Pursuing B.Sc. (Hons.) Biotechnology at Jaipur National University has been an exciting and fulfilling journey.
Ms. Tiya Tejas Mehta
B.Sc. (Hons) Biotechnology
Contemporary curriculum is aligned to NEP 2020 requirements, UGC and NAAC guidelines.

Nodal Centre of Unnat Bharat Abhiyan
Part of Science Setu Cluster, DBT, Govt. of India
Host institute for MSME, Govt. of India
Interactions with Scientists, Industry Experts
Entrepreneurship and Product
Development
Promotes Biodiversity and Environmental Awareness
Distinctiveness

Experiential learning as a pedagogy emphasizes hands-on experiences, like workshops and skill development courses, allowing learners to actively engage with concepts.

It actively involves students in the learning process through quizzes, educational games, puzzles etc. The approach promotes engagement and collaboration, simultaneously enhancing understanding and retention.

Live Presentations, nukkad natak etc immerses students in realistic scenarios, fostering empathy, problem-solving, and critical thinking.

The school includes dissertations and also promotes internships by the students to develop problem-solving, research, and critical-thinking skills by tackling real-world challenges, enhancing practical expertise.

Trigging the students to think critically, they are empowered to identify and solve problems.

Inquiry-Based Learning through industrial visits allows students to actively explore real-world applications of theoretical knowledge.It also encourages questioning and practical understanding via direct interaction with industry professionals and environments.
Renowned teaching Faculty
Programmes to choose from

Plant Tissue Culture (PTC) is a specialized laboratory that involves growing plant cells, tissues, or organs in an artificial medium under controlled conditions.

A microbiology lab is a specialized facility at the school. It is equipped with tools and equipment like microscopes, petri dishes, incubators, and autoclaves to isolate, culture, and analyze microbes.

An organic chemistry lab is equipped with specialized tools and instruments to facilitate the study of organic compounds. Key features include fume hoods for ventilation, heating mantles, glassware like flasks, beakers, and burettes, and analytical tools like spectrometers and chromatographs.

An Inorganic Chemistry lab is designed for studying the properties, reactions, and synthesis of inorganic compounds, such as metals, minerals, and coordination complexes. The lab typically includes specialized equipment like fume hoods, balances, and glassware for conducting titrations, precipitation reactions, and crystallization processes.

A fermentation lab is equipped to facilitate the controlled growth of microorganisms for various fermentation processes. typically includes sterile environments like laminar flow hoods to prevent contamination, incubators to maintain optimal temperature, and specialized equipment for monitoring pH, oxygen levels, and other growth conditions.

A computer lab is a designated space equipped with computers and related technology, designed to facilitate various digital tasks such as learning, research, and development.

Botany lab is equipped with tools and instruments to study plants, their structure, functions, and growth. It typically includes microscopes for examining plant cells, plant tissue culture setups, growth chambers for experimenting with plant conditions, and herbarium collections for specimen study.

A Molecular Biology lab is equipped with specialized tools and technologies for studying the molecular mechanisms of biological processes. Key features include equipment like PCR machines, gel electrophoresis units, centrifuges, microscopes, and DNA sequencing platforms.

A Bioprocess lab is equipped with specialized tools and equipment for studying and optimizing biological processes used in industries such as pharmaceuticals, food, and biofuels. Key features include controlled environments (temperature, pH, and oxygen levels), fermenters for microbial cultivation, bioreactors for scaling up processes, and analytical instruments for monitoring biological reactions and product yields.

Bioinformatics labs are equipped with advanced computational tools, software, and databases for analyzing biological data, such as genomic sequences and protein structures.

A physics lab is equipped with tools and instruments designed to explore and demonstrate the principles of physics through experimentation. The lab also typically provides access to materials for conducting hands-on experiments in mechanics, optics, electricity, magnetism, and other branches of physics.





These ICT-enabled learning spaces facilitate enhanced student engagement through multimedia presentations, and real-time access to educational resources.

















The school provides career guidance, placement assistance, and organizes campus recruitment drives in collaboration with industry partners. Graduates can pursue careers in research, healthcare, pharmaceuticals, environmental management, and academia, or continue with higher studies.
Yes, the School of Life and Basic Sciences has advanced labs and research facilities like molecular biology lab, plant tissue lab, in areas of basics and advance areas.
The school has MoUs with national institutes like ICAR-IISWC, ICAR-CSWRI, ECH Uniraj, KNHPI, Retro biotech etc. for internships, guest lectures, and research projects to enhance practical learning.
The school focused on holistic development. The students are motived to participate in extra- and co-curricular scientific activities like seminars, workshops, and conferences which are held at the school on the regular basis. Furthermore, students can join clubs at university level.
Yes, the university offers scholarships based on academic merit and need-based criteria.