The company is a team of data and AI professionals who aim to make homes smarter using sensors and automated intelligence models specifically designed for home automation. Sensors include:• Activity / Occupancy / Presence, Ambient Light, Power Metering, Temperature• Humidity, Indoor Air Quality, Barometric Pressure, and CO2 equivalent.Data from these sensors is used as continuous data streams into our AI models. We offer several AI-driven applications for the home automation:• Auto configuration based on location.• Optimize touchless experience using iterative loop (understand, learn, and adapt) for lighting preferences.• Advanced DIY contextual security with auto arming and disarming to a floor level.• Advanced vacancy mode. Ability to replay occupancy to a minute level.• Aging in Place – Senior monitoring and anomaly detection, like a fall.We believe that applying AI to solving complex automation tasks will result in products that are simple and more intuitive for the user. This will remove much of the apprehension of setting up and configuring home automation systems.Duties at Nuro:Hardware design including schematic, layout, mechanical housing and mechanisms. Manage CM in China (multiple visits) to produce final product and put test plan in place. Manage ETL/FCC certification. Develop firmware for sensor/front user interface and dimming control.

LED driver hardware and firmware design. Includes design, schematics and layout. Coordinate manufacturing with PCB/PCBA house in China.System design (camera hardware, HDMI/USB Virtualization hardware). Design, schematics and layout. Supervise FCC qualification of the product with certification house.

Crescentec developed highly integrated low end camera controller ICs. First USB 2.0 isochronous web camera controller.Directly interacted with Intel USB certification lab in Portland Oregon to achieve USB 2.0 compliance. First such product on the market.

Cognigine developed a multi-processor SOC that targeted Network processing.Developed SOC software simulation model to aid in architectural performance evaluation. Design and supervised initial hardware platform to evaluate first silicon.

Worked in various departments.Designed complete laser printer controller for C&T laser controller IC.Worked in the multiprocessor group developing various circuit boards for C&T controller IC.Worked in MPEG compression group and designed evaluation board for C&T codec IC.Worked in Graphics group and implemented full chip simulation model to run on an IKOS hardware simulator.Designed/simulated all the VHDL FIFO modules in a C&T LCD controller IC that was used in a Toshiba laptop family.Debugged first silicon of the LCD controller on an e-beam station and debugged a clock tree layout bug.