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Industrial Biotech Training

Industrial Biotech Training

To Bridge the skill gap between Industry and Academia

Dr. B. Lal Institute of Biotechnology offers comprehensive & in-depth practical hands-on Biotech training, in a real-life environment, which enables the participants to master the skills in Biotechnology. the mission of Biotech Industrial Training Programme is to provide industry-specific training to students, research scholars and faculty members for skill development and enhancing their job opportunities in the biotech industry. The Indian Biotechnology sector is one of the fastest growing knowledge-based sectors and is expected to play a key role in shaping India’s rapidly developing economy. In biotechnology industrial sector, a huge importance is given to the skilled manpower employed and hence, head-hunting has always been one of the prime priorities. Unfortunately, most of the students of biotechnology lag behind and fail to satisfy the skill requirement of these industries even though they may be strong in theoretical concepts. Hence, it has been marked at various forums that the freshly graduating students are often not – employable though trainable.

The Biotech Industrial Training Program aims to provide industry specific training to students for skill development and is specially designed for students to gain ‘hands-on’ training experience hence enhancing their job opportunities in biotech industry. Hence, all possible efforts are made to inculcate research aptitude and good work culture among the students through well planned, properly executed and evaluated training.

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Dr. B. Lal Institute of Biotechnology

6-E, Malviya Industrial Area, Jaipur 302017

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Key Features

Key Features

In-depth coverage of industrial biotechnology concepts, principles, and practices

Hands-on training with the latest tools and technologies in the field

Interaction with industry experts and leading researchers in the field

Case studies and real-world examples to reinforce learning

Access to state-of-the-art biotechnology labs and equipment

Customizable course content to meet specific industry needs and interests


Enhanced technical skills and knowledge in industrial biotechnology

Improved understanding of the latest industry trends and best practices

Increased career prospects and advancement opportunities in the biotechnology industry

Access to a strong professional network of peers, instructors, and industry professionals

Opportunity to work on cutting-edge projects and research initiatives

Increased confidence and proficiency in applying biotechnology principles and techniques

Potential for higher earning potential and job security in a growing industry.


DNA Extraction & Amplification
Protein Isolation and Purification
Protein Profiling
Sequence Retrieval and Alignment
Automation in Microbiology
Advanced Microscopy
Drug Sensitivity Test
Scientific Writing & Communication
Composting & Vermi-composting
Organic Farming and Hydroponics
Physico-chemical Analysis of Wastewater
Automation in Biochemistry & Immunology


Medical Microbiology
Molecular Biology
Plant Biotechnology
Advanced Genetic Engineering
Environmental Biotechnology
Herbal Drug Formulations



Medical Microbiology
Medical Diagnostics in Clinical Laboratory (in collaboration with Dr. B. Lal Clinical Laboratory)
Molecular Biology
Plant Biotechnology
Advanced Genetic Engineering
Environmental Biotechnology
Herbal Extractions & Phytochemistry
Organic Farming
Research Mentorship Program for school students



Medical Biotechnology (Antimicrobial resistance, Bioinformatics based drug discovery, Gut microbiome exploration)
Environmental Biotechnology (Bioremediation approaches, Nature based products, Circular economy, ESG audits)
Plant Biotechnology (Plant tissue culture based approaches, Microgreens production for agro products, sustainable agriculture)


Ques. 1. What is Industrial Training for Biotechnology?

Industrial training for biotechnology refers to a hands-on learning experience that students or professionals in the field of biotechnology undergo. This type of training is designed to provide individuals with practical skills and real-world exposure to the applications of biotechnology in industries.Participants get the opportunity to apply theoretical knowledge gained in academic settings to real-world situations. This often involves working on projects, conducting experiments, and using advanced biotechnological tools and equipment.

At BIBT, such training is designed to enhance students' understanding of biotechnological processes and to develop their skills in research and development, quality control, production, and other related areas. This exposure is invaluable for students, as it not only equips them with industry-relevant skills but also helps them understand the workplace dynamics, thus preparing them for future careers in the biotechnology sector. BIBT's emphasis on industrial training reflects its commitment to producing skilled professionals who are ready to contribute effectively to the biotech industry.

