Division of
Biotechnology

Empowering the next generation of biotechnologists through innovative education, cutting-edge research, and industry-aligned training in genomics, proteomics, and bioprocess engineering.

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Vision & Mission

Guiding principles that define our academic pursuit, research direction, and commitment to creating an impact through biotechnology.

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Our Vision

To raise biotechnologists with potential to innovate and disseminate technical knowledge towards the betterment of the community.

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Our Mission

To impart academic excellence, professional competence with ethics to develop processes and valuable bio-products.

To recognize and solve problems pertinent to Water, Food, Health Care and Energy through biotechnology approaches.

Program Objectives & Outcomes

  • PEO I: Demonstrate knowledge towards sustainable development in Biotechnology meeting the International standards.
  • PEO II: Exhibit skills in Biotechnological process development, product optimization, commercialization and social application.
  • PEO III: Establish bioethical practices and ensure awareness on professional codes.
  • PO1: Engineering Knowledge: Apply the knowledge of Mathematics, Science and Engineering to solve the problems related to Bio-Technology.
  • PO2: Problem analysis: Identify, formulate and analyze the complex problem in Bio-Technology and provide appropriate conclusions using principles of Engineering & Sciences.
  • PO3: Design/development of solutions: Design solutions for complex bio-based problems and design process that address the specified needs for the public health, safety and environmental considerations.
  • PO4: Conduct investigations of complex problems: Design experiments, analyze, interpret data and synthesize information using knowledge based research tools to arrive at valid conclusions.
  • PO5: Modern tool usage: Create, select and apply appropriate techniques, software resources and modern engineering tools for prediction and modeling of complex engineering and biotechnology problems in different fields to understand the limitations.
  • PO6: The Engineer and Society: Rational use of contextual knowledge to asses societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice and modern biotechnological research and development.
  • PO7: Environment and Sustainability: Understand and exhibit the knowledge vital for sustainable development in societal and environmental contexts using the professional engineering and biotechnology solutions.
  • PO8: Ethics: Inculcate ethical principles to imbibe professional ethics, responsibilities and norms of the Engineering practice and Biotechnology research.
  • PO9: Individual and team work: Function effectively as an individual, member or leader of diverse teams in multidisciplinary settings.
  • PO10: Communication: Communicate effectively with the engineering community and with society at large on complex food material procurement, manufacture and distribution activities and be able to comprehend, document, write effective reports, prepare presentations and exchange of clear instructions and knowledge.
  • PO11: Project management and finance: Effectively communicate with engineering community on activities relevant to society at large and comprehend reports & documentation, make effective presentations and exchange clear instructions.
  • PO12: Life-long learning: Recognize the need for independent and life-long learning experience for a lucrative professional career.
  • PSO 1: Graduates have strong knowledge in the field of biotechnology and applied sciences.
  • PSO 2: Graduates will design and conduct experiments in biotechnology as well as analyze and interpret data.
  • PSO 3: Graduates will use current techniques, skills and modern tools necessary for modeling and design of bioprocesses.
  • PEO I: Excellence in interdisciplinary knowledge for sustainable development in Biotechnology meeting the National and International standards.
  • PEO II: Professional skills to resolve problems in health, agriculture and environment domains using biotechnological tools and practices.
  • PEO III: Inculcate bioethical practices and social responsibility among students.
  • PO 1: Independently carry out research /investigation and development work to solve practical problems.
  • PO 2: Write and present a substantial technical report/document.
  • PO 3: Demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program.
  • PO 4: Apply technical knowledge to provide solutions to societal problems and ethical issues conforming to sustainability.
  • PEO I: Exhibit strong biotechnological competence in providing solutions to societal problems
  • PEO II: Implement innovative skills for sustainable development in health, agriculture and environment
  • PEO III: Develop professional and ethical values for research

Graduates will be able to:

  • PO 1: Acquire problem solving and enterprise skills that contribute to productive and innovative outcomes.
  • PO 2: Develop and update domain knowledge relevant to the chosen field to succeed in highly competitive and rapidly changing work environments.
  • PO 3: Utilize the acquired knowledge leading to innovation and entrepreneurship in order to eliminate the problems of the society.
  • PO 4: Design and conduct experiments, demos, create models to analyze and interpret data.
  • PO 5: Perform experiments related to scientific and computational theories and conceive potential technological applications.
  • PO 6: Execute collaborative research and scientific communication through projects, internship and on-site training.
  • PO 7: Implement solution for social, economic, environmental and other critical issues faced by the community at the local, national and global levels.
  • PSO 1: Apply the knowledge of biotechnology towards development of products and processes for sustainable development
  • PSO 2: Demonstrate industry relevant skills to address issues pertaining to food, water healthcare and renewable energy
  • PSO 3: Exhibit professional and ethical values in academic, industry and research
Since 2005

Karunya's Growth in Biotechnology Education & Research

The Division of Biotechnology at Karunya was established in 2005 with a strong academic vision to apply biotechnological principles in addressing challenges related to healthcare, agriculture, and environmental sustainability.

Over the years, this scientific direction has shaped our research initiatives, laboratory infrastructure, and academic structure. The consistent pursuit of biotechnology research excellence and innovation has made us the best university for B.Tech Biotechnology in India.

2005

Division of Biotechnology established with a focus on healthcare, agriculture & environmental sustainability.

2007

Evolved into the School of Biotechnology, expanding research and academic programmes.

2009

Grew into the School of Biotechnology and Health Sciences, expanding interdisciplinary research dimensions.

Today

A nationally recognized centre of excellence with ₹4Cr+ funded research across pharma, cancer, environment & more.

Our faculty members actively mentor students in core biotechnology domains, preparing them to contribute through meaningful academic and research outcomes. Projects valued at over ₹4 crore reflect our deep engagement with high-priority science and healthcare domains.

Karunya Biotechnology Lab
Karunya Research Facility
Karunya Students
Karunya Biotechnology Department
Programme Overview

Why Study B.Tech Biotechnology?

The B.Tech Biotechnology programme integrates biology and technology by bringing scientific understanding into practical applications that strengthen healthcare, enhance food production, and support environmental conservation.

The field continues to broaden its scope — from developing advanced therapeutics to improving crop resilience. Those who aspire to be part of this ever-growing sector can choose B.Tech Biotechnology as their gateway to an impactful career.

If you are curious about how living systems work and want to use that knowledge to create impact, a degree in B.Tech Biotechnology gives you the start you need — in research, pharma, diagnostics, and many more domains.

Molecular Biology Genetic Engineering Microbiology Plant Biotechnology Pharmaceutical Science Industrial Biotech Bioinformatics Bioprocess Engineering
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Advanced Curriculum

Syllabus covering molecular biology, genomics, and industrial biotechnology.

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Research Exposure

Hands-on participation in government-funded research projects.

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Healthcare Impact

Work on therapeutics, diagnostics, and vaccine development.

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Sustainability Focus

Address global challenges in agriculture and environmental conservation.

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Industry Alignment

Curriculum designed with real-world biotech industry requirements.

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Career Breadth

Opens doors to pharma, research, diagnostics, and beyond.

Our Distinction

Why Choose Karunya Among the Best Colleges in Coimbatore?

We have emerged among the best B.Tech Biotechnology colleges in Coimbatore through consistent academic advancement, strong research involvement, and faculty expertise.

01 — Research
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Government-Funded Research Projects

Multiple projects funded by the Government of India in pharmaceutical biotechnology, cancer therapeutics, and environmental science — valued collectively at over ₹4 crore.

02 — Curriculum
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Applied & Interdisciplinary Curriculum

Subjects spanning molecular biology, genetic engineering, industrial biotechnology, bioinformatics, microbiology, plant & animal biotechnology, and bioprocess engineering.

03 — Mentorship
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Expert Faculty & Active Mentorship

Faculty who lead funded research in molecular diagnostics, vaccine development, microbial technology, and bioprocess optimisation — guiding students into publications and projects.

04 — Infrastructure
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Advanced Laboratory Facilities

State-of-the-art labs enabling focused work in molecular biology, genetic engineering, stem cell research, and industrial biotechnology with hands-on research involvement.

05 — Progression
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Seamless UG to PG Transition

Recognized as the best university for M.Sc and M.Tech Biotechnology — students can continue their research trajectory without disruption into postgraduate and doctoral studies.

