Master of Science Computer Science Syllabus 2025: Subjects, Semester-wise Syllabus PDF, Top Colleges, Books
Updated on :
by Kritika
December 31, 2024 07:11 PM
Master of Science Zoology: Syllabus
The Master of Science Zoology curriculum is developed in a way that will enable students to acquire certain analytical tools that are necessary for the computation of market trends and formulation of strategic strategies.
Semester-Wise Syllabus:
Semester 1:
Course Name | Description |
Advanced Animal Physiology | Study of the physiological processes and systems in animals, including cellular mechanisms and organ systems. |
Evolutionary Biology | Introduction to the principles and mechanisms of evolution, including natural selection and speciation. |
Ecology and Conservation Biology | Overview of ecological concepts, population dynamics, and conservation strategies for biodiversity. |
Research Methods in Zoology | Introduction to research methodologies, experimental design, and data analysis techniques in zoology. |
Semester 2:
Course Name | Description |
Comparative Anatomy | Comparative study of the anatomical structures of different animal groups, emphasising evolutionary relationships. |
Animal Behaviour | Examination of ethology, behavioural ecology, and the mechanisms underlying animal behaviour. |
Molecular Techniques in Zoology | Introduction to molecular biology techniques applied to zoological research, including DNA sequencing and PCR. |
Seminar in Zoology | Presentations and discussions on current topics and research in the field of zoology. |
Semester 3:
Course Name | Description |
Wildlife Biology and Management | Study of wildlife populations, habitat management, and conservation strategies for wildlife conservation. |
Neuroethology | Exploration of the neural basis of animal behaviour, sensory perception, and decision-making processes. |
Marine Biology | Examination of marine ecosystems, biodiversity, and conservation issues related to marine organisms. |
Elective Course 1 | Students may choose from a list of elective courses based on their interests and career goals. |
Semester 4:
Course Name | Description |
Dissertation/ Thesis Work | Independent research project under the supervision of a faculty member, culminating in a thesis or dissertation. |
Elective Course 2 | Second elective course chosen by students to deepen their knowledge in a specific area of zoology. |
Fieldwork in Zoology | Practical training in field research techniques, data collection, and analysis in a natural setting. |
Professional Development | Preparation for career advancement, including resume building, interview skills, and communication training. |
Recommended Books
Below, we have compiled a list of recommended books that can provide valuable insights:
Title | Author(s) | Description |
"Principles of Animal Physiology" | Christopher D. Moyes, Patricia M. Schulte | Comprehensive textbook covering the principles of animal physiology and physiological mechanisms across various animal groups. |
"Evolutionary Analysis" | Scott Freeman, Jon C. Herron | Introduction to the principles and methods of evolutionary biology, including population genetics, phylogenetics, and adaptation. |
"Ecology: Concepts and Applications" | Manuel C. Molles Jr. | Overview of ecological concepts, including population ecology, community dynamics, and ecosystem ecology, with applied examples. |
"Comparative Anatomy of Vertebrates" | Kenneth V. Kardong | Comparative study of vertebrate anatomy, highlighting evolutionary relationships and adaptations across different animal groups. |
"Animal Behaviour: An Evolutionary Approach" | John Alcock | Exploration of animal behaviour from an evolutionary perspective, covering topics such as foraging, communication, and social behaviour. |
"Molecular Ecology" | Joanna R. Freeland | Introduction to molecular ecology, including genetic diversity, population genetics, and molecular techniques used in ecological research. |
"Marine Biology" | Peter Castro, Michael E. Huber | Comprehensive overview of marine biology, covering marine ecosystems, biodiversity, physiology of marine organisms, and conservation. |
"Wildlife Ecology and Management" | Eric G. Bolen, William L. Robinson | Examination of principles and practices in wildlife ecology, including habitat management, population dynamics, and conservation strategies. |
"Principles of Neural Science" | Eric R. Kandel, James H. Schwartz | Comprehensive textbook on neuroscience, covering the principles of neural science, from molecular mechanisms to complex brain functions. |
"Field and Laboratory Methods in Primatology" | Joanna M. Setchell, Deborah J. Curtis | Guide to field and laboratory techniques used in primatology research, including behavioural observation, data collection, and analysis. |