2026 13" and 15" MacBook Air (3/2026)

• System EE Technical Lead

• Led a team of 12 engineers during the NPI product development of a MacBook Air.

2024 13" and 15" MacBook Air (3/2024)

• System EE Technical Lead

• Main logic board lead managing schematic integration and layout.

• Led a team of 12 engineers during the NPI product development of a MacBook Air.

2022 13" MacBook Air (6/2022)

• Main logic board lead managing schematic integration and layout.

• Reference design schematic owner for SOC, Display Backlight, Display PMIC, Gyroscope/Accelerometer, and SSD sub-systems.

2020 13" MacBook Air (11/2020)

• Schematic integrator for main logic board.

• Schematic design and layout of audio speaker amplifier and CODEC board.

• Designed several 2- and 3-layer flexible printed circuit boards.

2020 13" MacBook Air (3/2020)

• Designed and validated thermal and power sensors for main logic board.

• Schematic integrator for main logic board.

2019 13" MacBook Air (refresh; 7/2019)

2018 13" MacBook Air (10/2018)

• Designed and validated thermal and power sensors for main logic board.

• Developed boards to enable bring-up of new CPU architectures.

• Developed an automated build and simulation environment for FPGA design using Perl, Bash, Makefiles, and Tcl.

• Co-designed an embedded system which employed PCIe Gen 2 x2, NVMe (PCIe Gen 3 x4), and DDR3L SDRAM interfaces which interfaced to an Intel/Altera Arria 10 GX FPGA.

• Designed a 100MHz reference clock generation and distribution network, which originated from a 25MHz TCXO and supported SSC.

• Architected a method for robust field upgrade of an FPGA deployed in space.

• Led training sessions on the mechanics of FPGA design and simulation.

• Collaborated with the Keysight Technologies Oscilloscope Product Division and the Keysight Laboratories group on a new feature for their high performance oscilloscopes. Work included developing a new control pc board along with FPGA design targeting a Xilinx Artix-7 FPGA and documenting calibration procedures.

• Presented paper entitled "A Method for Storing Semiconductor Test Data to Simplify Data Analysis"​ at the IEEE AUTOTESTCON 2016 conference in Anaheim, CA.

• Collaborated with the Keysight Technologies Spectrum Analyzer Division on a new feature for the X-Series Signal Analyzers. Work included porting a DSP IP block from a Xilinx Virtex-4 FPGA to a Xilinx Kintex UltraScale FPGA and documenting improvements. The DSP IP block ran at a clock frequency greater than 300MHz.