=== Experience ===
Electrical Engineer
Gerber Technology
Tolland, Connecticut
November 2012 – Present
- Designed a standalone mixed A/D sensor interface board critical to accurate system performance from its inception to inclusion in final product
- Extensive 2D CAD electromechanical design and documentation of system-wide cabling
Control Engineering of overall system control loop by exercising swept-sinusoid analysis of atomic components; system identification of atomic components from resultant data; system performance optimization of cascaded sections utilizing s-domain analysis and system modeling
- Analog filter design: 8th-order Inverse-Tschebychev lowpass with ≥62dB attenuation; transition-band contained in 0.4 decade
- Numerous Monte Carlo electronic simulations to ensure desired characteristics of DC and dynamic system response in light of real-world component variation
- Assorted multilayer A/D PCB Layouts utilizing Mentor Graphics Pads 9.4; Schematic Capture employing Mentor Graphics DxDesigner
Analog Layout Engineer
Biomedical Electronics Laboratory
Amherst, Massachusetts
February 2011 – August 2011
- Collaborated with a team of 4 to create a special-purpose ASIC for laboratory research; completed run yielded 64 functional chips
- CMOS analog design, layout and simulation in multiple technologies and processes: ON Semiconductor C5N (0.6μm), NCSU ami06 (0.6μm) and TSMC CL035 (0.35μm)
- Designed and simulated padring/bondpad electrostatic discharge protection circuits to US military spec. MIL-STD-883G
- Minimum-footprint analog/digital layout and simulation
- Installed, configured, and administered a shared Cadence IC 6.1.0 server running RedHat Linux
Laboratory Intern
Biomedical Electronics Laboratory
Amherst, Massachusetts
February 2010 – February 2011
- Designed a logic-level-interfaced NMOS H-bridge with capacitive high-side drive using only discrete components - finished unit capable of delivering 200W at full duty, bandwidth limited to 5 MHz by controller
- Designed, wrote and tuned a firmware-level PID controller in Microchip C18, implemented with a PIC18F4550 microcontroller
- Modeled, designed and tested an active thermal controller implemented with a peltier contro...
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