Dean’s message

Dr. Vineeth Paleri

Professor and Director-Academics, School of Engineering, Chanakya University

Driven by science, Shaped by leaders

We are Chanakya University, a purpose university founded by the legends of industry and nation builders who inspire a new generation of students to rise with ideals and ideas for tomorrow. Founded by the doyenne of Indian industry, Dr. Kiran Mazumdar-Shaw, a visionary who created the biotechnology industry and pioneered significant value creation on the global stage.

We are dedicated to knowledge and transformative higher science education. Dr. Mazumdar-Shaw’s exceptional leadership and philanthropic vision have laid the foundation for the Chanakya School of Biosciences, which is designed to create a future built with scientific innovation, excellence, and technology.

Our reason for being

The Chanakya School of Biosciences is committed to providing an education rooted in fundamental knowledge and cutting-edge practical experience. With a strong emphasis on core subjects, our programs ensure that students develop an in-depth understanding of biosciences. Our curriculum integrates engineering, bioinformatics, and computing, equipping students with the cross-disciplinary skills essential for future innovation. Through state-of-the-art research facilities and advanced equipment, students gain hands-on experience, engaging with high-end resources to foster their development into top-tier professionals. Our unique electives allow students to specialize in emerging fields, while multiple capstone research projects at various stages provide real-world problem-solving opportunities. The internationally trained faculty and guidance from highly accomplished scientists on our advisory board ensure that students receive mentorship and insights from the best in the field. Our students are well-prepared for successful careers in the rapidly evolving biosciences sector through regular advanced seminars and strong industry collaborations in curriculum design, internships, and placements.

Our DNA is different

  • Guided by Dr. Kiran Mazumdar-Shaw and funded by Mazumdar-Shaw Philanthropy
    The school is built on the legacy and vision of one of India’s most inspiring industrial leaders. Dr. Mazumdar-Shaw’s personal and professional values guide us in shaping future leaders who will drive progress in biosciences.
  • State-of-the-Art research facility
    Equipped with advanced infrastructure, our research facilities are designed to foster groundbreaking scientific exploration.
  • Internationally trained faculty engaged in advanced research
    Our faculty, trained at top global institutions, bring their deep expertise to provide students with cutting-edge knowledge and mentorship.
  • Focus on cutting-edge research in thematic and emerging areas of Biosciences.
    We are dedicated to pioneering research in transformative areas, translating knowledge from the lab to real-world applications.
  • Large collaborative research programs offering opportunities for Interdisciplinary Research
    We collaborate with industry leaders, academic institutions, and think tanks to provide students with vast research and real-world learning opportunities.
  • Education programs with innovative curriculum and pedagogy
    Our curriculum is forward-thinking and designed to align with the ever-evolving demands of the biosciences industry.
  • Support innovation through the incubation of startups.
    We foster a culture of entrepreneurship, offering incubation support to students and innovators who aim to bring transformative solutions to the world.

