• Design and develop new electro-mechanical products related to commercial and home floor care industry• Perform competitor market research and conduct novelty and non-infringement patent searches during early development stages• Perform Value Analysis/ Value Engineering (VA/VE) to cost down current designs and improve manufacturability• Determine customer requirements, product requirements and lifecycle by performing market research and analysis• Work closely with product management, sales, and marketing teams to discuss product requirements and specifications• Communicate with suppliers nationally and internationally regarding parts sourcing, design control, bid generation, and evaluation• Review and estimate design costs including equipment, installation, labor, and materials• Enforce DFM and DFA principles to identify and resolve potential manufacturing challenges• Accountable for creating and processing Engineering Changes Orders (ECO) and determine the cost of implementing changes• Implement six sigma methodologies and other lean initiatives to streamline the processes• Responsible for designing parts and assemblies from concepts by developing prototypes

• Designed and built low-cost MEMS-based flexible pH sensor for biomedical, agricultural, and industrial application using SolidWorks• Engineered the hardware design of pH sensor by performing SPC analysis to merge electronic hardware, form factor, and packaging • Established a test method to evaluate sensor performance leading to design change and improvement in sensor reliability• Conceptualized and designed a special tool to perform the experiment on a biomedical device by using SolidWorks• Demonstrated the proof of concept by designing, testing, and validating the final working prototype of pH sensor by predicting the spoilage in agricultural produce

• Administering technologies, performing prior art searches, preparing technology assessment and marketing summaries• Gained extensive knowledge of US patent laws and patenting process• Assessing various technologies readiness level, commercial potential and developed commercialization approach including identifying and engaging potential licensees and collaborators • Prepared technology assessment, non-confidential summary of the product for marketing purpose• Evaluating market potential of inventions, including market need to be addressed by the invention, market size, target market, its competitive position and barriers to entering the marketplace• Evaluated new early-stage technologies for patentability and commercial potential• Advised on patentable claims and research activities that would lead to increase the commercial value of the patent• Analyzed market using business research and market research tools• Marketed technologies by identifying and contacting business contacts and leads at the target companies• Documented research findings and wrote technical reports indicating research directions and recommendations

• Performed analysis for takeoff/landing performance, payload-range optimization, fuel mileage monitoring, and weight & balance optimization • Conducted pre-fight preparations, real-time monitoring and post-flight analysis of B737-700, B737-800, and B737-MAX8 aircraft with performance engineering team• Simulated MEL and CDL impact on the performance of the aircrafts• Worked on fuel management and airspeed optimization programs • Worked with team members to design and develop Python based landing, take-off, and brake cooling module to generate alerts using aircraft communication addressing and reporting system (ACARS) • Investigated variance between flight plans and in-flight performance to ensure accurate pre-flight calculations • Supported certification efforts and performance analysis for B737-700, B737-800, B737-MAX8 aircrafts• Performed simulations to generate cruise, top of descent, and decent speed schedule for investigating new cost-index criteria using the flight simulator• Gained knowledge of airline operations, business drivers, customer requirements, and inter-departmental challenges• Special Achievement: Received the “Outstanding Performance Award” for my work contribution

• Analyze and substantiate repair designs to ensure compliance as per maintenance requirements proposed by Boeing, DGCA and FAA • Performed routine analysis and maintenance activities of B737. B787, B777 and B747 aircrafts• Conducted fuselage skin mapping surveys (Dent and Buckle Chart) for previous skin damage repairs of entire fleet• Established and reinforced Service Bulletins compliance database from the reliability point of view• Performed root cause analysis to identify engineering issues to improve the performance of aircraft systems and structural component• Coordinating with different departments, maintenance shops, Boeing and other OEM to prepare technical documents and engineering authorizations• Evaluated structural failure beyond Boeing allowable limits to improve reliability

• Designed anti-hail storm rockets using engineering, and mathematical concept for the agriculture industry• Generated 2D/3D drawings of rockets using AutoCAD & Creo with Bill of Materials and detail drawing as per ASME Y14.5 standards• Optimized the design by performing analytical and wind-tunnel testing to achieve planned aerodynamic performance and economized the propellant consumption• Performed root cause analysis and FMEA to reduce variability in design and increased overall aerodynamic efficiency by 21%• Worked with chemical engineers’ team to design and integrate pyrotechnically deployable cartridges inside rocket body• Coordinated with an industrial designer to create final detailed concept design and working prototype using various metal fabrication techniques for field testing as per engineering test protocols