Greater Delhi Area
Saurabh Joshi is a deep-technology engineering leader with over 25 years of experience in the design, development, and deployment of advanced electronic and intelligent systems across defense, industrial automation, railways, infrastructure, and emerging technology domains. He holds a Bachelor of Engineering in Electronics & Communication Engineering (2001) and has led multidisciplinary engineering programs spanning embedded systems, FPGA/DSP-based high-speed electronics, power electronics, industrial automation, machine vision, and quantum technologies. Over his career, he has held leadership and senior design roles across multiple organizations, delivering production-grade solutions including large-format industrial printing systems, railway signaling electronics, smart city infrastructure systems, industrial visual inspection platforms, high-power induction heating systems exceeding 300 kW, UPS and inverter platforms, and defense-grade electronics systems. He has served as Head of Design and Development across several organizations and has led technology verticals focused on defense electronics, industrial control systems, and electronic design tools. He has also contributed to national-level skill development initiatives as an Industrial Member of the Industrial Sector Skill Council under the National Skill Development Council (NSDC), India. Currently, he is associated with Qinsight Labs Pvt. Ltd., working in the domains of Artificial Intelligence, Machine Learning, Quantum Communication, and Quantum Computing technologies, contributing to next-generation engineering platforms and intelligent systems. He also founded Sherpateq, a technology initiative focused on high-altitude engineering and sustainable technology solutions designed to support operations in extreme terrain environments. His core strengths include: System Architecture & Product Engineering FPGA/DSP-Based High-Speed Electronics Embedded Systems & Industrial Automation Power Electronics & High-Power Systems Defense & Mission-Critical Systems Machine Vision & Image Processing AI/ML and Quantum Technology Platforms Large-Scale Industrial Deployment Technical Leadership & Team Building He is passionate about building deployable deep-tech systems, bridging research and real-world engineering, and developing technologies that support national infrastructure, industrial growth, and advanced communication systems.
Working on advanced technology platforms in: Artificial Intelligence and Machine Learning Quantum Communication and Quantum Computing Engineering platforms for education and industry High-performance computing and intelligent system design Development of scalable deep-tech software and hardware systems Key Focus: AI/ML-enabled engineering platforms Quantum communication tools and simulation systems FPGA/DSP-based high-speed systems Advanced engineering product architecture
High Altitude Engineering & Sustainable Systems Founded Sherpateq to develop sustainable engineering solutions designed for high-altitude terrain operations, supporting defense and infrastructure deployments in extreme environmental conditions. Key Areas: High-altitude engineering systems Sustainable energy and power solutions Ruggedized electronics platforms Deployment-ready engineering solutions
Operated a Microchip-authorized design house delivering advanced power and embedded solutions. Key Contributions: Design of industrial power electronics platforms Development of power conversion systems Embedded system development for industrial products Hardware and firmware architecture design Professional Contribution: Industrial Member — Industrial Sector Skill Council, NSDC India Worked on automated visual inspection and machine vision systems used in industrial quality assurance. Key Contributions: Machine vision system development Industrial image processing platforms Embedded vision hardware development
Led the design and development of high-power industrial induction heating systems, including systems exceeding 300 kW capacity. Key Contributions: Development of high-power induction heating platforms Design of UPS and inverter-class power electronics Industrial automation and system integration Deployment of large-scale industrial heating solutions
Led the Research and Development function for advanced power electronics and motor control systems, overseeing multidisciplinary engineering teams responsible for product innovation and industrial deployment. Managed the end-to-end development lifecycle from concept design through prototyping, validation, and production readiness. Directed engineering activities in power electronics, motor control, and traction systems, focusing on performance optimization, system reliability, and manufacturability. Established structured development processes, technical documentation standards, and cross-functional collaboration between design, production, and testing teams. Key Responsibilities and Contributions: Led and mentored the product development team across power electronics, motor control, and traction technology domains. Designed and supervised development of industrial-grade motor drives and traction-related power systems. Defined system architectures for power conversion and control platforms, ensuring performance, safety, and reliability compliance. Coordinated with manufacturing teams to transition designs into production-ready systems. Implemented engineering best practices including design validation, testing workflows, and technical documentation standards. Supported troubleshooting, performance optimization, and lifecycle improvements for deployed systems. Strengthened internal R&D capabilities and improved delivery timelines through structured engineering management.