Our distinctly better programs power our purpose

  • Comprehensive and contemporary curriculum relevant to industry and academia
    Our curriculum is designed to meet the dynamic needs of both the academic world and the rapidly growing biosciences industry.
  • Flexible and multidisciplinary program structure
    A unique blend of majors and minors allows students to tailor their educational journey to their career aspirations.
  • Hands-On learning with lab and tutorial courses
    Practical learning is at the core of our programs, ensuring that students gain real-world skills through hands-on experience.
  • Specialized courses in emerging areas
    We offer advanced courses in genome editing, computational biology, bioengineering, and bio-entrepreneurship, ensuring students are well-versed in the most cutting-edge areas of biosciences.
  • Research projects to solve real-world biological problems
    Students engage in meaningful research that addresses contemporary challenges in biosciences.
  • Network with experienced industry and academic partners
    Our extensive network of industry professionals and academic experts provides invaluable guidance and opportunities for our students.
  • Higher focus on core subjects for in-depth knowledge
    We emphasize mastering foundational concepts in core biological subjects to ensure a robust understanding.
  • Increased emphasis on hands-on practical learning
    With a greater emphasis on practical sessions, our programs enable students to apply theoretical knowledge through experiential learning.
  • Strong integration of interdisciplinary domains
    Our curriculum integrates engineering, bioinformatics, and computing to equip students with the cross-disciplinary skills needed in the biosciences industry.
  • State-of-the-art research facilities for hands-on training
    Students have access to high-end equipment and computational resources, enabling them to gain practical experience in advanced research.
  • Tailored elective courses to deepen expertise
    Our unique selection of electives allows students to specialize in emerging and highly relevant areas of biosciences.
  • Multiple Capstone Research Projects at Different Stages
    We offer opportunities for students to work on real-world research projects throughout their programs, ensuring hands-on learning and innovation.
  • Internationally trained faculty members
    Our faculty members are internationally trained and bring their vast experience to enrich the learning environment.
  • Distinguished advisory board and board of Studies
    Our board consists of highly accomplished scientists who guide the curriculum and research initiatives.
  • Advanced seminars with eminent scientists
    Regular seminars provide opportunities to interact with leading scientists from around the world.
  • Industry interactions across curriculum design, teaching, internships, and placements
    We integrate industry collaborations at every stage of the student journey to ensure they are prepared for the challenges of the future.

Rising with Chanakya: The school of bio sciences curriculum powers our purpose.

Our commitment to our mission extends far beyond the conventional. As we are dedicated to nurturing the next generation of thinkers, doers, and creators, our approach is elevated through an enriched curriculum that transcends the usual and doesn’t simply replicate the past. This enriched curriculum ensures that our vision, values, and founding ethos come to life meaningfully, rising above dated and ordinary paradigms.

Through our distinct Chanakya pathways, we provide a three-way advantage:

  • Strong foundation: We teach what must be taught much better: imparting a strong conceptual foundation, timeless knowledge, and essential skills that form the core of every student’s journey.
  • Expanders: We go beyond and expand learning: areas where we push the boundaries of the traditional curriculum model, enriching and broadening perspectives.
  • Maximisers: We ensure our students maximize: through enriched programs and insights with exceptionally unique offerings designed to prepare students for the challenges of tomorrow, we are enriching and distinctly empowering them to rise with ideals and ideas.

Below, you will find the detailed elements that distinguish our commitment to shaping students, their futures, and the society they will serve with Chanakya pathways.

B.Tech – Biotechnology and Bioengineering

Strong foundation

  • Foundation courses in basic science and engineering
    Biology, mathematics, and bioinformatics courses prepare students with the necessary foundation for this program (15-20%).
  • Professional core courses to develop deep knowledge
    Our curriculum includes specialized courses in molecular biology, cell biology, biochemistry, and more, designed to provide in-depth knowledge of biotechnology and bioengineering (40-50%).
  • Core biological courses
    The backbone of our program is in-depth studies of molecular biology, cell biology, genetics, immunology, and microbiology.
  • Programming, bioinformatics, genome informatics, and Computational Biology
    A strong emphasis on computational biology ensures that students have skills essential in modern biosciences.
  • Ample choice of electives
    Students can select from various professional and open electives to specialize in their area of interest (15-20%).
  • University foundation courses for holistic development
    These courses support students’ overall development, ensuring they are not only experts in their field but also well-rounded individuals (20%).

Expanders

  • Focus on core biological courses.
    The program provides a strong foundation in essential biological courses like molecular biology, genetics, and microbiology, ensuring students develop in-depth, fundamental knowledge.
  • Emphasis on Practical Learning
    Our curriculum gives increased weightage to practical sessions, allowing students to apply their knowledge and gain hands-on experience.
  • Integration of Engineering, Bioinformatics, and Computation
    Our interdisciplinary approach integrates engineering, bioinformatics, and computational sciences to prepare students for the diverse needs of the biosciences industry.
  • State-of-the-Art Research Facilities
    Students gain hands-on experience with high-end research equipment and computational tools, ensuring they are trained on the latest technology.
  • Internationally Trained Faculty Members
    Our faculty, with expertise from leading global institutions, ensures high-quality learning and research.
  • Curriculum Focused on In-Demand Skills
    We equip students with essential skills such as experiment design, data analysis, and problem-solving that are highly sought after in the industry.
  • Innovative Pedagogy
    A mix of self-study, group discussions, quizzes, and field visits promotes active learning and engagement.
  • Capstone Research Projects
    Students undertake multiple research projects throughout their program, often leading to innovative solutions and new discoveries.
  • Industry Interactions
    Our connections with industry leaders provide students with practical insights and opportunities for internships and placements.

