Our Industrial Training in Biotechnology and Life Sciences is designed to prepare students, researchers, and young professionals for real-world industry challenges. Unlike academic learning, industrial training emphasizes practical exposure, advanced laboratory techniques, and industry-oriented applications that are essential for career growth in biotechnology, pharmaceuticals, food industries, diagnostics, and research organizations.

During this program, participants gain hands-on experience with modern instruments, standardized protocols, and live projects under the supervision of industry experts. The training bridges the gap between classroom knowledge and industrial practices, ensuring learners develop both technical expertise and problem-solving skills. With structured modules, our industrial training covers all major domains of biotechnology, helping participants build a strong foundation for jobs, internships, and higher studies.

 

Key Features

• Duration: 1–6 months (customizable modules)

• Hands-on training with industry-relevant tools and techniques

• Exposure to real-time industrial applications and projects

• Guidance from researchers and professionals with industry background

• Certificate of Industrial Training for academic and career advancement

 

Training Modules 

1. Molecular Biology Training – DNA/RNA isolation, PCR, Cloning, Gel electrophoresis

2. Industrial Microbiology & Fermentation – Media preparation, Microbial culture, Fermenter operation, Antibiotic production

3. Animal Cell Culture Techniques – Cell line handling, Aseptic techniques, Cytotoxicity assays, Drug screening

4. Plant Tissue Culture & Agri-Biotech – Callus culture, Micropropagation, Secondary metabolite production

5. Biochemistry & Enzymology Training – Protein purification, SDS-PAGE, Western blotting, Enzyme assays

6. Medical Biotechnology Applications – Molecular diagnostics, ELISA, Recombinant DNA technology

7. Cancer Biology Training – Apoptosis assays, Cell cycle studies, Cancer biomarker analysis

8. Food Biotechnology & Quality Testing – Probiotic analysis, Food safety testing, Microbial contamination studies

9. Forensic Science & DNA Fingerprinting – PCR in forensics, STR analysis, Biochemical evidence testing

10. Bioinformatics & Computational Biology – Sequence analysis, Molecular docking, Database management

11. Analytical Techniques for Industry – HPLC, GC, UV-Vis spectroscopy, FTIR, Microscopy

 

Benefits of Industrial Training

• Acquire practical skills directly applicable to the biotech industry

• Learn to operate state-of-the-art instruments and technologies

• Enhance employability in research labs, pharma companies, food testing labs, and diagnostic centers

• Strengthen your profile for higher education, Ph.D. programs, and competitive exams

• Gain confidence in applying scientific knowledge to industrial problems