06 — Impact
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High-Impact Research Domains

Research spanning lung & oral cancer biology, nanoformulation, plant gene expression, algae bio-refinery, infectious disease modelling, and textile dye remediation.

Ready to Begin Your Biotechnology Journey at Karunya?

Join a community of researchers, innovators, and future leaders shaping the future of life sciences in Coimbatore and beyond.

Apply Now →
Academic Programmes

Programs Offered

A structured academic progression in biotechnology — from undergraduate to doctoral — designed with a strong academic grounding and industry-relevant direction.

Undergraduate Programs
B.Tech · Undergraduate

B.Tech Biotechnology

A foundational programme covering the core principles of molecular biology, bioprocess engineering, microbiology, genetic engineering, and pharmaceutical science. The ideal gateway to a career in life sciences.

Duration 4 Years
Mode Full-Time
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B.Tech · Specialisation

B.Tech Biotechnology (Artificial Intelligence)

An interdisciplinary specialisation combining core biotechnology with AI, machine learning, and data science applications for modern life science research and drug discovery.

Duration 4 Years
Mode Full-Time
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B.Tech · Specialisation

B.Tech Biotechnology (Drug Engineering)

Focuses on pharmaceutical biotechnology, formulation science, drug delivery systems, and regulatory pathways — preparing graduates for careers in the pharmaceutical industry.

Duration 4 Years
Mode Full-Time
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B.Tech · Specialisation

B.Tech Biotechnology (Genome Engineering & Technology)

Specialises in CRISPR, gene editing tools, genomics, and next-generation sequencing technologies. Ideal for students aiming to work in cutting-edge genomics research.

Duration 4 Years
Mode Full-Time
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Postgraduate Programs
M.Tech · Postgraduate

M.Tech Biotechnology

An advanced engineering-oriented programme in biotechnology, covering bioprocess optimisation, fermentation technology, downstream processing, and advanced research methodology.

Duration 2 Years
Mode Full-Time
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M.Sc · Postgraduate

M.Sc Biotechnology

A comprehensive science-focused postgraduate programme covering molecular biology, genetics, cell biology, bioinformatics, and industrial biotechnology with strong research exposure.

Duration 2 Years
Mode Full-Time
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Doctoral Program
Ph.D · Doctoral

Ph.D Biotechnology

The highest level of academic and research pursuit in biotechnology. Students contribute original scientific knowledge across specialised domains under expert faculty guidance, with access to funded research projects, international collaborations, and advanced publication opportunities.

Duration 3–5 Years
Mode Full / Part-Time
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Infrastructure

Biotechnology Laboratories & Research Facilities

The Division of Biotechnology houses advanced laboratories and specialised research centres that support learning, experimentation, and innovation in all core areas of biotechnology.

Core Laboratories
  • Microbiology Laboratory
  • Immunology Laboratory
  • Biochemistry Laboratory
  • Molecular Biology Laboratory
  • Genetic Engineering Laboratory
  • Plant and Animal Cell Culture Laboratory
  • Bioprocess Technology and Downstream Processing Laboratory
  • CCSEA Approved Animal House Facility (1537/PO/ReBi/S/11/CPCSEA)
  • Small Animal Breeding Facility
  • Centre of Excellence in Stem Cell Research
Thrust Areas of Research
Bioprocess Modeling
Biomass & Bio-energy
Nutraceuticals
Phyto-therapeutics
Anticancer Research
Drug Discovery & Modeling
Bioremediation
Bio-film Technology
Environmental Engineering
Molecular Biology Laboratory
Molecular Biology & Research Laboratory
Bioprocess Laboratory
Bioprocess Technology Lab
Research Facility
Stem Cell Research Centre
After Graduation

Career Opportunities

Pursuing B.Tech Biotechnology at Karunya in Coimbatore opens a strong gateway to a variety of career roles across biotechnology and allied industries. The programme is structured to offer academic precision, exposure to core technologies, and interaction with research-driven projects.

Graduates from Karunya are well-positioned to take on critical responsibilities in research, manufacturing, innovation, and scientific analysis.

