5 |
30 |
70 |
50 |
150 |
5 |
AC-03 |
Allied Course – III Research Methodology |
2:0:0 |
2 |
15 |
35 |
– |
50 |
6 |
AC-04 |
Allied Course – IV Environmental Science |
2:0:0 |
2 |
15 |
35 |
– |
50 |
7 |
|
Community Development Program |
|
2 |
50 |
50 |
||
Total |
26 |
750 |
SEMESTER III
Sl. No. |
Course Code |
Title |
LTP |
Credits |
CIA (T+P) |
ESE (T+P) |
Tutorials |
Total Marks |
1 |
EC-01 |
Elective Course I – DSE r-DNA Technology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
2 |
EC-02 |
Elective Course II – DSE Human Physiology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
3 |
EC-03 |
Elective Course III / CHOICE Clinical Biochemistry or Food and Fermentation Technology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
4 |
EC-04 |
Elective Course IV / CHOICE Animal Tissue Culture or Plant Tissue Culture |
4:2:0 |
5 |
30 |
70 |
50 |
150 |
5 |
AC-05 |
Allied Course – V Bioinformatics |
2:0:0 |
2 |
15 |
35 |
– |
50 |
6 |
OE |
Open elective- Pet Behaviour and Care |
2:0:0 |
2 |
15 |
35 |
– |
50 |
7 |
|
Internship Report |
2 |
50 |
50 |
|||
Total |
26 |
750 |
SEMESTER IV
Sl. No. |
Course Code |
Title |
LTP |
Credits |
CIA (T+P) |
ESE (T+P) |
Tutorials |
Total Marks |
1 |
EC-05 |
Elective Course – V/ CHOICE Human Endocrinology and Reproductive Biology or Plant Developmental Biology and Plant Diseases |
4:2:0 |
5 |
30 |
70 |
50 |
150 |
2 |
EC-06 |
Elective Course VI/ CHOICE Economic Biology or Evolution and Ethology |
4:0:0 |
4 |
30 |
70 |
– |
100 |
3 |
EC-07 |
Elective Course VII – DSE Applied Microbiology |
3:0:4 |
5 |
30+15 |
70+35 |
– |
150 |
4 |
PR-01 |
Project / Viva Voce |
12 |
8 |
100 |
100 |
200 |
|
Total |
22 |
– |
600 |
|||||
98 |
– |
2800 |
- Overview
-
Overview
About the Program
Students undertaking the M.Sc. program in Life Science at Mount Carmel College are trained to explore and acquire an in-depth understanding of the episteme – Life Science. By putting in a conscious effort to impart knowledge about the field by reputed professors and lecturers, this program is designed to foster a culture wherein students’ talent is amplified with knowledge, technical training and guidance. Through rigorous evaluation patterns, our students are encouraged to put their skills to use and venture into the field of Life Science by enhancing their critical thinking abilities and sensibilities. The program spans over two academic years, divided into four semesters. It gives the students an insight into various branches of Biological Sciences. The course introduces the concepts of unity and diversity in Biology and the hierarchy of organization of biological systems. In the first year, students are introduced to the building blocks of life (Biochemistry and Molecular Biology), information perpetuation and transfer (Genetics), cells as the basic functional unit of life (Cell Biology) and higher levels of organization (tissue systems and physiology). In the second year, the focus is on applied papers like Food and Fermentation Technology, Clinical Biochemistry and Diagnostics, Animal Tissue Culture, Plant Tissue Culture, Immunology, Applied Microbiology and Bioinformatics. This allows the students to obtain a deeper understanding of the various aspects of Biology. Students undertake an in-house research project which helps them to develop the technical and analytical skills necessary to pursue a career in scientific research. The Curricular and Extracurricular activities are designed in a way to ensure that the students receive a holistic understanding through the curriculum.
Head of Department
Dr. Suba G. A. Manuel
M. Phil., Ph. D.Vision
Mission
Objective
- Program Specifications
-
Program Specifications
Program Requirement
Semester 1:
Four core courses and two allied courses
Community Development Program will commence.
Semester 2:
Four core courses and two allied courses
Community Development Program will be evaluated.
Internship (4 – 6 weeks).
Semester 3:
Four elective courses (two compulsory papers and two papers with choice) and one allied course.
Multidisciplinary / Open Elective offered by other departments.
Internship will be evaluated.
Semester 4:
Three elective courses (one compulsory paper and two papers with choice).
Project (in-house).
Eligibility:
Aspirants must have a B. Sc. degree in any discipline of Biological Sciences with minimum of 55% marks in aggregate.
Testing and Evaluation
The performance of the student will be assessed throughout the semester. Evaluations will be based on continuous internal assessment (CIA) and end-semester examinations (ESE).
