"At PCB Must Innovations, we believe the PCB is the core of every electronic product, making it a 'Must' for developing efficient, robust, and innovative solutions. Founded in 2021 (formerly Electronics Must India Pvt Ltd), our mission is to improve the efficiency of electronics while building renewable and reliable products."What We Do: "Over the past 3 years, we’ve proudly partnered with 500+ businesses to design and develop products that generate significant revenue and profit for our clients. Our focus is on delivering premium, cost-effective designs that meet the highest quality standards and can be confidently sold under warranty."Why Choose PCB Must Innovations?1. Quality and Compliance: We ensure every product is developed with the smallest form factor, lowest cost, and certified for EMI/EMC compliance.2. Expertise: Our technical team, with over 100 years of combined industry experience, works relentlessly to deliver robust, reliable, and high-quality products.3. Cost Efficiency: By integrating DFM and EMI/EMC standards early in the design process, we help reduce overall product costs by up to 75%.4. Communication: We maintain open, transparent communication throughout the entire product development process to ensure client satisfaction.5. Our Process: "Our design approach ensures that every product we develop exceeds customer expectations, delivering market-ready solutions that balance innovation with practical cost savings."1. Mission: "To deliver connected solutions and innovative products with unmatched quality and pricing, transforming ideas into successful, market-ready products."2. Vision: "To create a smarter, more connected planet through cutting-edge technology solutions that drive progress and innovation."3. Values:1. Customer Focus2. Innovation3. Quality Delivery4. Trusted PartnershipsGet in Touch: "Ready to develop your next product? Reach out for a consultation at care@pcbmust.com or visit our website www.pcbmust.com."

At Pentair, I played a pivotal role in the development of cutting-edge IoT and connected technology products. My responsibilities involved leading the hardware design and development for smart products that utilized BLE, Wi-Fi, and other wireless technologies, contributing to the successful creation of innovative solutions for the water quality industry.Key Responsibilities:1. Market Research & Technical Feasibility: Translated market requirements into actionable technical documents, ensuring alignment with business goals and product capabilities.2. Hardware Design Leadership: Led the end-to-end design and development of smart, connected products, incorporating BLE/Wi-Fi and other wireless technologies to create advanced IoT-enabled devices.3. Sensor-Based Solutions: Developed sensor-driven hardware solutions for measuring water quality, integrating precise data acquisition into smart products.4. Quality Assurance: Conducted thorough quality reviews of hardware designs to ensure compliance with industry standards and best practices.5. Cross-Department Collaboration: Worked closely with firmware, software, and mechanical teams, ensuring seamless integration and successful product development.6. Circuit & PCB Design: Expertly designed circuits and PCBs in Altium, managing the component libraries and ensuring efficient design processes.Accomplishments:1. Successfully led multiple IoT product designs from concept to market, directly contributing to the company’s innovation strategy.2. Awarded Star Performer of Q3 2020 for exceptional ownership and responsibility in driving IoT product development and cross-functional team collaboration.

At Philips Lighting, I was entrusted with a crucial role in the hardware design and development of smart LED and IoT-based products, contributing to the advancement of connected lighting solutions. Working alongside a dynamic team, I led the development of hardware from initial concept to fully tested prototypes, which were successfully brought to mass production.Key Responsibilities:1. Hardware Development: Led the hardware design for solar-powered LED drivers and connectivity-based products, transforming requirements into fully functional, certified prototypes.2. Schematic & PCB Design: Utilized Altium and Mentor Graphics to capture schematics and design PCBs for cutting-edge smart lighting products.3. Supplier Coordination: Collaborated with suppliers to arrange component samples and ensure adequate inventory, while managing relationships for timely procurement.4. Component Risk Management: Mitigated supply chain risks by identifying alternate vendors and securing a steady supply of critical components.5. Testing & Certification: Conducted thorough testing and validation, ensuring products met stringent industry certifications such as EMI/EMC, CE, and UL.6. LED Module Optimization: Optimized LED module performance, specifically focusing on improving lumen efficacy to enhance product efficiency.Achievements:1. Successfully transitioned products from concept to mass production, playing a vital role in Philips' innovative smart lighting solutions.2. Enhanced product performance through strategic design optimizations and rigorous testing, contributing to improved market competitiveness.

I began my professional journey at Landis+Gyr, where I contributed to the development and testing of advanced energy metering solutions. My role involved designing reliable power supplies, conducting rigorous testing for EMI/EMC compliance, and optimizing product performance through detailed analysis and iterative improvements.Key Responsibilities:1. Power Supply Design: Designed and developed power supplies (SMPS, Buck, and Capacitive) for energy meters, ensuring efficiency and reliability.2. EMI/EMC Compliance Testing: Conducted extensive EMI/EMC testing (CE, RE, EFT, Impulse, 35KV, HV, etc.) according to IS standards, ensuring that all products met stringent safety and performance criteria.3. Design for Reliability & Manufacturing: Executed DFR processes, including DFMEA, MTBF calculations, and Derating Analysis, while optimizing designs for manufacturability (DFM).4. PCB Design Optimization: Modified PCB designs to achieve EMI/EMC compliance and improve overall product resilience.5. Analog & Digital Design: Leveraged strong foundations in analog, digital, and mixed-signal design to deliver highly accurate and reliable metering products.6. Embedded Systems: Worked on microcontroller interfacing, communication protocols, and embedded peripheral integration, including ADC, EEPROM, and ASICs.Technical Expertise:1. Simulation Software: ORCAD, P-SPICE, ALTIUM, MATLAB.2. Testing Instruments: Multimeters, DC Power Supply, DSO, Spectrum Analyzers, EMI/EMC Testing Equipment, GTEM, Anechoic Chambers, and more.3. Energy Meter Calibration: Proficient with calibration software such as ZERA, MTE, and ESPEC.Achievements:1. Delivered significant cost savings and performance improvements for energy meters through design and process optimization.2. Successfully guided energy meters from prototype to mass production, maintaining high reliability and compliance with industry standards.