Rupam Saha

Background

About Rupam Saha

As a PhD Candidate in Biophysics, I specialize in DNA origami, microscopy, and biomaterials engineering to push the boundaries of nanotechnology and self-assembly. My expertise lies in designing and characterizing complex nanostructures for biomedical and industrial applications, bridging the gap between fundamental science and real-world innovation. I thrive in R&D, imaging, and biotech engineering, leveraging cutting-edge techniques like electron microscopy, confocal microscopy, and molecular dynamics simulations to develop next-gen biomaterials. Passionate about translating research into impact, I seek roles where I can apply my expertise in experimental design, microscopy, and computational modeling to drive scientific breakthroughs. Key Achievements Engineered scalable, cost-effective DNA-based 2D nanomaterials with complex geometries, enabling the effortless self-assembly of diverse nanostructures. Developed a precision temperature-controlled gel electrophoresis device, integrating a custom PID controller with MATLAB GUI, optimizing reaction kinetics for DNA origami assembly. Led imaging and analysis using electron microscopy and tomography, reconstructing high-resolution biomolecular structures to understand self-assembled nanostructures at the nanoscale. Looking For R&D Scientist | Biotech Engineer | Microscopy & Imaging Specialist | Scientific Consultant Roles that involve cutting-edge biomaterials, advanced microscopy, nanotechnology, and strong Biophysics background. Opportunities to collaborate across disciplines and apply my expertise in self-assembly, structural characterization, and instrumentation A dynamic team where innovation meets impact—turning scientific discoveries into real-world applications I’m open to industry roles, collaborations, and technical consulting—let’s connect and explore how my skills can help solve your most challenging problems! I love connecting with new people, you can reach me at meetrupam29@gmail.com.