SILCOSYS Solutions
SILCOSYS Solutions
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    • Home
    • About Us
    • ASIC Services
    • AI Services
    • Business Inquiry
    • Careers
    • Contact Us
  • Home
  • About Us
  • ASIC Services
  • AI Services
  • Business Inquiry
  • Careers
  • Contact Us

About SILCOSYS Solutions

Our Story

Our Approach

Our Story

SILCOSYS Solutions stands as a frontrunner in Semiconductor design & Artificial Intelligence services and serves as the engineering pillar for numerous top-tier Semiconductor and System companies worldwide. Our target clientele comprises companies with $1 billion in revenue, and we empower them to overcome their technical and resource cha

SILCOSYS Solutions stands as a frontrunner in Semiconductor design & Artificial Intelligence services and serves as the engineering pillar for numerous top-tier Semiconductor and System companies worldwide. Our target clientele comprises companies with $1 billion in revenue, and we empower them to overcome their technical and resource challenges in order to create the next generation of products.


Our Team

Our Approach

Our Story

SILCOSYS Solutions collaborates with clients to develop their next-generation flagship products, including mobile devices, complex routers/switches, consumer goods, storage solutions, microprocessors, graphics processors, and more. We pioneer cutting-edge technologies that are pivotal and rare in the industry. Distinguished by our experti

SILCOSYS Solutions collaborates with clients to develop their next-generation flagship products, including mobile devices, complex routers/switches, consumer goods, storage solutions, microprocessors, graphics processors, and more. We pioneer cutting-edge technologies that are pivotal and rare in the industry. Distinguished by our expertise in crafting the most intricate SoCs, Silcosys Solutions also sets itself apart with one of the industry's most robust analog/mixed signal and software design teams. Our comprehensive AI services and expertise further enhance our ability to deliver innovative and advanced solutions.

Our Approach

Our Approach

Our Approach

At SILCOSYS Solutions, we believe in a customized approach to marketing. We work closely with each of our clients to develop a strategy that is tailored to their unique needs and goals. Our goal is to help our clients achieve long-term success.

Dr. Kunal Bhagat (Director)

Dr. Kunal Bhagat (Ph.D.), with a Masters from IIT Hyderabad and Ph.D. from Ritsumeikan University Japan, is a pioneering force in Semiconductor Materials and Fluid Dynamics. His focus on hollow silicon and germanium spheres for application to photovoltaic solar cells is evidenced in his scientific publications. As the director of Silcosys Solutions Private Limited, he leads with an innovative vision, leveraging his rich expertise in engineering. Also, prior experience as a researcher in Toyota in supersonic and hypersonic flows and having knowledge in Artifical intellegence, Dr. Bhagat's leadership will ensure cutting-edge solutions, driving SILCOSYS towards groundbreaking advancements and services in semiconductor fields.

Scientific Publications

  • Bhagat, K. D ., Vu, T. V., Wells, J. C., Yamaue, H., Kawano, Y. & Takakura, H., Fabrication of hollow silicon millispheres through a coaxial nozzle, with observation of a novel horn structure, Materials Today Communications, Vol. 35, pp. - 106231, May, 2023. (Peer reviewed)
  • Bhagat, K. D ., Vu, T. V., Wells, J. C., Takakura, H., Kawano, Y. & Ogawa, F., Production of hollow germanium alloy quasi-spheres through a coaxial nozzle, Japanese Journal of Applied Physics, Vol. 58, No 6, pp. - 068001, May, 2019. (Peer reviewed)
  • Bhagat, K. D ., Vu, T. V. & Wells, J. C., Formation and breakup of an immiscible compound jet with density or viscosity stratification, Applied Sciences, Vol. 9, No 22, pp. - 4817, Nov, 2019. (Peer reviewed)
  • Bhagat, K. D ., Tripathi, M. K. & Sahu, K. C., Instability due to double-diffusive phenomenon in pressure-driven displacement flow of one fluid by another in an axisymmetric pipe, European Journal of Mechanics-B Fluids, Vol. 55, No. 1, pp. - 63-70, Aug, 2015. (Peer reviewed)

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