Mayur Charne is a full-stack engineer with over a decade of experience, currently specializing in cloud-based platforms for infrastructure and utilities. As the driving force behind Bentley Systems' iTwin IoT platform, he led its development from the ground up, transitioning from traditional desktop .NET architecture to cloud-native solutions. His mastery of C#, WPF, and multithreading evolved into deep fluency in ReactJS, Rush, and scalable UI frameworks. Mayur combines strong system design with a passion for IoT and digital twins, enabling real-time infrastructure monitoring. He’s a two-time Bentley Founders’ Award winner, known for delivering impactful, user-first engineering tools.
EIRIS excites me because it's a startup where I can drive impact from day one. I know the founders well—we’ve built mutual trust over time, and I deeply understand their vision and style. That familiarity gives me the confidence to move fast and solve tough problems. I’m drawn to challenging, high-stakes environments, and EIRIS offers just that—an opportunity to be a big fish in a small pond, steering product and platform decisions. With my background in digital twin and IoT platforms, I see EIRIS as the perfect launchpad to shape the future of grid and interconnection intelligence.
At EIRIS, I’m helping lay the foundation for a next-gen interconnection and grid intelligence platform, applying everything I learned while building Bentley’s iTwin IoT from scratch. I'm designing and developing cloud-native components using ReactJS and modern architecture principles to enable
real-time insights, scalable dashboards, and powerful simulation workflows. My role spans front-end and back-end system design, working closely with higher managements to shape the platform’s technical vision. I’m focused on making complex utility data simple, actionable, and visually intuitive.
As part of a lean, high-impact team, I contribute daily to the platform’s core evolution and
long-term roadmap.
Mayur’s core interests lie at the intersection of cloud platforms, IoT, and infrastructure digitalization. He’s deeply curious about real-time analytics, edge computing, and the role of AI/ML in predictive maintenance and grid intelligence. With a strong foundation in mechanical engineering, he’s drawn to bridge the physical and digital worlds through scalable, resilient software. Beyond work, Mayur mentor developers transition to cloud-first paradigms and contributes to initiatives like social events organizing, etc. He enjoys exploring innovations in renewable energy and is constantly driven by the challenge of making complex engineering systems simpler and smarter for end users.
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