Continuous Internal Assessment (CIA):
Core Paper: 30 marks (Theory) + 15 marks (Practical)
Theory marks will be based on a written exam (CIA I which is descriptive and CIA II which is online multiple-choice questions) and oral presentations / assignments. The practical component is assessed by a pre-final examination and class record.
Allied Paper: 15 marks
Theory marks will be based on a written exam (CIA I which is descriptive and CIA II which is online multiple-choice questions) and oral presentations / assignments.
End-Semester Examination (ESE): 70 marks (Theory) + 35 marks (Practical)
There are two sections for theory:
For Core Paper
Section A: Students will have to answer four questions for 05 marks each.
Section B: Students will have to answer five questions for 10 marks each.
Practical exam: Students will be assessed for their performance and a viva voce.
For Allied Paper
Section A: Students will have to answer four questions for 05 marks each.
Section B: Students will have to answer three questions for 10 marks each.
Project report (200 marks)
In the third and fourth semesters, students will work on a topic of their choice, under the academic supervision of a faculty member. They will be evaluated on the basis of their performance, quantum of work, written report and viva.
An M. Sc. degree will be awarded when a student has passed all courses and completed the Community Development Program, Internship and Project.
- Careers and Highlights
-
Careers and Highlights
Careers
The program prepares students for careers in teaching as well as research.
Jobs in R&D sector.Highlights
The program prepares students for careers in teaching as well as research.
Jobs in R&D sector. - Syllabus
-
Syllabus
Papers offered for M.Sc. Life Science:
SEMESTER I
Sl. No.
Course Code
Title
LTP
Credits
CIA (T+P)
ESE
(T+P)
Tutorials
Total Marks
1
CC-01
Core Course – I
Animal and Plant Diversity
3:0:4
5
30+15
70+35
–
150
2
CC-02
Core Course – II
Biomolecules
3:0:4
5
30+15
70+35
–
150
3
CC-03
Core Course – III
Cell Biology
3:0:4
5
30+15
70+35
–
150
4
CC-04
Core Course – IV
Genetics
4:2:0
5
30
70
50
150
5
AC-01
Allied Course – I
Biostatistics
2:0:0
2
15
35
–
50
6
AC-02
Allied Course – II
Instrumentation and Laboratory Techniques
2:0:0
2
15
35
–
50
Total
24
700
SEMESTER II
Sl. No.
Course Code
Title
LTP
Credits
CIA (T+P)
ESE
(T+P)
Tutorials
Total Marks
1
CC-05
Core Course – V
Basic Microbiology
3:0:4
5
30+15
70+35
–
150
2
CC-06
Core Course – VI
Molecular Biology
3:0:4
5
30+15
70+35
–
150
3
CC-07
Core Course – VII
Plant Physiology
3:0:4
5
30+15
70+35
–
150
4
CC-08
Core Course – VIII
Immunology
4:2:0
5
30
70
50
150
5
AC-03
Allied Course – III
Research Methodology
2:0:0
2
15
35
–
50
6
AC-04
Allied Course – IV
Environmental Science
2:0:0
2
15
35
–
50
7
Community Development Program
2
50
50
Total
26
750
SEMESTER III
Sl. No.
Course Code
Title
LTP
Credits
CIA (T+P)
ESE
(T+P)
Tutorials
Total Marks
1
EC-01
Elective Course I – DSE r-DNA Technology
3:0:4
5
30+15
70+35
–
150
2
EC-02
Elective Course II – DSE Human Physiology
3:0:4
5
30+15
70+35
–
150
3
EC-03
Elective Course III / CHOICE
Clinical Biochemistry
or
Food and Fermentation Technology
3:0:4
5
30+15
70+35
–
150
4
EC-04
Elective Course IV / CHOICE
Animal Tissue Culture
or
Plant Tissue Culture
4:2:0
5
30
70
50
150
5
AC-05
Allied Course – V Bioinformatics
2:0:0
2
15
35
–
50
6
OE
Open elective- Pet Behaviour and Care
2:0:0
2
15
35
–
50
7
Internship Report
2
50
50
Total
26
750
SEMESTER IV
Sl. No.
Course Code
Title
LTP
Credits
CIA (T+P)
ESE
(T+P)
Tutorials
Total Marks
1
EC-05
Elective Course – V/ CHOICE
Human Endocrinology and Reproductive Biology
or
Plant Developmental Biology and Plant Diseases
4:2:0
5
30
70
50
150
2
EC-06
Elective Course VI/ CHOICE
Economic Biology
or
Evolution and Ethology
4:0:0
4
30
70
–
100
3
EC-07
Elective Course VII – DSE
Applied Microbiology
3:0:4
5
30+15
70+35
–
150
4
PR-01
Project / Viva Voce
12
8
100
100
200
Total
22
–
600
98
–
2800