About Me

Work experience

NAVY (ONR) FOA N00014-21-S-F004, Exploring Naval Underwater STEM 

Engineering Assistant

• Spearheaded the development of navigation and power generation underwater subsystems, implementing engineering principle, design standards and procedures to control Explorer, the submersible from the surface, achieving a 40% enhancement in the entire project and usercentric functionality precision. 

• Pioneered the assembly of Blue Rover by soldering circuits, interpreting blueprints and wiring schematics, and ensuring seamless connection and operation of all components contributing to a 2% progression in exploration technology. 

• Fostered cross-functional collaborations, driving cutting-edge technology progress by attending trade shows and events, while optimizing system solutions and partnering with engineering teams for seamless integration, boosting efficiency by 25%. 

• Achieved 100% work visibility through consistent communication and meticulous documentation, earning commendation. Innovatively researched and conceptualized to designed hardware modules, ensuring 30% precision in delivering comprehensive solutions, optimizing project efficiency and functionality. 

NASA - Montana Space Grant Consortium: Nationwide Eclipse Ballooning Project (NEBP) 

Engineering Assistant

• Engaged in launching a Helium Balloon to 89,000ft to collect and analyze the data related payloads 

• Proficiently fulfilled various roles relevant to Payload connections , Fill and Launch , Data monitoring and Telemetry tracking, Flight Prediction and Recovery , System verification, Electrical connections and Launch Video. 

• Safeguarded launch operations, managed weather reporting, and ensured safety procedures. 

University Of Bridgeport

Graduate Teaching Assistant

• Mentored 150+ students in Robotics and network analysis, providing technical aid and instructions for 70%, fostering collaboration, and enhancing learning by 20% through hands-on experience with circuit design, circuit building and testing, Arduino using C++, sensors and MATLAB applications, which met UB requirement for courses. 

• Focused on evaluating 90% of concepts with various PCB circuits, sensors, components, protocols and interfaces, validating through physical lab testing to ensure integration and compliance with requirement.

• Nurtured students in solving technical issues, bridging communication between students and professors on software solutions by testing hardware firmware functionality, while enhancing project efficiency by 20%. 

• Engineered over 80% of Robotic systems, using ROS, Python, wide range of sensors, Arduino and Raspberry Pi to design, build and assemble autonomous mobile robots and innovative robotic systems with multi sensor calibration and integration. 

Gigawatt Solar Pvt Ltd

Electrical Engineer

• Regulated solar power plants, optimizing efficiency by 10% and cost savings by 5% through advanced technologies and safety compliance. 

• Achieved 98% uptime in solar power plant operations, surpassing industry standards by 5%, and reduced downtime by 25% through effective troubleshooting and supporting quality, sales, working with and managing suppliers, customer service and proposals using safety standards. 

• Computed power requirements, 3D designed layouts, simulations and ensured 20% smoother operation of solar power plants, managing design tradeoffs costs, aesthetics, performance and other design attributes. 

• Improved supplier management by 40% by successful engagement with suppliers, fostering strong relationships and ensuring the integration of 80% components within solar power plant systems. 

• Collaborated with system integrators to meticulously review and consolidate application requirements, resulting in a 25% improvement in project efficiency and a streamlined integration process. 

• Engineered electrical system configurations, aligning with customer specifications, driving a 15% increase in project efficiency and client satisfaction. Achieved 90% stakeholder satisfaction at system needs & Design Completion Milestone, surpassing industry benchmarks by 8%. 

enLiven Technologies

IOT & Embedded Systems Engineer

• Crafted and tested embedded systems using Arduino and Raspberry Pi, showcasing proficiency and enhancement by 5% in integrating hardware modules to build embedded hardware applications design and execution. 

• Created IoT solutions with sensor integration, cloud connectivity, simulation of electronic/electrical circuits modeling, enhancing robustness by 50% and collaborating effectively with cross-functional teams for seamless implementation. 

• Executed comprehensive testing of components, protocols, and interfaces, prototype assembly, debugging, and functional verification, contributing to 10% increase in the successful deployment of IOT solutions. 

• Proactively designed Printed Circuit Boards layout using PSpice and Allegro and participated in layout, circuit Design Reviews and project specifications, boosting delivery accuracy by 10%. 

• Diligently resolved defects, achieving 10% reduction in project delays through efficient engineering team escalation. 

• Engineered hardware solutions that drove a 20% increase in system optimization, optimized module design, and significantly elevated project reliability, contributing to a 15% reduction in overall system failures