Science

Innovation and research are strong in Chandigarh University's Biotechnology department. The department has filled many patents in India over the years. Faculty patents include work on biofertilizers, fermented drinks, antioxidant formulations for skin, and new laboratory tools. Students have also filed patents on topics like invisible ink and methods for algae products. Some notable patents include microencapsulated biofertilizers, silver bionanoparticles for medical use, and eco-friendly nanobots. In total, the department has filed around 12 patents, covering both applied and experimental research. This shows that students and facult are actively exploring new ideas and contributing to science. These patents demonstrate a balance between agriculture, health, and lab technology, highlighting the department's research efforts and focus on solving practical problems.

Biotechnology students regularly get to explore Science beyond books through incentive workshops and events. Expert talks on global challenges, emerging biotech issues, and research innovations help students learn new ideas and solutions. Hands-on workshops on microbian fermentation, bioprocess development, and pilot plant techniques give practical exposure. Students also visit industries and resrearch centers like CIAB, BISR Jaipur, and AMUL Dairy to understand production and quality testing. Awareness programs and social activities, like biofertilizer promotion, vermicomposting, and public health campaigns, teach students how biotechnology can serve society. Special sessions on IPR, patents, and innovation encourage students to think creatively and develop new biotech products. By participating in such workshops, student gaiun knowledge, practical skills, and awareness of industrt and social needs, making them ready for both reserarch and industrial careers.

At Chandigarh University, Biotechnology students can engage with international faculty through multiple initiatives. The university collaborates with over 460 universities in 90 countries, which makes it easier for students to access global knowledge. International professors often visit CU for lectures, workshops, and seminars. These sessions provide students with insights into worldwide research trends and techniques. Students also have opportunities to participate in collaborative research projects with these faculty members, which can help in undxerstanding real-world problmes and solutions. CU's international exchange programs allow students to experience different teaching styles and reserarch methods, enhancing their academic growth. This exposure to international faculty not only broadens learning but also helps students build connections that can be valuable for future studies or careers in biotechnology.

Students studying Biotechnology at Chandigarh University are often trained in bioinformatics, which helps them understand large biological datasets. Universities provide dedicated labs with software and tools to teach data analysis in genomics and proteomics. This training makes students confident in using computational methods in research.

In addition to bioinformatics, modern laboratory techniques are a key part of the curriculum. Students learn methods like genetic modification, protein analysis, and bioprocess experiments using advanced instruments. The labs are designed to simulate real industry conditions, giving students practical exposure. This combination of theory, computer-based analysis, and hands-on experiments ensures that biotechnology students are well-prepared for research or industry jobs after graduation. It makes learning more interactive and applied.

 The Biotechnology department at Chandigarh University provides state-of-the-art infrastructure to support its academic programs. Classrooms are equipped with digital tools to aid in teaching, creating an engaging learning environment. The department boasts specialised laboratories, including those for immunology, fermentation, and computational biology. These labs are furnished with modern equipment such as incubators, centrifuges, and electrophoresis units, enabling students to conduct experiments and research effectively. The combination of advanced classrooms and laboratories ensures that students receive comprehensive education and training in biotechnology.