Ready to explore your future?
Speak with our admissions team to understand how a B.Tech Biotechnology from Karunya can shape your career path.

Get in Touch
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Bioprocess Engineer

Design and optimise biological manufacturing processes

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Molecular Biologist

Study gene expression, structure and function

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Clinical Research Associate

Oversee clinical trials and research studies

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Biomedical Data Analyst

Interpret complex biological and clinical datasets

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Regulatory Affairs Specialist

Navigate drug and biotech regulatory frameworks

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Quality Control Analyst

Ensure safety and quality of biotech products

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Genetic Engineer

Develop advanced genetic modification technologies

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Research Scientist — Pharma

Drive innovation in pharmaceutical development

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Industrial Microbiologist

Apply microbial knowledge in industry settings

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Environmental Biotechnologist

Develop sustainable and bioremediation solutions

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Vaccine Development Associate

Research and develop novel immunisation technologies

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Biotech Product Manager

Bridge science and market for biotech products

TESTIMONIALS

Hear From Our Students

Hear from our graduates and researchers who have transformed their passion for biotechnology into impactful careers through Karunya's dedicated ecosystem.

Nidhin

Karunya’s excellent faculty, vibrant student community, and events like MINDKRAFT shaped my communication and leadership skills, while its spiritual environment inspired me to grow and “Rise and Shine.”

Nidhin Jacob

Team leader Data Management - Netherlands
Rose Dayana Mary

I am thrilled to share my incredible journey as a B.Tech in Biotechnology student at Karunya Institute of Technology and Sciences. Coming from Bangalore,I knew I wanted to pursue a career in Biotechnology, and my time at Karunya has been nothing short of transformative.

Rose Dayana Mary

B.Tech Biotechnology
Manpreet Jivin

I am grateful to the Department of Biotechnology, Karunya Institute of Technology and Sciences, for shaping me into the person I am today. With their unwavering support and commitment to education, I was able to achieve challenging goals throughout my four years of undergraduate study, all while maintaining a merit scholarship and graduating with distinction.

Manpreet Jivin

Department of Biotechnology

Frequently Asked Questions

Find answers to frequently asked questions about biotechnology programs, scholarships, and life at Karunya.

The answer can vary, but many students consider Karunya among the best biotechnology universities in India because of the way learning is structured here. You get to study core subjects with clear guidance, work in modern laboratories, and gain exposure to ongoing funded research projects. This kind of environment helps you practically understand biotechnology and prepares you for the best career in the biotechnology field.

The scope of B.Tech Biotechnology is expected to grow steadily in the coming years. With increasing focus on healthcare, pharmaceuticals, agriculture, and environmental solutions, the demand for skilled biotech graduates is rising. Opportunities are expanding in research labs, biotech companies, and startups. If you build strong fundamentals and gain practical exposure during your course, you will be well prepared to step into these evolving career paths.

When choosing the best colleges for B.Tech Biotechnology, focus on how well the course is taught and the kind of practical exposure you will get. Look for colleges with good laboratory facilities, experienced faculty, and opportunities to work on projects. It also helps to check if the institution has industry connections and placement support. The best college that gives you both strong subject understanding and hands-on experience will prepare you better for future opportunities.

At Karunya, you are guided step by step to understand where your strengths fit within biotechnology. Through mentoring, hands-on lab work, and exposure to ongoing research, you gain clarity on different career options. This kind of support is one reason why many students consider it a best university for B.Tech Biotechnology, as it helps you move forward with confidence and a clear direction.

Yes, you can avail scholarships if you join B.Tech Biotechnology at Karunya. Scholarships are offered based on your academic performance, entrance exam scores, and specific eligibility categories. Students with strong marks in Class 12 or the entrance exam can receive merit-based fee concessions. There are also scholarships for achievements, special categories, and financial need. In some cases, high-performing students can receive significant fee reductions, and these scholarships are usually continued based on your academic performance during the course.

Life at Karunya supports both your academic growth and personal development. Academically, you learn in a focused environment with regular lab sessions, guidance from faculty, and opportunities to be part of projects that strengthen your understanding. At the same time, campus life gives you space to build friendships, take part in activities, and grow in confidence. This balance helps you develop not just as a student, but as an individual ready for future challenges.