Electrical Engineering- Senior

As a Senior Electrical Engineer, you will lead the architecture, design, and implementation of critical electrical subsystems and modules for SatCom user terminals. Reporting to the Engineering Manager, you will serve as a technical authority for power supplies, GNSS integration, and network exchange modules. An ideal candidate brings a sophisticated mathematical and engineering foundation, capable of solving complex, high-stakes hardware challenges with minimal oversight. This role requires a proven track record in high-speed digital design, hands‑on lab leadership, and the ability to mentor junior engineers through rigorous documentation and validation standards.

Lead the creation and critical review of hardware design documents, ensuring block diagrams, schematics, and BOMs meet global SatCom standards.

Drive the design and implementation of high-current switching power supplies and GNSS receiver modules using advanced microcontrollers, CPLDs, and FPGAs.

Oversee complex simulations for signal and power integrity (SI/PI) to guarantee robust performance in high-speed environments.

Direct board bring‑up, advanced debugging, and Design Verification Testing (DVT) to ensure prototypes exceed operational requirements.

Partner with procurement and Contract Manufacturers (CMs) to optimize DFM/DFA processes and ensure scalable production.

Architect Python-based test automation frameworks and integrate AI tools to revolutionize schematic generation and predictive component selection.

Bachelor's Degree in Electrical Engineering; Master's Degree in Electrical Engineering

Minimum of ten (10) years of related work experience.

Strong knowledge of microelectronics, electrical power systems, and circuit theories.

Experience with high-speed multi-gigabit digital system design.

Hands‑on experience with lab equipment (oscilloscopes, function generators, etc.) Proficiency in Cadence (Allegro/OrCAD) or other ECAD software

Strong knowledge of general power supply components

Experience in FPGA design and microprocessors is a plus.

Strong communication skills and the ability to communicate ideas with engineers, vendors, and customers

Proficiency in Python for engineering applications and familiarity with AI-assisted design platforms.

Electrical Engineering, SatCom User Terminals, Satellite Communications, Hardware Design, Electrical Subsystems, Power Supplies, High-Current Switching Power Supplies, GNSS, GNSS Receiver Modules, Network Exchange Modules, High-Speed Digital Design, Multi-Gigabit Digital Systems, Microelectronics, Electrical Power Systems, Circuit Theory, Schematic Design, PCB Layout, PCB Design, BOM Management, Block Diagrams, Signal Integrity, Power Integrity, SI/PI Simulation, HyperLynx, PSPICE, Board Bring-Up, Advanced Debugging, Design Verification Testing, DVT, Lab Testing, Oscilloscopes, Function Generators, Design Documentation, Lab Documentation, DFM, DFA, Contract Manufacturing, Procurement Collaboration, Cadence Allegro, OrCAD, ECAD, CPLDs, FPGAs, FPGA Design, Microcontrollers, Microprocessors, Ku-Band, Ka-Band, Q-Band, DDR3, DDR4, DDR5, DDR Memory Design, Length Matching, Impedance Control, Topology Constraints, Ethernet, SPI, LVDS, RS232, RS422, Power Supply Components, Python, Test Automation, Engineering Automation, AI-Assisted Design, Schematic Generation, Predictive Component Selection, Technical Leadership

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