Maximisers

  • Emerging areas of Biotechnology
    The program introduces students to high-demand areas like synthetic biology, genomic data analysis, genome editing, and tissue engineering.
  • Unique electives in emerging fields
    Through a tailored set of electives, students can specialize in areas like bioengineering, computational biology, and biomedical engineering.
  • Advanced open electives
    Our curriculum includes electives in emerging fields like bioprospecting, forensic science, biosensors, and the application of AI/ML in biology.
  • Innovation-focused projects
    Students work on projects that test new ideas and develop solutions that can disrupt industries.
  • Holistic development
    University foundation courses focus on research methodologies, scientific writing, and presentation skills, ensuring that students graduate with academic and professional expertise.

MSc – Bioinformatics and Biotechnology

Strong foundation

  • Foundation courses in biology, mathematics, statistics, and programming to prepare students for this program (15-20%).
  • Professional core courses to develop deep knowledge in the area (40-50%).
  • Courses in molecular biology, cell biology, biochemistry, structural biology, genetics, immunology, microbiology.
  • Programming, bioinformatics, genome informatics, and computational biology.
  • Ample choice of open electives to develop specialization and career options (15-20%).
  • University foundation courses for holistic development (20%).

Expanders

  • All core courses are designed to develop both conceptual knowledge and practical experience.
  • Emphasis on hands-on, experimental learning with increased credits for practical sessions.
  • Strong integration of bioinformatics and computational biology throughout the curriculum, which is essential for various industries.
  • State-of-the-art research facilities, including high-end equipment and computational facilities for hands-on training (not mere demonstrations). Students will have the opportunity to operate high-end equipment and learn by doing.
  • Internationally trained faculty members.
  • Curriculum focused on developing skills that are in demand, such as experiment design, data analysis, and problem-solving.
  • Innovative pedagogy including self-study, group discussions, quizzes, and field visits.
  • A full-semester research project under the guidance of faculty at the school, industry, or other academic organizations. This provides sufficient time for students to develop their projects, many of which lead to publications that significantly advance their careers.
  • Industry interactions.

Maximisers

  • Unique program designed to develop expertise in dual areas of bioinformatics and biotechnology, which are in high demand in the pharmaceutical, data analytics, and IT industries.
  • Core courses introducing students to emerging areas that are in high demand, such as synthetic biology, genomic data analysis, and the application of AI/ML.
  • Advanced open elective courses in emerging areas of bioinformatics and biotechnology such as bioprospecting, forensic science, big data analysis, and bio-entrepreneurship.
  • Regular advanced seminars by eminent scientists from academia and industry.
  • Workshops on industry-relevant topics, such as clinical trial data analysis, conducted by industry experts.
  • University foundation courses for holistic development.

BSc (Hons) – Biotechnology

Strong foundation

  • Foundation courses in basic sciences including biology, mathematics, bioinformatics, and computer programming to prepare students for this program (15-20%).
  • Professional core courses to develop deep knowledge in the area (40-50%).
  • Courses in molecular biology, cell biology, biochemistry, structural biology, genetics, immunology, microbiology.
  • Programming, bioinformatics, and computational biology.
  • Ample choice of open electives to develop specialization and career options (15-20%).
  • University foundation courses for holistic development (20%).
  • Multiple exit options during the program.