Ques. 2. What are the industrial biotech training modules offered by BIBT?

Dr. B. Lal Institute of Biotechnology (BIBT) offers a comprehensive selection of industrial biotech training modules, each meticulously designed to impart specialized knowledge and hands-on skills across various facets of biotechnology.

  • Medical Microbiology: Delve into the study of microorganisms responsible for disease and their role in the pharmaceutical and food industry .

  • Medical Lab Diagnostics: Acquire proficiency in laboratory diagnostic techniques.

  • Research Mentorship: Engage in guided research opportunities within diverse biotech fields.

  • Molecular Biology: Master techniques for DNA/RNA analysis and gene expression studies.

  • Plant Biotechnology: Explore genetic engineering and tissue culture applications in plants.

  • Advanced Genetic Engineering: Gain in-depth expertise in the manipulation of genetic material.

  • Environmental Biotechnology: Learn biotech applications addressing environmental challenges.

  • Bioinformatics: Combine biology and computer science for advanced data analysis.

  • Biochemistry: comprehensive understanding of biochemical processes

  • Herbal Drug Formulations: Develop skills in the formulation of herbal medicines.

  • Medical Lab Technician: Acquire operational skills essential for medical laboratory work.

Each training module at BIBT is crafted to bridge the gap between theoretical knowledge and practical application, ensuring participants are well-prepared for successful careers in the dynamic field of biotechnology.

Ques. 3. What qualifications are typically required for a career in Industrial Biotechnology?

To pursue a career in industrial biotechnology, individuals usually need a bachelor's degree in biotechnology, biochemistry, molecular biology, or a related field. Advanced positions may require a master's or Ph.D. Technical skills in laboratory techniques, knowledge of bioprocesses, and familiarity with biotech equipment and software are essential. Practical research experience gained through internships, industrial training, or academic projects is also highly valued, collectively preparing individuals for success in the field of industrial biotechnology.

Ques. 4. What are the prospects for Industrial Biotechnology in India?

Industrial biotechnology in India is witnessing a robust expansion owing to research advancements and an increasing need for sustainable solutions in diverse sectors. With applications in pharmaceuticals, agriculture, environmental management, and biofuels, the field is gaining prominence. Government support, exemplified by initiatives like the Biotechnology Industry Research Assistance Council (BIRAC), is fostering growth. Employment avenues are broadening, encompassing roles in research and development, production, quality control, and sales within the burgeoning biotech industry.

Ques. 5. What lies ahead for Industrial Biotechnology?

The outlook for industrial biotechnology is highly promising, propelled by rapid advancements and diverse applications. Positioned at the forefront of addressing global challenges in environmental protection, resource conservation, and healthcare, the field is making significant strides. Innovations in biofuels, biodegradable plastics, and pharmaceuticals underscore its potential. The emphasis on green technologies and carbon footprint reduction further fuels growth. Continued progress in genetic engineering and bioinformatics is creating new opportunities for research and development, shaping a dynamic and transformative future for industrial biotechnology.

Ques. 6. Why Industrial Biotechnology is call White Biotechnology?

Industrial biotechnology is often referred to as "White Biotechnology" because it primarily deals with the application of biotechnology for industrial purposes, including manufacturing, alternative energy, and materials production. The term "white" is used to distinguish it from other branches like "green biotechnology" (related to agriculture) and "red biotechnology" (related to medical processes). The "white" signifies its connection with industrial processes, emphasizing its role in creating cleaner, more sustainable methods for producing goods, often through the use of bio-based materials and processes that have a reduced environmental impact compared to traditional industrial practices. This terminology reflects the sector's commitment to environmental sustainability and innovation.

Ques. 7. Is pursuing a career in Industrial Biotechnology a wise choice?

