Services

End-to-end design-build electrical engineering, from concept development through construction and commissioning
Power system studies and analysis, including relay coordination, arc flash, EMTP, motor starting, and short circuit analysis (ETAP, SKM, EasyPower)
Substation engineering and design (13.8 kV–500 kV), including transformer sizing

End-to-end design-build electrical engineering, from concept development through construction and commissioning
Power system studies and analysis, including relay coordination, arc flash, EMTP, motor starting, and short circuit analysis (ETAP, SKM, EasyPower)
Substation engineering and design (13.8 kV–500 kV), including transformer sizing, protection & control systems, and transmission interconnections
Complete electrical system design, including breaker sizing, switchgear and MCC design, UPS systems, grounding, and hazardous area classification
Development of detailed engineering deliverables, including single-line diagrams, motor schematics, lighting layouts, and panel designs
Cable system engineering, including tray layouts, cable sizing, schedules, voltage drop, and charging current calculations
Integrated design-build project execution, aligning engineering, procurement, installation, and commissioning
Electric vehicle (EV) charging infrastructure design, consultation, and implementation

OrCad, Altium, Xilinx ISE, Altera/Intel Quartus, C, VHDL, Spice, Intellicad, Full PCB Design
FPGA, ASIC designs in a Linux operating environment
Embedded systems with STM32 or NXP Microcontrollers. Wireless systems - sub 1Ghz, and 2.4Ghz. WiMax, Zigbee, 802.15.4
Proficient in Python, C, Java, HTML+JS+CSS, ECMAScript, C++, C#
Solid background

OrCad, Altium, Xilinx ISE, Altera/Intel Quartus, C, VHDL, Spice, Intellicad, Full PCB Design
FPGA, ASIC designs in a Linux operating environment
Embedded systems with STM32 or NXP Microcontrollers. Wireless systems - sub 1Ghz, and 2.4Ghz. WiMax, Zigbee, 802.15.4
Proficient in Python, C, Java, HTML+JS+CSS, ECMAScript, C++, C#
Solid background in SQL, relational algebra and databases (PostgreSQL, MYSQL,NOSQL, MS SQL Server).
Reliability prediction for electronic components - MIL-HDBK-217.
Inertial MEMS sensors, digital compass, magnetic sensors, electronic power supplies, charge-coupled device (CCD) drivers.

Control system and instrumentation: control panel designs, I/O schematics, control narratives/philosophy and instrumentation layouts
Site visits and field support commissioning
PLC panel testing and design, control narratives and IO Lists
PLC/DCS programming
Instrumentation: sizing, settings and indexing