Biological Science

Biosciences students have good chances to work with NGOs and healthcare organisation. Many NGOs hire students for roles like public health awarness, health education and research projects in communities. For example, students can help in vaccintion drives, disease prevention compaigns or environmental projects focusing on biodiversity and sustainability. Health care organisation alo need biosciences graduates for clinical research, lab testing and managing health programs. Students can work on research trails for new medicines on assist in hospitals with disease monitoring and patient care studies. These roles give practical experience and help students understand real world health and environmental issues. Many graduates also get opportunities to work with international organizations focused on food security, health promotion and disease research, making it possible to gain exposure at both national and global levels. Overall biosciences students have wide options to use their skills for public good.

Exams and evaluations for Biosciences students are not limited to just written tests. In programs such as B.Sc. Industrial Microbiology or M.Sc. Botany evaluation happens throughout the semester with regular class tests, practical assessments, project submissions and interactive presentations. Practical learning is strongly emphasized so lab performance, record maintenance and viva questions carry good weightage. Research oriented courses may also require students to submit term papers or present findings from small projects. End semester exams test theoretical understanding but internal evaluations give equal importance to communication skills, teamwork and problem solving ability. By combining continuous assessments with final exams the system reduces stress and encourages consistent study habits. Students feel more confident as they know their performance in labs, fieldwork and projects is valued as much as their written knowledge.

In the Biosciences department, safety and ethics are treated as a serious part of training. From B.Sc. Botany and Zoology to M.Sc. Microbiology, students go through orientation sessions that focus on lab discipline and standard operating procedures. They are guided on how to deal with accidents, use first aid in case of chemical spills, and report any mishandling immediately. Special sessions are also organized where faculty talk about ethical practices in scientific research—like honesty in reporting data, giving credit to sources, and ensuring experiments are environmentally sustainable. Students also learn about biohazard labeling and safe storage of cultures or specimens. By combining safety and ethical practices, the department prepares students to work confidently in industries like pharmaceuticals, food processing, and research labs, where such skills are not just expected but absolutely necessary.

Yes, biosciences students do get exposure to international research collaborations. The field of biosciences is connected with global learning, so tie-ups with foreign universities play a big role. At present, there are 150+ international collaborations with biosciences and biotechnology. These are spread across 47+ countries, which include USA, UK, Canada, Australia, Japan, South Korea, France, Brazil, and many more. Such tie-ups give students chance to learn new research trends, access global labs, and also explore exchange programs. For example, students may connect with University of California, Berkeley (USA), University of Florence (Italy), or Tel Aviv University (Israel) for joint projects. This type of exposure helps them gain knowledge beyond local research. They can also attend short courses, workshops, and internships in these universities. 

Biosciences students at Chandigarh University study a wide range of subjects that cover both basic and applied biology. Core subjects include Biochemistry, Genetics, Molecular Biology, Microbiology, and Cell Biology, which help students understand the structure, function, and behavior of living organisms at the molecular and cellular level. They also learn about Plant and Animal Physiology, Taxonomy, Biodiversity, and Conservation, giving a strong foundation in the study of different species and ecosystems. Applied subjects like Bioinformatics, Tissue Culture, Analytical Biotechnology, and Environmental Sciences provide hands-on skills and technical knowledge useful in research and industry.