Expanders

  • Courses are designed to develop both conceptual knowledge and practical experience, providing a balanced mix of theory and hands-on learning.
  • State-of-the-art research facilities for hands-on training (not mere demonstrations). Students will have the opportunity to operate high-end equipment and learn by doing.
  • Internationally trained faculty members.
  • Curriculum focused on developing skills that are in demand, such as experiment design, data analysis, and problem-solving.
  • Innovative pedagogy including self-study, group discussions, quizzes, and field visits.
  • Multiple capstone research projects under the guidance of faculty, working on real-world problems.
  • Industry interactions.
  • Greater emphasis on core biological courses such as molecular biology, cell biology, biochemistry, and microbiology, to ensure in-depth understanding. This is often diluted in other programs, leading to a lack of fundamental knowledge of the subject.
  • All core courses are designed to develop both conceptual knowledge and practical experience.
  • Consequently, there is a greater emphasis on hands-on, experimental learning, with increased credits for practical sessions.
  • Strong integration of bioinformatics and computational biology throughout the curriculum, which is essential for several industries.
  • State-of-the-art research facilities, including high-end equipment and computational facilities for hands-on training (not mere demonstrations). Students will get the opportunity to operate high-end equipment and learn by doing.
  • Internationally trained faculty members.
  • Curriculum focused on developing skills that are in demand, such as experiment design, data analysis, and problem-solving.
  • Innovative pedagogy including self-study, group discussions, quizzes, and field visits.
  • Multiple capstone research projects under the guidance of faculty engaged in advanced research.
  • Research projects integrated at various stages of the program, providing a comprehensive learning experience.
  • Industry interactions.

Maximisers

  • Unique combination of major and minor subjects to provide broader career options to students, such as biotechnology with entrepreneurship, data science, or pharmaceutical chemistry.
  • Professional core courses introducing students to emerging areas that are in high demand, such as synthetic biology, genetic engineering, entrepreneurship, and the application of AI/ML in biology.
  • Unique set of open electives to develop deeper expertise in emerging areas and technologies such as biotechnology, bioprospecting, forensic science, computational biology, and drug discovery.
  • One project focusing on new ideas and testing – students are encouraged to come up with new ideas.
  • Option to complete one full-semester project or internship at an academic institution or industry.
  • University foundation courses for holistic development.
  • Research projects conducted over multiple semesters.

BSc (Hons) Chemistry

Strong foundation

  • Foundation courses in basic science, including physics, chemistry, biology, mathematics, and computer programming, to prepare students for this program (15-20%).
  • Professional core courses to develop deep knowledge in the area (40-50%).
  • Courses in organic, inorganic, physical, and analytical chemistry, and spectroscopy.
  • Ample choice of open electives to develop specialization and career options (15-20%).
  • University foundation courses for holistic development (20%).
  • Multiple exit options during the program.

Expanders

  • Higher focus on core chemistry courses such as organic, inorganic, physical, and analytical chemistry, to develop in-depth knowledge.
  • All core courses are designed to develop both conceptual knowledge and practical experience.
  • There is a greater emphasis on hands-on, experimental learning with increased credits for practical sessions.
  • State-of-the-art research facilities for hands-on training (not mere demonstrations). Students will have the opportunity to operate high-end equipment and learn by doing.
  • Internationally trained faculty members.
  • Curriculum focused on developing high-end skills that are in demand, such as experiment design, data analysis, and problem-solving.
  • Innovative pedagogy including self-study, group discussions, quizzes, and field visits.
  • Multiple capstone research projects under the guidance of faculty, allowing students to work on real-world problems.
  • Industry interactions.

Maximisers

  • Unique combination of major and minor subjects to provide broader career options for students, such as chemistry with entrepreneurship, data science, or biotechnology.
  • Professional core courses introduce students to highly demanded emerging areas, such as medicinal chemistry, green chemistry, chemical biology, and the art of organic synthesis.
  • Unique open electives to develop more profound expertise in pharmaceutical chemistry, renewable energy chemistry, and computational chemistry.
  • One project focusing on new ideas and testing – students are encouraged to come up with new ideas.
  • Option to complete one full-semester project or internship at an academic institution or industry.
  • University foundation courses for holistic development, including courses in research methodologies, scientific writing, and presentation skills.

