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Chemistry With Minor in Biotechnology / Physics / Renewable Energy

Chemistry With Minor in Biotechnology / Physics / Renewable Energy

The B.Sc (Honours / Honours with Research) in Chemistry at the School of Sciences, JAIN (Deemed-to-be University), stands among the Best B.Sc Chemistry Colleges in Bangalore, offering a future-oriented academic structure that blends classical chemical sciences with contemporary developments in biotechnology, physics, energy systems, and materials innovation. With its flexible Major–Minor design, the programme enables students to build a personalised academic pathway. It positions the institution among the Top B.Sc Chemistry Colleges in Bangalore, known for academic depth, scientific rigour, and progressive learning environments.

Students gain strong laboratory competence, computational skills, interdisciplinary exposure, and real-time access to advanced instrumentation and research environments. Recognised among the best colleges for B.Sc Chemistry in India, the University ensures that learners go beyond classroom learning through applied projects, research collaborations, industry immersion, and innovation-led modules.

Fully aligned with NEP 2020 and benchmarked against global scientific education models, the programme prepares students for advanced studies, competitive scientific roles, and long-term research careers across chemical sciences, biotechnology, sustainability, analytical laboratories, energy materials, and allied scientific sectors. The integration of rigorous coursework, experiential learning, scientific communication training, and a research-based final year equips graduates with analytical precision, conceptual clarity, technical proficiency, and future-ready scientific competencies suitable for national and global research landscapes.

Duration

4 Years (8 Semesters)

Study Campus

School of Sciences
#34, 1st Cross
J C Road
Bengaluru – 560027
P: +91 80434 30100

Total Number of Credits

176 Credits (As per UGC FYUGP & NCrF)

Eligibility

A student who has passed Level 4 / Class 12 schooling (either through formal schooling or through the open school system) or its equivalent shall be eligible for admission to B.Sc. programmes. 


However, students who have not studied requisite courses from Science discipline related to the respective programmes will have to undertake the prescribed bridge course(s).

Modules

Semester I
    • Essentials of Chemistry
    • Analytical Chemistry – I
Semester II
    • Core Concepts in Chemistry
    • Analytical Chemistry – II

Semester III
    • Advanced Chemistry I
    • Introduction to Biomolecules
    • Introduction to Forensic Chemistry
Semester IV
    • Research Methodology
    • Soil and Agricultural Chemistry
    • Fuel Chemistry

Semester V
    • Industrial Chemistry
    • Integrated Chemistry
    • Advanced Chemistry II
    • Medicinal Chemistry
    • Topics in Pharmacology
    • Polymer Chemistry
    • Material Chemistry
Semester VI
    • Instrumental Methods of Chemical Analysis
    • Food Chemistry
    • Cell Chemistry
    • Toxicology
    • Green Chemistry
    • Project

Semester VII
    • Advanced Chemistry III
    • Astrochemistry
    • Sustainable Chemistry
    • Drug Discovery and IPR
    • Project
Semester VIII
    • IT Skills for Chemists
    • Advanced Chemistry IV
    • Cosmetic Chemistry / Sugar and Dairy Technology
    • Project

Certification Offered

B.Sc. Chemistry with certification in AI, molecular modelling and drug discovery in collaboration with Insilicomics.

Course Highlights

  • Flexible Major–Minor structure integrating Chemistry, Biotechnology, Physics, and Renewable Energy
  • Industry-aligned curriculum compliant with NEP 2020, UGC FYUGP, NCrF, and NHEQF
  • Hands-on experience with chemical, biological, physical, and energy-technology instrumentation
  • Interdisciplinary research pathways in chemical technology, materials science, biophysical chemistry, and sustainable energy
  • Mandatory internship offering practical industry exposure
  • Final-year dissertation strengthening research capability and PG/PhD readiness
  • Strong linkages with chemical industries, biotech companies, R&D labs, and renewable energy sectors
  • Expert faculty, modern laboratories, and advanced computational resources
  • Development of analytical thinking, laboratory proficiency, and scientific problem-solving skills

