Gaurav Kumar is a researcher and STEM educator whose passion for silicon and semiconductor technology took him from a B.Tech in Electronics Engineering at BBD National Institute of Technology and Management (BBDNITM), Lucknow, onto the international research stage. His academic work caught the attention of professors and researchers at top-tier institutes, earning him an invitation to Riga Technical University (RTU), Latvia, where he completed his M.Sc. in Smart Electronic Systems in 2026, specializing in embedded AI, parallel computing, and neural network architectures. Through an Erasmus exchange and subsequent work experience at Hochschule Darmstadt (h_da), Germany, he deepened his expertise in VR and XR technologies, an experience that shaped both his research thinking and his lasting connection to the German research landscape. He currently serves as a Researcher at the Institute of Photonics, Electronics and Telecommunications (IPET), RTU, where his work spans computer architecture, cache replacement policies, adaptive data structures for embedded signal processing, Edge AI, genetic programming, and high-performance parallel computing — with peer-reviewed publications in MDPI, IEEE Latvia Section, and IEEE Computer Architecture Letters (CAL). His earlier work at IPET included analog front-end circuit design for a chip-based digital oscilloscope under the nationally funded project LZP-2024/1-0442.
He is currently set to lead an upcoming project focused on developing a c
Gaurav Kumar is a researcher and STEM educator whose passion for silicon and semiconductor technology took him from a B.Tech in Electronics Engineering at BBD National Institute of Technology and Management (BBDNITM), Lucknow, onto the international research stage. His academic work caught the attention of professors and researchers at top-tier institutes, earning him an invitation to Riga Technical University (RTU), Latvia, where he completed his M.Sc. in Smart Electronic Systems in 2026, specializing in embedded AI, parallel computing, and neural network architectures. Through an Erasmus exchange and subsequent work experience at Hochschule Darmstadt (h_da), Germany, he deepened his expertise in VR and XR technologies, an experience that shaped both his research thinking and his lasting connection to the German research landscape. He currently serves as a Researcher at the Institute of Photonics, Electronics and Telecommunications (IPET), RTU, where his work spans computer architecture, cache replacement policies, adaptive data structures for embedded signal processing, Edge AI, genetic programming, and high-performance parallel computing — with peer-reviewed publications in MDPI, IEEE Latvia Section, and IEEE Computer Architecture Letters (CAL). His earlier work at IPET included analog front-end circuit design for a chip-based digital oscilloscope under the nationally funded project LZP-2024/1-0442.
He is currently set to lead an upcoming project focused on developing a c