Programme Highlights

The program aims to produce graduates who are:

  • Internship as the last trimester
  • 3600 Integrity Score and individual mentoring by Executives from Industry
  • Rural Immersion for developing social entrepreneurship orientation.
  • Faculty drawn from International Universities, Leading corporates and Indian Institutions.
  • Courses curated to expose students to the latest trends in the Business World

Benefits

Research at Chanakya University is inspired by its Purpose– ‘creating knowledge and transformative leaders for holistic development’.

The University has imbibed its liberal education framework from the new National Education Policy to create an environment of constant curiosity emanating from concern towards issues that need sustainable solutions.

Campus

Faculty members

Prof. H.S. Subramanya

Dean, School of Biosciences

Ph.D., Indian Institute of Science, Bengaluru; Post-doc, Oxford University, UK

Former Director, IBAB, Bengaluru
Dr. Krishna Kurthkoti

Associate Professor, School of Biosciences

Ph.D., Indian Institute of Science, Bengaluru; Post-doc, Rutgers University

Former Faculty, RG Centre for Biosciences, Tiruvanantapuram
 Dr. Shubhada Hegde

Associate Professor, School of Biosciences

Ph.D., CDFD Hyderabad; Post-doc, Indian Institute of Science, Bengaluru

Former DST-Inspire Faculty Scientist, IBAB, Bangalore
Dr. Priyadarshan Kinatukara

Assistant Professor, School of Biosciences

Ph.D., CSIR

Former Faculty, CSIR-Institute for Microbial Technology
Dr. Shilpee Jain

Assistant Professor, School of Biosciences

Ph.D., IIT Kanpur

Former Faculty Fellow at the Center for Biosystems Science and Engineering, IISc
Dr. Meenakshi Iyer

Assistant Professor, School of Biosciences

Ph.D., NCBS, TIFR; Post-doc, NCBS, Bengaluru

Former Project Scientist in NCBS
Dr. Deepthi Hebbale

Assistant Professor, School of Biosciences

Ph.D., IISc, Bengaluru

Happenings at Chanakya University

Testimonials

Research

Research at Chanakya University is inspired by its Purpose– ‘creating knowledge and transformative leaders for holistic development’.

The University has imbibed its liberal education framework from the new National Education Policy to create an environment of constant curiosity emanating from concern towards issues that need sustainable solutions.

Inspiring Ideas

Let us collectively demonstrate Bengaluru’s capacity, akin to its prowess as an economic powerhouse, to also emerge as a model of sustainability. Our aim is to establish Bengaluru as a beacon of economic dynamism and environmental stewardship simultaneously.

We are fostering an environment that nurtures creativity, critical thinking, and cross-disciplinary collaboration. The establishment of the Chanakya school of Biosciences represents a bold step forward in our collective pursuit of leveraging education and research to address pressing global challenges.

I came to pay my respects to Acharya Chanakya ji. Great ideas are manifested in this University Campus. I invoke the blessings of Thakur, Maa, Swamy ji on all of you and on this institution and on all the present and future students.

I wish the university the most success and look forward to visiting the campus regularly as well as supporting Chanakya University. With best wishes

I applaude you for putting together a bold vision of a world class University. The building represents the Grandeur of the university. I wish you all the very best and I hope to see Chanakya University in the top ranking in a few years.

Going around the campus soaking in the energy and watching a miracle emerge is inspiring for all the skeptics who think that a ‘New India rising’ is a slogan they need to come here to see it happening.

Sri Prashanth Prakash

Founding Partner, Accel

Dr. Kiran Mazumdar- Shaw

Chairperson – Biocon Limited

Swami Tadyuktananda

Sri Ramakrishna Vidyarthi Mandiram

Sri Surendra Ramanna

CEO,TRC-WWC

Sri Phaneesh Murthy

Entrepreneur and philanthropist

Dr. R Balasubramaniam

Member, Capacity Building Commission, GoI Founder, Swami Vivekananda Youth Movement

Placement and Internship partners

Collaborations

University collaborations foster academic excellence, innovation, and global partnerships, enabling research, student exchange, and shared resources for transformative education.

Student Testimonials

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