Career Enhancement Programmes

  • Advanced Laboratory & Instrumentation Skills (FTIR, UV-Vis, HPLC, GC, Electrochemistry, Spectroscopy)
  • Scientific Writing & Communication Workshops (Reports, papers, posters, presentations)
  • Industrial & Energy Sector Field Visits (Chemical industries, biotech labs, water plants, solar/wind farms)
  • Python for Scientific Computing (Data analysis & simulations)
  • Research Accelerator Programme (Mini-projects across chemistry, biotechnology, renewable energy, physics)
  • Industry–Academia Internship Programme & Research Seminars
  • Expert Lectures from IISc, CSIR Labs, IISERs, ISRO, DRDO, NCL
  • National & International Conference Participation Support
  • Green Chemistry & Sustainable Energy Workshops
  • Biotechnology Skill Modules (PCR, microbial culture, enzyme technology, bioprocess basics)
  • Renewable Energy Skill Modules (Solar PV, biofuels, energy audit)
  • Placement Preparation & Career Training (Soft skills, mock interviews, exam guidance)

Career Outcomes

Graduates of the B.Sc (Honours / Honours with Research) in Chemistry with Minor in Biotechnology / Physics / Renewable Energy are well-prepared for diverse and evolving professional pathways, including:

Chemical and Molecular Sciences in Practice

Graduates build careers grounded in core chemical principles, applying analytical thinking to understand, design, and improve chemical processes, materials, and formulations. They contribute to laboratory-based environments where precision, safety, and ethical practice are central, translating molecular-level understanding into solutions for the pharmaceutical, materials, agricultural, and allied sectors. Their training enables them to work responsibly with substances and data, aligning scientific rigour with regulatory and environmental standards.

Interdisciplinary Science and Applied Innovation

Graduates use their minor to work where chemistry meets other fields. They integrate biochemical insights, physical principles, or energy systems thinking. They foster innovation in biosciences, instrumentation, materials, and sustainable energy. Their interdisciplinary skills help them adapt, collaborate with diverse teams, and solve complex problems that span multiple fields.

Research, Data Literacy, and Knowledge Advancement

Graduates develop the capacity to frame research questions, design experiments, analyse data, and communicate findings with clarity and integrity. Whether progressing into research laboratories, doctoral study, or research-support roles, they contribute to advancing scientific knowledge while upholding ethical research practices. Their grounding in scientific writing, data interpretation, and critical evaluation supports evidence-based decision-making in both academic and applied research contexts.

Industry, Quality, and Sustainable Operations

In industry, graduates help drive quality, efficiency, and compliance in chemical operations. They focus on process optimisation, quality assurance, and environmental monitoring. They ensure scientific work meets safety standards and societal expectations. Their knowledge of renewable energy and sustainability helps them support industries that are addressing environmental responsibility and the energy transition.

Education, Communication, and Science-Policy Interfaces

Graduates also move into roles that translate scientific knowledge for broader audiences—through education, technical communication, outreach, or policy-linked environments. They support informed public understanding of science, contribute to curriculum development and training, and assist in developing evidence-informed policy and regulatory frameworks. This pathway reflects the growing need for scientifically literate professionals who can bridge laboratories, classrooms, institutions, and society.

These pathways show a programme focused on adaptable scientific skills rather than fixed jobs. Graduates evolve with new technologies, emerging fields, and shifting societal needs, leading long and meaningful professional lives.

Ready to take the next step? Our counsellors are here to provide you with more information about the programme.
Call us +91 73376 13222

Not sure of your choice? Visit us at the Admissions Office located in Jayanagar 9th Block and meet us.
Access the map here.

FAQ's

Yes,  you may choose Biotechnology, Physics or Renewable energy

The Minor will run only if the required minimum number of students opt for it.

No. Once opted and allotted, Minor cannot be changed.

Yes. The curriculum is aligned with NEP 2020, UGC FYUGP, NCrF, and NHEQF.

Honours includes a project; Honours with Research includes a 12-credit dissertation in Semester 7 & 8.

Yes. Students completing Honours with Research and securing ≥75% are eligible for PhD admission in many Indian institutions through selection criteria.

Then you graduate with B.Sc (Honours) instead of B.Sc (Honours with Research).

Yes, the 4-year Honours with Research (Level 6.5) is strongly aligned with global Bachelor’s benchmarks and is accepted in most countries.

Yes. As per UGC FYUGP norms, the degree certificate will specify: “B.Sc (Honours/ Honours with Research) in Chemistry with Minor in [Biotechnology/Physics/Renewable energy]”.

Yes, external projects are allowed with prior departmental approval and must meet academic standards.

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