Lucas develops electronics instrumentation for novel detection applications. At Cornell, he designed CMOS readout circuits for new x-ray detectors that opened windows to single particle x-ray diffraction measurements and time-resolved measurements of combusting metallic foils. During his time at Johns Hopkins Applied Physics Lab he created radiation-hardened CMOS electronics for a time-of-flight based charged particle spectroscope destined for civilian space missions. Most recently, he led an electrical test team for cameras in mobile devices at a Fortune 500 company in the San Francisco Bay Area.
Courses
- ENGR350 Introduction to Electronics
- PHYS341 Electricity & Magnetism
- ENGR342 Electromagnetic Fields and Waves
- ENG230 Digital Design
- ETLS630 Sensors for IoT and Autonomy
- ENGR480/481 Senior Design Clinic
