BSc Computational Biology
Bachelor of Science (B.Sc) (Honours / Honours with Research)
Computational Biology
Eligibility
The minimum qualification required to apply is a pass in the 10+2 examination in Science from PUC/ ISC/ CBSE or an equivalent board with following as core subjects Physics/ Chemistry/ Mathematics/ Computer Science/ Biology.
Overview
This B.Sc. course degree integrates Molecular Biology, Mathematics, Computer Science, Information Technology, Physics, and Genetic Engineering, the collective potential for biomedical research and developmental endeavours. Computational Biology, an interdisciplinary discipline within this programme, involves the analysis of biological data and the creation of innovative software using computational tools.
This flourishing field finds extensive applications in the study of genomics, proteomics, metabolomics, nutrigenomics, 3D protein structure modelling, image analysis, and drug design. Furthermore, the programme equips students with robust computer programming skills, enabling them to leverage algorithms, software, and databases while mastering artificial intelligence and data mining techniques.
|
Description |
3 years Degree programme |
4 years Honours programme |
4 years Honours with Research programme |
|
Award |
Bachelor of Science in Computational Biology |
Bachelor of Science (Honours - Academics) in Computational Biology |
Bachelor of Science (Honours with Research) in Computational Biology |
|
No. of Credits |
120 minimum and as specified |
160 minimum and as specified |
160 minimum and as specified |
|
Eligibility |
As per University norms |
As per University norms |
Minimum GPA eligibility will apply |
Certification Offered:
Certification in Artificial Intelligence, Molecular modeling and drug discovery in collaboration with Insilicomics
This programme with Certification Course in Artificial Intelligence , Molecular modeling and drug discovery in collaboration with Insilicomics Ooty, Tamilnadu prepares participants to excel in the rapidly evolving tech industry, equipping them with the knowledge and skills needed to tackle contemporary challenges in Drug discovery, virtual screening of large chemical databases. The program provides robust skills on computer programming that leverage algorithms, software’s and databases on learning artificial intelligence and data mining techniques. These are essential tools in healthcare and agriculture industries. The uniqueness of the course is aimed to achieve a better understanding about technological revolution, genomics and data science
Study Campus
School of Sciences
#34, 1st Cross
J C Road
Bangalore - 560027
P +91 80434 30100
Admissions Office
JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
P : +91 7337880218
P : +91 9844073343
Curriculum Structure
- Basics of Biology
- Fundamentals of Chemistry
- Physiology and diversity of Biologicalsystem
- Computer applications in Biology
- Cell Chemistry
- Data computation and Biostatistics
- Biomolecular Physics
- Computational Chemistry and Cheminformatics
- Python Programming
- Genomics and Proteomics
- Structural Bioinformatics
- DatabaseManagement Systems
- Medicinal Chemistry
- Tools and Techniques in Computational Biology
- Advanced Topics in Biostatistics
- Advance Topics in Pharmacology
- Algorithm in Computational Biology
- Project
Course Highlights
- Caters to the growing demand for scientists who have cross-disciplinary expertise.
- The B.Sc. degree course delivers a platform to unlock the genetic detailing of various diseases using biological tools.
- Provides various strategies and algorithms to predict new drug targets.
- Aims to provide biological and medical information to allow for individualised healthcare.
- Employs machine learning and deep learning techniques for genomic testing and mutation studies.
- Identifying the basis for disease resistance and stress tolerance in plants.
Career Enhancement Programs
The Career Enhancement programmes are tailored to align with current industry standards. This approach reflects the institution's commitment to building a unique and capable talent pool. Evaluation is based on internal assessment, seminars, assignments, practical and theory examinations and reports prepared by the students. To ensure students remain at the forefront of employability, the career enhancement programme focuses on equipping them with essential soft skills. These skills include communication, presentation, public speaking, personality development, and interview techniques.
Career Outcomes
Exploring Opportunities after B.Sc. Computational Biology
Graduates with a B.Sc. Computational Biology degree find themselves in great demand among a diverse pool of employers, offering a range of career avenues.
Career Prospects
- Bioinformatics ‘c’ Programmer
- Computational Biologist
- Techno-Commercial Executive/Technical Executive
- Pharmacovigilance
- Clinical Data Management
- Clinical Research
- Molecular Modelling
- Genomic Scientist
- Drug Designing
- System Biology Analyst
- Drug Discovery Specialist
- Database Developer
- Insilico Regulatory Support
- Functional Genomic Scientist
- Big Data Analyst
FAQ's
Is Computational Biology in demand?
Yes. Computational Biology is currently considered a high-demand field. There is a growing job market due to the increasing reliance on computational methods in research areas like drug discovery, genomics, and personalised medicine.
Is Bioinformatics high paying?
Yes. Bioinformatics can be a high-paying job. It's a field that combines Computer Science, Math, and Biology and has a strong career outlook.
What is the scope of Computational Biology?
Computational biology is a scientific field that uses computational methods to study biological systems and processes. It has applications in medicine, drug discovery, and understanding the evolution of life.
Is Computational Biology a good career?
Yes. Computational Biology is generally considered a good career choice due to its strong job prospects and high demand in the pharmaceutical and biotechnology industries.
Is Bioinformatics a good career?
Yes. A career in Bioinformatics is promising due to the ongoing research and development efforts in the healthcare, pharmaceutical, and biotechnology fields.