B.Sc.*// B.Sc. (Honours / Honours with Research / Honours with Entrepreneurship)in Specialization **

Interdisciplinary programme with Major in Biotechnology and Minor specialization options

Interdisciplinary programme with Major in Biotechnology and Minor specialization options

Flexibility to choose minor from Zoology, Environmental Science, Chemistry, or Data Analytics

Emphasis on practical learning, laboratory skills, and research exposure

Curriculum aligned with current advances in biotechnology and life sciences

Training in modern techniques

Exposure to industry practices, internships, and project-based learning

Development of analytical, technical, and problem-solving skills

Opportunities for participation in seminars, workshops, and scientific conferences

Comprehensive study of plant life, including structure, function, growth, reproduction, and evolution.

Strong foundation in core biological sciences such as Taxonomy, genetics, ecology, and biotechnology

Practical laboratory training with experiments, microscopy, plant identification, and tissue culture techniques

Fieldwork and educational tours for hands-on learning about biodiversity, ecosystems, plant identification and conservation

Development of analytical, research, and problem-solving skills through projects and assignments

Understanding of the role of plants in agriculture, medicine, climate regulation, and sustainable development

Opportunities for interdisciplinary learning in environmental science, agriculture

Interdisciplinary curriculum for comprehensive environmental understanding

Research-driven learning with Hands-on experience in ecosystem assessment, biodiversity surveys, soil and water sampling, and environmental monitoring across diverse habitats.

Internship and placement opportunities with environmental agencies, NGOs, research institutions, consulting firms, and corporate sustainability departments.

Experienced and research-oriented faculty

Industry relevant software training including MS Excel and SPSS

Field visits, interactive webinars and seminars on contemporary economic issues

Active Economics Society for student engagement providing a platform to showcase their skills

Dynamic, comprehensive and skill-oriented curriculum aligned with NEP framework

Experiential learning through class discussions, presentations and projects

Student centric academic environment and career support

Continuous assessment and ICT blended teaching learning practices

Use of Dynamic & Interactive Pedagogy

Research Based Learning

Well Equipped Labs

Extensive & Robust Curriculumn

Skill Based Training

Workshops, seminars, industrial visits, and expert lectures

Enhances practical competency in modern software applications and emerging digital technologies.

Strengthens analytical thinking, logical reasoning, and problem-solving capabilities.

Provides foundational knowledge of programming methodologies and database systems.

Promotes experiential, project-oriented, and application-based learning approaches.

Develops digital fluency along with effective technical and professional communication skills.

Builds proficiency in contemporary web development tools and internet technologies.

Facilitates interdisciplinary learning opportunities for students from science, commerce, and arts streams.

Equips learners for advanced studies, industry certifications, and diverse career opportunities in the IT domain.

Strong theoretical foundation of Mathematics.

Training using advanced tools such as MATLAB, Mathematica, Scilab.

Access of workshops, Expert sessions and Career guidance.

Bridges pure mathematics with real world problem.

Skill development like analytical thinking, logical reasoning, quantitative aptitude, data interpretation and decision making.

NEP-aligned Four-Year Undergraduate Programme (FYUP) with multiple entry and exit options

Flexible multidisciplinary curriculum integrating theory, research, and applied learning

Exposure to emerging domains such as Digital Mental Health, Artificial Intelligence & Human Behaviour, Environmental Psychology, Sports Psychology, and Forensic Psychology

Strong foundation in psychological assessment, research methodology, and behavioural sciences

Practical training through internships, field visits, community outreach, and mental health awareness programmes

Skill-based learning through workshops, seminars, experiential activities, and industry interaction

Training in counselling skills, psychometric testing, and behavioural analysis

Access to modern laboratories, smart classrooms, departmental library, and research facilities

Opportunities for research projects, presentations, and academic development

Add-on and skill development courses in Guidance & Counselling

Provides knowledge of physical fitness, sports training and health education.

Combines theoretical learning, scientific study of human anatomy, physiology, and biomechanics with practical .

Develops leadership, discipline, teamwork, and communication skills.

Focuses on overall personality development and mental well-being.

Promotes healthy lifestyle habits and lifelong fitness awareness.

Offers practical exposure through sports competitions, camps, and internships.

Encourages research and analytical skills in sports.

Builds knowledge of sports management and event organization.

Trains students in yoga, recreation, and wellness practices.

Improves decision-making and problem-solving abilities in sports situations.

Provides knowledge about injury prevention, rehabilitation, and first aid.

Helps students understand sports psychology and athlete motivation.

Develops technical and officiating skills in various games and sports.

Integrates modern technology and scientific methods in physical education

Creates awareness about nutrition, wellness, and holistic health.

Hands-on laboratory training with modern instruments and experimental techniques

Exposure to research methodology, scientific data analysis and simulation tools

Opportunities for project work, internships, workshops and expert lectures

Development of analytical, problem-solving, and critical thinking skills

Preparation for higher studies, research careers, and competitive examinations

Interdisciplinary learning opportunities in material science, data science, and renewable energy

Industry-oriented curriculum aligned with modern scientific and technological advancements

Strong foundation in probability and statistics

Introduction to data analysis, statistical inference, and sampling techniques

Basic exposure to statistical software (R, Excel, SPSS)

Development of analytical and logical thinking skills

Interdisciplinary learning

Project-based learning and basic research exposure

Choice-Based Credit System (CBCS) with flexible learning options.

Well-equipped laboratories and smart classrooms for practical exposure.

Hands-on training through laboratory exercises, educational tours, and wildlife surveys.

Seminars, workshops, and guest lectures by experts from academia and industry.

Continuous assessment through assignments, presentations, and practical work.

Guidance for competitive examinations such as NET, GATE, UPSC, and State PSCs.

Strong national and international collaborations with funding from agencies like DST, DBT, CSIR, CURIE and international bodies.

Strong mentor-student support system and career counselling.