Semiconductor device physics
Build or refresh the foundations: band structure, electrostatics, carrier transport, junctions, and how physical assumptions shape device behavior.
Professional seminars & workshops
Tailored instruction that connects semiconductor physics with the devices, models, and decisions your team works with.
Sample seminar topics
Build or refresh the foundations: band structure, electrostatics, carrier transport, junctions, and how physical assumptions shape device behavior.
Explore multiplication, breakdown, noise, detection probability, and modeling considerations in APDs and SPADs.
Connect polarization, heterostructures, high-field transport, and material properties to electronic and photonic performance.
Evaluate model assumptions, numerical methods, calibration, and the limits of simulation as an engineering tool.
Examine laser and photodetector design, optical and electronic interactions, and performance tradeoffs.
Combine topics into a focused program for device engineers, modeling groups, R&D teams, or technical leadership.
Tailored delivery
Discuss a short technical briefing, half-day seminar, full-day workshop, or multi-session program. Delivery can be remote or onsite by arrangement.
The level, examples, and emphasis are agreed around your team’s background and objectives. A technical workshop can incorporate discussion of your questions and modeling challenges.
Plan your session
Roles, technical background, approximate group size, and the questions they face.
Topics, depth, format, duration, and learning objectives.
Confirm scheduling, delivery arrangements, materials, and fees.
Engagement inquiries
Consulting, professional seminars, and independent technical analysis.