Vinay Jindal
About Vinay Jindal
Vinay Jindal is a Senior Director of Engineering and a founding member at IoT83, specializing in IoT solutions and cloud-based platforms. He has extensive experience in software engineering, having previously worked at Aricent and Incedo Inc., and holds a B.Tech in Computer Science from Kurukshetra University.
Current Role at IoT83
Vinay Jindal serves as the Senior Director of Engineering and is a Founding Member at IoT83, a company focused on Industrial IoT and Digital Transformation. He has held this position since 2017, contributing to the company's growth and development in Gurgaon, India. His responsibilities include overseeing engineering projects and leading initiatives that enhance IoT solutions.
Professional Experience at Aricent
Vinay Jindal has extensive experience at Aricent, where he worked in various capacities from 2005 to 2011. His roles included Software Engineer and Senior Software Engineer. Over this period, he accumulated significant expertise in software development, contributing to multiple projects and enhancing his technical skills.
Experience at Incedo Inc.
From 2011 to 2016, Vinay Jindal worked at Incedo Inc. as a Senior Technical Lead in Communication Engineering. During this five-year tenure, he focused on advanced communication technologies and played a key role in various engineering projects that contributed to the company's objectives.
Education and Certifications
Vinay Jindal holds a Bachelor of Technology (B.Tech.) in Computer Science from Kurukshetra University, completed between 2001 and 2005. He also achieved a Certificate Course on Cyber Laws from Indira Gandhi National Open University in 2014. His foundational education includes studies at Spring Meadows Public School and Saraswati Bal Mandir, where he completed his X and XII CBSE respectively.
Technical Expertise in IoT Solutions
Vinay Jindal specializes in creating business proposals and technical architecture documentation for IoT solutions. He has expertise in performance benchmarking and optimization for cloud-based IoT platforms, focusing on aspects such as vertical and horizontal scaling, fault resiliency, high availability, and load balancing. His hands-on experience includes developing IoT end devices and edge gateway frameworks that utilize various communication interfaces.