Leader of digital design for Xceltronics

Provide computer support and web design as a service to the community. Small client base with referrals only.https://gatheract.comhttps://ltiaas.comhttp://hiddenlakeretreat.orghttp://lesliegreenart.com

Worked at Analog Devices (Formally Maxim Integrated) designing digital and mixed-signal IP for a broad range of applications.• Digital and Mixed-Signal IP Projects: Digital calibration of Pipeline and SAR ADCs, Hybrid PLLs, power converters, memory controllers, RISCV digital IP blocks, and process qualification test chips.• Product Contributions: RF-to-bits Hybrid-Radio Receivers, Audio DACs, Ultrasound Front-ends, Power Converters, ADCs, Battery Management ICs• Digital Expertise: Lead team that architected an automated ”chip generator” that included UVM testbench and regmap generation, I2C, SPI, OTP, and other digital/mixed-signal IPs that were used in most new designs across Maxim. Currently leading and contributing to digital IP design and verification projects.

Digital mixed signal circuit designer for ADCs, PLLs and many other types of mixed signal CMOS IP.

Designing all things digital for high-speed data converters.

Researched resilient ultra low-power digital circuits and architectures in the VLSI group at OSU (SRC, NSF, DOE, DOD, NSA, and DARPA funded).

Taught ECE 473/573 to a mixed class of senior undergrads and graduate students. The class focused on digital design with System Verilog, basic synthesis techniques, and scripting.

Interned at Intel designing I/O circuits for next-generation server processors in 22nm CMOS.

Taught web design and other technology-oriented classes to both middle school and high school students through university outreach programs.

Spent the summer as a research intern at Fudan University in Shanghai, China. Research focused on low-power and low-energy encryption engine optimization for integrated RFID systems.