• 79, Lenin Sarani, Commercial Point, Kolkata-13
  • 9433163029 / 7890084033
  • info@graduateschoolofscience.com / sarkar.a@graduateschoolofscience.com

RESEARCH & DEVELOPMENT

  • The Graduate School of Science (GSS) is a distinguished MSME-registered and ISO 9000:2015 certified
    research and education organization specializing in Science and Technology. With a strong commitment to
    academic excellence, GSS serves as a guiding force for students aspiring to pursue national and international
    study opportunities, including M.Sc., Integrated Ph.D., and Ph.D. programs.
  • At GSS, we emphasize both fundamental and applied research, fostering innovation and real-world problem solving. Our fundamental research expands scientific knowledge, while our applied research bridges the gap
    between academia and industry—leading to the development of new products, processes, and technologies.
  • Beyond academic training, GSS is dedicated to cultivating entrepreneurial and leadership skills, ensuring
    that students evolve into job creators rather than job seekers. Through mentorship, research collaborations,
    and industrial training, we equip students with the expertise and confidence to thrive in the ever-evolving
    landscape of science and technology.
  • The GSS team comprises distinguished alumni from national and internationally reputed institutes, bringing
    extensive expertise in scientific research, education, and innovation to mentor and guide the next generation
    of researchers and industry leaders.
  • Mission:
    Graduate School of Science (GSS) is committed to advancing scientific education, research, and innovation
    by equipping students with cutting-edge knowledge, hands-on training, and industry-relevant skills. Our
    goal is to bridge the gap between academia and industry, fostering entrepreneurial mind-sets and leadership
    qualities to create job providers rather than job seekers. Through mentorship, research collaborations,
    and international opportunities, we empower students to excel in scientific discovery and technological
    advancements.
  • Vision:
    To be a global leader in science education and research, driving breakthrough innovations that contribute
    to societal progress and industrial transformation. GSS envisions a future where students lead scientific
    advancements, develop sustainable solutions, and shape the world as pioneers in research, technology,
    and entrepreneurship.• The lab’s research in biotechnology holds immense significance as it contributes to advancements in medical treatments, agriculture, and environmental solutions. By exploring novel techniques, the lab plays a crucial role in shaping the future of biotechnological innovations, potentially improving human health, food production, and sustainability.

Research objectives: 

• The specific objectives of lab’s R&D activities may include advancing understanding of microbial ecosystems, developing novel diagnostic tools, exploring new antimicrobial agents, and enhancing biotechnological applications. Goals could involve improving disease detection accuracy, discovering innovative treatments, and contributing to scientific knowledge in the field of microbiology.

• Utilize bioinformatics tools to analyze large-scale biological data sets, aiding in the interpretation of complex biological systems and facilitating data-driven discoveries.

• Foster collaborations with industry partners to translate research findings into practical applications, bridging the gap between academia and commercialization.

• Contribute to the advancement of knowledge in biotechnology through training programs, workshops, and academic collaborations to nurture the next generation of scientists in the field

Project pipeline :

Our recent projects include topics from biochemistry, spectroscopy, microbiology, molecular biology, plant biotechnology, ecology, bioinformatics and cognitive science. 

The upcoming projects can have diverse outcomes depending on the specific objectives.
Possible outcomes include identifying and characterizing microorganisms, studying
microbial growth and metabolism, investigating antimicrobial susceptibility, or exploring
environmental microbiology. Results may contribute to scientific understanding, medical
advancements, or practical applications in fields like agriculture or biotechnology. 

 Infrastructure and facilities :

Our lab typically includes specialized facilities and equipment. 

  • Common components include biosafety cabinets, incubators, centrifuges, PCR and other analytical instruments. I
  • Infrastructure must meet safety and regulatory standards, with designated areas for different processes like microbial culture or molecular biology work. 
  • Additionally, labs often have cold storage for biological samples, autoclaves for sterilization, and dedicated spaces for experiments involving hazardous materials. Freezers and Refrigerators for Preserving microbial cultures and reagents. 
  • pH Meters and Incubators for Maintaining optimal pH conditions for microbial growth. 
  • Safety Equipment and Personal protective gear like gloves, lab coats, and safety goggles. 
  • Chemical Storage Areas with properly store reagents and chemicals are essential. 
  • Waste Disposal Systems: Safely dispose of microbiological waste. 
  • Regular maintenance and adherence to safety protocols are crucial.

🚨 Exciting Opportunity! 🚨

🔬 Registration open for our Weekend based Hands-on Workshop on Molecular Cloning

Enroll now