Opting for a career in industrial biotechnology proves to be a wise decision given the field's substantial growth prospects and its pivotal role in sustainable development and green technology. This career path opens diverse opportunities across pharmaceuticals, agriculture, environmental management, and biofuels. Professionals can engage in impactful roles, spanning research and development, production, quality control, and more, contributing to innovative solutions for pressing societal challenges. The dynamic nature of the field, coupled with ongoing technological advancements and the rising demand for eco-friendly processes and products, positions industrial biotechnology as a rewarding and forward-looking career option.

Ques. 8. Which college stands out for biotechnology placements?

Dr. B. Lal Institute of Biotechnology (BIBT) is renowned for offering exceptional placement opportunities for biotechnology students. Graduates from BIBT secure promising positions with leading companies in the pharmaceutical and biotech sectors. Noteworthy recruiters include industry giants like Sun Pharma, Lupin, Serum Institute of India, Zydus, and Dr. B Lal Clinical Laboratory. These organizations span pharmaceutical production, clinical research, and diagnostics, solidifying BIBT's reputation for providing top-tier placements in the field of biotechnology.

Ques. 9. How is BIBT’s skill training in biotechnology?

Dr. B. Lal Institute of Biotechnology, Jaipur (BIBT) provides training in Industrial  biotechnology through its various internship programs. The main aim is to equip students not only with theoretical knowledge but also offering them on-field experience under the guidance of experts. In addition the institute also emphasizes soft skills like communication and problem-solving, ensuring students are well-prepared for the biotech industry's demands. BIBT has also collaborated with strong industrial giants like Serum institute of India, Zydus, Lupin and many more to enhance the training's relevance and effectiveness.

Ques. 10. What is BIBT’s summer internship in biotechnology? 

BIBT's summer internship program is designed to provide students with experience in biotechnology. This internship typically occurs over the summer months, offering students the opportunity to work on real-world projects and apply the knowledge they've gained in their academic studies. The program focuses on improving technical skills, industry practices, and fostering research abilities of biotech students. Interns may work in various areas of biotechnology, such as molecular biology, genetic engineering, bioinformatics, or environmental biotechnology, depending on their interests and the available projects. This experience is valuable for students' professional development and often helps in making informed career decisions in the biotechnology sector.

Ques. 11. What is a Medical Microbiology course? 

A medical microbiology course is an educational program that focuses on the study of microorganisms responsible for human diseases. Covering bacteria, viruses, fungi, and parasites, the course explores their characteristics, life cycles, and the mechanisms leading to illnesses. Topics include infection and immunity, microbial identification methods, cultivation techniques, antibiotic resistance, and the role of microbes in public health. The curriculum integrates theoretical knowledge with hands-on laboratory work, providing skills applicable to healthcare, research, and public health. Graduates are equipped for diverse roles in hospitals, clinical laboratories, research institutions, and pharmaceutical companies. 

Ques. 12. Explain more about BIBT’s Microbiology Training Program? 

Dr. B. Lal Institute of Biotechnology (BIBT) offers a specialized microbiology training program designed to provide comprehensive education and practical skills in the field of microbiology. This program typically encompasses various aspects of microbiology, focusing particularly on medical microbiology, which deals with microbes that cause diseases in humans.

Ques. 13. What does Dr. B. Lal Institute of Biotechnology (BIBT) offer in its Molecular Biology Training Program?

BIBT's molecular biology training program is a comprehensive offering that equips students with both theoretical knowledge and practical skills in the field. The program focuses on instilling a profound understanding of molecular biology principles and techniques, emphasizing their applications in both research and industry. Key components of the training encompass theoretical foundations, hands-on laboratory techniques, development of research skills, practical applications of biotechnology, and a focus on professional development.

Ques. 14. Is Plant Biotechnology a good career?

Plant biotechnology is a promising career, offering diverse opportunities in research, genetic engineering, plant breeding, and bioinformatics. It addresses crucial global challenges like sustainable agriculture, food security, and environmental conservation. With the growing demand for improved crop varieties and sustainable farming practices, this field presents strong job prospects and the potential for significant societal impact. The evolving nature of biotechnological methods also ensures dynamic career growth and development.


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