Experience
Career record
Click a role to see the work behind it. Filter by discipline at the top.
5 roles shown
Role
Principal engineer for embedded software on radar programs. Set architecture and direction; drove requirements and verification across hardware, firmware, integration, and test.
Set software architecture and direction across radar programs, from concept through verification.
Arbitrated design decisions between hardware, firmware, integration, and test organizations. Unblocked cross-team conflicts before they reached the program schedule.
Role
Software architect and task lead for a new radar receiver. Defined interface contracts across hardware, firmware, and systems; grew the team from 8 to 18 engineers.
Owned the software architecture and interface strategy for a new radar receiver replacement.
Defined interface contracts that hardware, firmware, and systems teams could integrate against independently. Grew the team from 8 to 18 engineers.
Role
Department Agile and DevSecOps lead held alongside full-time signal-processing work. Set the planning cadence and delivery pipeline the department worked against.
Department Agile and DevSecOps lead held alongside full-time signal-processing work.
Ran the department's Agile planning and delivery pipeline while shipping signal-processing software full time. Systems and software teams coordinated through the processes this role put in place.
Role
Embedded C on DSP hardware for real-time radar signal processing. Lead investigator on a boot-failure reduction that took failures from 7-10% down to 1-2%.
Traced boot failures to a race condition in the supplier's initialization protocol, then replaced it with an in-house implementation that removed the supplier dependency.
Boot failure rate dropped from ~7-10% to ~1-2%. Remaining failures are due to the supplier's released hardware limitations.
Wrote embedded C across DSP architectures to execute radar signal-processing algorithms in real time.
Cut cycle counts on the radar correlator while keeping the algorithmic output identical.
Role
Built automation and control software for a student photolithography system, with a usable operator interface and oscilloscope-validated measurement.
Built feedback-control automation and a touchscreen operator interface for a student photolithography system.
Validated dose accuracy with oscilloscope measurements. Presented at AAAS and NCUR 2018.
Principal engineer for embedded software on radar programs. Set architecture and direction; drove requirements and verification across hardware, firmware, integration, and test.
Set software architecture and direction across radar programs, from concept through verification.
Arbitrated design decisions between hardware, firmware, integration, and test organizations. Unblocked cross-team conflicts before they reached the program schedule.
Software architect and task lead for a new radar receiver. Defined interface contracts across hardware, firmware, and systems; grew the team from 8 to 18 engineers.
Owned the software architecture and interface strategy for a new radar receiver replacement.
Defined interface contracts that hardware, firmware, and systems teams could integrate against independently. Grew the team from 8 to 18 engineers.
Department Agile and DevSecOps lead held alongside full-time signal-processing work. Set the planning cadence and delivery pipeline the department worked against.
Department Agile and DevSecOps lead held alongside full-time signal-processing work.
Ran the department's Agile planning and delivery pipeline while shipping signal-processing software full time. Systems and software teams coordinated through the processes this role put in place.
Embedded C on DSP hardware for real-time radar signal processing. Lead investigator on a boot-failure reduction that took failures from 7-10% down to 1-2%.
Traced boot failures to a race condition in the supplier's initialization protocol, then replaced it with an in-house implementation that removed the supplier dependency.
Boot failure rate dropped from ~7-10% to ~1-2%. Remaining failures are due to the supplier's released hardware limitations.
Wrote embedded C across DSP architectures to execute radar signal-processing algorithms in real time.
Cut cycle counts on the radar correlator while keeping the algorithmic output identical.
Built automation and control software for a student photolithography system, with a usable operator interface and oscilloscope-validated measurement.
Built feedback-control automation and a touchscreen operator interface for a student photolithography system.
Validated dose accuracy with oscilloscope measurements. Presented at AAAS and NCUR 2018.