Electrical Engineer - Mixed Signal

Bright Silicon Technologies; Pleasanton (CA); Sur place; USD 120 000 - 180 000; Plein temps

Résumé du poste

Bright Silicon Technologies in Pleasanton, CA, seeks an experienced EE to own the development of core analog, mixed-signal, and control electronics for its LDA technology. You will design, validate, and integrate electronics and PCBAs for closed-loop MEMS control in high-performance optical MEMS systems.

You will work with mechanical, software, and product teams to scope system-level designs, develop test plans, and ensure environmental and regulatory compliance.

Qualifications

• Experience in analog/digital electronics for MEMS and optical systems.
• Strong background in closed-loop MEMS control and verification.
• Ability to design and validate high-voltage, mixed-signal electronics.

Responsabilités

• Lead electronics and PCBAs for closed-loop MEMS control in LDA products.
• Develop hardware stack: HV, digital/FPGA, ASICs, power electronics, microcontrollers, DACs/ADCs.
• Architect, simulate, layout, procure, bench-test, and integrate boards into the LDA system.
• Create test plans, qualify platforms, and ensure regulatory and EMC compliance.
• Collaborate with mechanical, software, production, and product teams.

Connaissances

Analog design

Mixed-signal

FPGA

ASICs

Power electronics

MEMS control

Schematic capture

PCB layout

Outils

Cadence

SPICE

Altium

ModelSim

Description du poste

About The Role

Bright Silicon Technologies commercializes its Lightfield Directing Array (LDA), a semiconductor-scale micromirror platform for dynamically routing optical connections in AI, high-performance computing, and communications systems. Conventional electronic and optical networks are constrained by power consumption, switching speed, and scalability. Bright Silicon’s MEMS-based platform provides scalable, low-latency, high-mobility backbone networks for physical AI, autonomous systems, and robotics, realizes neutral atom quantum computing and networking deployment, and enables massive GPU/TPU cluster size expansion.

About The Role

Bright Silicon Technologies commercializes its Lightfield Directing Array (LDA), a semiconductor-scale micromirror platform for dynamically routing optical connections in AI, high-performance computing, and communications systems. Conventional electronic and optical networks are constrained by power consumption, switching speed, and scalability. Bright Silicon’s MEMS-based platform provides scalable, low-latency, high-mobility backbone networks for physical AI, autonomous systems, and robotics, realizes neutral atom quantum computing and networking deployment, and enables massive GPU/TPU cluster size expansion.

We are looking for an EE to own the development of the core analog, mixed-signal, and control electronics for BST’s LDA technology. This is an exciting opportunity to join our team in our Pleasanton, CA office to deploy the next generation of optical MEMS technology.

What you\'ll do

• Lead the development of electronics and PCBAs for closed-loop MEMS control in BST’s LDA products
  • Hardware tech stack: High voltage electronics, digital and FPGA systems, custom silicon (ASICs), power electronics, embedded MCU/MPUs, DACs/ADCs, analog and digital signal processing, and RF
  • Project workflow: System architecting, analysis and simulation, schematic capture and layout, component and board fabrication sourcing, PCB bench validation and system integration, and integration into the LDA system
  • Design projects: Highly parallel actuation and sense circuits for closed-loop MEMS control; Test and qualification platforms for custom mixed-signal ASICs; and MEMS calibration and measurement systems
• “Get it to actually work” – Develop solutions for PLM and scaling to production, troubleshoot and diagnose field issues, and design for compatibility with relevant environmental, EMC, and regulatory standards
• Integrate custom FPGA and ASIC designs – including producing functional specifications, developing test plans and infrastructure, and integrating these components into board-level designs
• Collaborate across technical domains by working with BST’s mechanical, production, software, and product teams to: scope system-level designs, capture subsystem requirements, and integrate working electronics to ship LDA systems.
• Source and manage external customers and vendors
• Produce technical documentation for internal use and external release