Managing a team of 2 EEs in US, dotted line to 3 EEs in TPE.Continuing to own schematic and layout design, mixed signal modeling, schedule, and budget.These teams are responsible for all stages of the development cycle from Concept to Shipment for any 1st or 2nd party Latch HW products.

Defined next generation products as the primary system designer.Developed requirements for electrical, mechanical, firmware, and manufacturing teams and CMs.Set technology foundation for ecosystem of smart building products.Researched, prototyped, and chose processor platforms, communication technologies,manufacturing technologies, power requirements, and security postures.Modeled electrical solutions in LTSpice.Modeled physical solutions in Python.Created 3D solutions in Solidworks, and iterated by realizing the solution on 3D printers.

Led EE for Latch Lens and Latch C2.Worked with C-suite to concept device, designed and tested prototype electronics.Was senior approver on EE schematic and layout for all EE projects.Reviewed FW code and ME CAD files, developing when necessary.Developed test scripts in Python for early development testing and manufacturing line validation.Designed the schematic and layout for 4 production PCBAs.Verified the design on the bench with standard lab equipment: oscilloscopes, spectrum analyzer, ultra low current monitor, solder station, and microscope

Led project as the only electrical engineer for Latch Reader from concept toproduction.Designed the schematics and did the layout for 5 production PCBAsVerified the design on the bench with standard lab equipment: oscilloscopes, spectrum analyzer, ultra low current monitor, solder station, and microscope

Owned design, verification and environmental testing of subcircuit present on 90% of satellite's boards.This subcircuit contained an ARM core microcontroller, USB, I2C, SPI, UART, Parallel Memory Interface, JTAG, CAN, analog conditioning, power supply, and other circuitry.Developed embedded test applications in C to test board-level functionality.Held requirements reviews, design reviews, and verification test reviews.Skills used:Altium, Python, C, Analog Circuit design, Solidworks

Up-rev’ed and owned the layout and schematic for 2 spacecraft electronics boards using Altium Designer.Design included analog conditioning and power circuitry.Wrote embedded application code in C to communicate and power peripheral devices.Characterized and integrated numerous sensors including GPS receiver & antenna, IMU, magnetometer,and magnetic torquer for a space-like environment.

Developed procedures to operate spacecraft on the ground and in the sky.Wrote python scripts to safely control the commands being sent to the satellite based on telemetry coming from the satellite.Coordinated cross-functionally to ensure each team approved the operating procedures.Created python tools to more quickly and reliably assess spacecraft health by processing telemetry.

Helped Echeyde go undefeated in the first half of the 2011-2012 season.

Taught english to groups of 5-15 students between the ages of 5 and 12.Developed lesson plans that fit the curriculum while also maintaining the focus of the classroom.

Designed and built gimbal system to control a camera mounted to a leer jet.Programmed a microcontroller to read in GPS, Accel, Gyro, and other data to output signals to a stepper motor driver.

Studied the areas to improve battery safety further.Tested and characterized extreme modes of operations for batteries.Designed and outsourced test devices.

Studied the processes of a supercritical water coal power plant.Analyzed, using Matlab, the flow of water through a complex piping system.Gained hands on experience with mechanical equipment such as pumps, DC motors, etc.

Used Google Earth to locate and mark contaminated land boundaries.Established cordial relationships in a small start-up.Interacted with municipal governments to obtain information relating to land contaminations.Organized a multitude of information using Excel spreadsheets