Keynote - Room 2
- 8:30: "How Will Artificial Intelligence Influence PCB Design?", Taylor Hogan
Networks / Compliance / Manufacturing Track - Room 3
- 9:30: "Safeguard your Connected Device - The secrets of Ironclad IoT Security", Cameron Haegle
- 11:00: "Certification of Electrical Medical Devices", Bill Bisenius
- 2:00: "CBRS – How shared spectrum enables Private LTE/5G Networks", Lino Osegueda
- 3:30: "Halogen-Free Nanocoatings – Promoting Environmental Sustainability and High Device Protection Performance", Richard Weiland
PCB Design Track - Room 4
- 9:30: "Using simulation to reduce PCB field failures", Harry A. Kennedy
- 11:00: "PCB Design for High Reliability Part 1", Paul Cooke
- 2:00: "PCB Design for High Reliability Part 2", Paul Cooke
- 3:30: "PCB design best practices", Steph Chavez
Components / Packaging Track - Room 5
- 9:30: "Test Fixture / RF Enclosure Combinations: Mechanical Design, Characterization and Innovations", Matthias Zapatka
- 11:00: "Mechanical switches and interconnects for high vibration applications", · Bob Hayes
- 2:00: "Optimizing Parasitic Capacitance in Power Substrates to Lower Common Mode Interference", Doug Hopkins
- 3:30: "High-end Crystal Oscillator considerations and benefit for a smaller oscillator", David Kenny
Electrical Engineering / Signal Integrity Track - Room 6
- 9:30: "Signal Integrity Basics for Embedded Applications", Matt Burns
- 11:00: "Low Frequency Signal Integrity with Hardware Demonstrations Part 1", Lee Hill
- 2:00: "Low Frequency Signal Integrity with Hardware Demonstrations Part 2", Lee Hill
- 3:30: "Artificial Intelligence: Transforming Industries and Shaping our Future", Troy Hopkins