We are a 501(c)(3) nonprofit research organization dedicated to building the next-generation research Institute. Your contribution can bring your own research ideas or passion projects to life and helps provide hands-on education and training for students and community members, equipping them with the skills and experience needed to thrive in today’s fast-changing world.
EIN 33-3339736
Contract Research Programs
Collaborate and Navigate your Ideas: Your tax-deductible contribution can bring your own research ideas or passion projects to life through collaborative innovation.
Hands-0n Training Programs
Donate and Make a Difference: Your donation helps provide hands-on education and training for students and community members, equipping them with the skills and experience needed to thrive in today’s fast-changing world.
Develop Transformative Technology
Your support fuels innovation, contributing to research publications, patents and product development, advancing science and technology — that benefit society as a whole.
Student Registration
Collaborate and Navigate your Ideas and Projects
- Sign NDA and Contract
- Proof of Concept Studies
- Method Development
- Method Optimization
- Product Development
Contact us for more details
Please make checks payable to “CNS Research Center” and mail them to:
1177 Naglee Avenue, San Jose, CA 95126.
Thank you for your generous support!
Donate with zeffy
Your donation support our mission and it can also be directed toward advancing your own ideas, publications and product development
Howdy Science Lovers 👋
We believe that Science have the power to transform lives.
Redirect digital distraction into purposeful learning and creativity.
We believe that science has the power to transform lives by unlocking solutions to real-world problems, advancing healthcare, and driving innovation.
A ground-breaking innovation changing the world
Scientific Innovation redefines possibilities—reshaping industries, solving urgent global challenges, and improving lives. From life-saving medical advances to transformative technologies, such innovations ignite progress, inspire hope, and pave the way for a smarter, more connected, and sustainable future for all.
Projects
Genomics and Genome Engineering
Genomics research explores DNA to understand genes, traits, and diseases, enabling personalized medicine, advancing biotechnology, and improving health, agriculture, and environmental sustainability. skills and knowledge to the next level.
Proteomics and Protein Engineering
Proteomics is the large-scale study of proteins, their structures, and functions. It helps uncover how cells work, identifies disease biomarkers, and advances drug discovery.
Molecular Diagnostics and Therapeutics
Molecular diagnostics involves analyzing biological markers in the genome and proteome to detect and monitor diseases. It enables early, accurate diagnosis and personalized treatment strategies
Automation and Robotics
Automation and robotics are transforming biotechnology by enhancing precision, speeding up research, and reducing errors. They enable high-throughput screening, remote access and real-time data analysis, allowing scalable, cost-effective innovations in genomics, proteomics, drug discovery, and synthetic biology. These technologies are paving the way for breakthroughs in healthcare, agriculture, and environmental sustainability.
Chemistry
Chemistry are fundamental pillars of scientific research, helps bridge the gap between materials and biological systems, opening doors to innovations in health, environment, and biotechnology.
Physics
Physics plays a foundational role in life science research by enabling advanced imaging, diagnostics, and therapeutic technologies. Its principles drive innovation in medical devices, biophysics, and computational biology, transforming modern healthcare.
Leadership and Collaboration
Dr. Chandan Shee, Ph.D.
Dr. Mithu Chanda, Ph.D.
Ms. Nabanita Shee
Upcoming Events
Join our Science Adventure and turn curiosity into discovery — where learning feels like play!
-: Contact for Next Adventure :-
Frequently Asked Questions
How does the Student training program work?
A student training program offers hands-on experience in life sciences and biotechnology through guided research, mentorship, and skill-building workshops. Participants engage in real projects, gain lab and technical skills, and present their findings. This immersive experience fosters scientific curiosity, boosts career readiness, and empowers future innovators in STEM fields.
How does the contract research program work?
A contract research program involves organizations or researchers conducting specialized studies for clients. Clients define research needs, and researchers create proposals with timelines and costs. Once agreed upon, research is conducted, data analyzed, and results are delivered. This collaboration helps clients access expertise and speed up research without full-time staff.
How are the projects selected?
Projects in a contract research program are typically selected based on client needs and research goals. Clients submit their requirements, and researchers assess the feasibility, relevance, and resources needed. A proposal is created outlining the scope, timeline, and budget. Once the proposal is approved, the project is initiated.
Is there a fee?
Yes, there is typically a fee associated with contract research programs. The fee covers the costs of conducting the research, including resources, personnel, and equipment. The exact fee depends on the scope of the project, the complexity of the research, and the timeline for completion.
CNS Research Center 