Kunal Roy
About Kunal Roy
Kunal Roy is an Embedded Software Engineer with extensive experience in machine learning applications for embedded systems. He currently contributes to the tinyML Foundation and Canonical, while also engaging with RISC-V International.
Work at Canonical
Kunal Roy serves as an Embedded Software Engineer at Canonical since 2020. His role involves contributing to the development of software solutions that enhance the performance of embedded systems. He has been part of various projects that align with Canonical's mission to support open-source software and its applications in embedded environments.
Technical Contributions to tinyML Foundation
Since 2020, Kunal Roy has been a Technical Contributor at tinyML Foundation. His work focuses on machine learning applications specifically designed for embedded systems. He engages in projects that aim to advance the integration of machine learning in resource-constrained environments, contributing to the foundation's goals of promoting tiny machine learning technologies.
Education and Expertise
Kunal Roy holds an M.Tech in Electronics Design Technology from the National Institute of Electronics & Information Technology (NIELIT), where he studied from 2018 to 2020. He also earned a B.Tech in Electronics and Communications Engineering from RCC Institute of Information Technology, completing his studies from 2013 to 2017. His education provides a strong foundation in embedded systems and computer networking.
Background in Embedded Systems
Kunal Roy has a diverse background in embedded systems, having worked in various roles that enhance his expertise. He has experience integrating Real-Time Operating Systems (RTOS) with embedded systems, which improves performance. His previous positions include roles as a Firmware Engineer at Helium and an IoT Product Engineer at ZenLabs, among others.
Community Engagement with RISC-V International
Kunal Roy has been an active Community Member of RISC-V International since 2020. He participates in discussions and initiatives related to RISC-V architecture, contributing to the community's efforts to promote open standards in hardware design. His involvement reflects his commitment to advancing the field of embedded systems.