Led FLIR's automotive safety hardware design with an emphasis on SWaP-C and design for assembly/manufacturing.
Hardware Lead: FLIR ADK, Neutrino LC, Linear Cryocooler Controller
Market segments for projects worked on
• automotive
• mil-aero
• high volume commercial
• maritime
• security
Technologies I've worked with
• Power over Coax (GMSL/FPDLink)
• High speed video busses (MIPI CSI-2 D-Phy)
• Memory Devices (RPC DRAM, NOR Flash)
• Logic Devices (Lattice, Altera, MicroSemi)
• GaN-based DC/AC Inverter Design with Full Bridge
• Video pipeline (low noise DAC, high speed ADC)
• Gimbal stabilization (three-axis gyro, three-axis accelerometer stabilization)
• Digital communication busses (I2C, SPI)
• Boundary scan testing with JTAG (Corelis ScanExpress)
• Uncooled infrared cameras
• Cooled infrared cameras
Products I've worked on
• FLIR Lepton
• FLIR Muon
• FLIR M400
• FLIR M400XR
• FLIROne, 3rd Generation
• FLIR ADK
• Mil-Aero Cooled products
• FLIR Neutrino LC
Most recent experience
• Hardware Safety Analysis (FMEA/FMEDA) in Ansys Medini Analyze
• Signal Integrity simulation of multi-medium high speed interconnect using Mentor Graphics Hyperlynx
• Simulation of power plane impedance using Ansys SIWave
• Hardware requirements management using Jama
• BOM management using Arena
• Power over Coax Serializer PCB in 1" square (GMSL/FPDLink)
• Mixed domain PCB design
• ECAD/MCAD integration: 3D modeling of flex with bends in Allegro 17.4
• Homebrewed Buck/Boost topology 50W DC/AC Inverter
Tools used
• OrCAD/Allegro 17.4 (new designs)
• DxDesigner/PADS 9.5 (legacy designs)
• LTSpice
• Ansys SIWave
• Mentor Graphics SIWave
• medini Analyze
• Jama
• Arena