• Spearheaded technical product management, developed roadmaps and strategies for the launch of home security products aligning with market needs and managing the product development lifecycle.

• Acted as the lead point of contact in the US for our hardware manufacturing OEM team based in China to drive managing overall product development

• Coordinated with global teams, including OEM partners, cloud teams, mobile app integration, QA, technical partner support, and sales engineering, fostering collaboration and ensuring project success across multiple geographies.

• Launched a consumer product ecosystem - prioritizing firmware, hardware, and cloud integration.

• Working on ecosystem of consumer electronics including tablets, video doorbells & cameras, sensors, cloud integration and mobile apps.

• Derived product delivery and qualification strategies and schedules based on system requirements, technical challenges, lead times and business needs by developing end-to-end program plans

• Managed and owned complex cross-functional programs execution spanning technical product management, user experience, software engineering, hardware, firmware, QA, and cloud integration, from an early stage of development through launch to customers.

• Designed the architecture and key features for home security products including gateways, tablets, sensors, doorbells, cameras and 3rd party consumer products.

• Mentor QA, Tech Support, Field Support team and foster collaboration to enhance processes, product quality and user experience.

• Engage with customers for technical partner support to track issues and implement feature enhancements, improving customer satisfaction and product usability.

• Performed FMEA to identify potential risks and their impact on system architecture led to architectural enhancement in system reliability and performance

• Designed & developed QA automation software to test all products in the ecosystem

• Experienced in complex engineering analysis to contribute to new generation product development solving problems with previous generation issues and improve production processes.

• Experienced in working with high pressure environments by supporting multiples teams such as Manufacturing, Quality Analysis, Partner support, Product management and Technical customer support

• Managed and built firmware released for customers.

• Experienced in developing products with wireless, audio & video, sensor and IoT applications

• Designing and developing code using C and Embedded C for Wifi, I2C, UART, BLE, DMA, PWM etcprotocols.

• Debugged embedded software and hardware using tools such as oscilloscope, serial debugger using FTDI, JTAG.

• Designed algorithms for various sensors - motion, temperature, light and humidity in C language to enhance performance and reduce noise in real time world(field).

• Developed audio driver in C for a product using ARM Cortex M4 processor.

• Performed wifi range test, throughput efficiency using network analyzer, iperf tool and speed test tool.

• Developing software for custom Over The Air(OTA) update for embedded products.

• Developed custom bootloader update software in C for the products in field for ARM Cortex M0+ processor.

• Researched and tested different types of components to implement the product by testing the performance.

• Developed a Wireless assistive technology (WAT).

• Tongue driven system using Atmega 328 for disabled people.

• Developed a mask which controls computer and wheel chair utilizing the tongue.

• Developed results/reports on bioelectrical signals.

• Tested and executed experiments on multichannel EOG device.

• The device enables the disabled to control devices such as wheelchair, surroundings utilizing eye movements and eye blinks.

• Developed a device that generates bio field (aura) of inanimate objects.

• Generated auras of inanimate objects such as fruits and vegetables to get an idea regarding its age.

Assisted in Research and Development in the field of Power electronics, Analog circuits and Embedded systems.

Projects :

Maximum Power Point Tracker (MPPT) - (Programming and design): Designed Boost Converter where the switching was programmed using Arduino for Solar Power system.

18 pulse controlled drive (Programming): To reduce size of bulky analog circuit, Atmega32 micro-controller was used for the controlled drive which removes harmonics from high voltage operations which arises due to non-linearity of the equipments.

Single phase and three phase Inverters (Programming): 8015 was used to control the switching of gates for the inverters.