Perform board-level and system-level debugging and analyze customer-reported issues and identify root causes.
Design and develop enterprise server motherboards and add-on card products, including schematic capture, BOM creation, debugging, and product validation.
Review PCB layouts and collaborate with layout engineers to ensure design quality, manufacturability, and compliance with hardware design guidelines.
Prepare and maintain engineering documentation, including product specifications, BOMs, validation reports, test procedures, and debugging guides.
Perform design verification testing (DVT), system validation, and qualification testing to ensure products meet engineering specifications and customer requirements.
Requirements
Bachelor's degree in Electrical Engineering or Computer Engineering; Master's degree is a plus.
Lead platform deployment, availability, and stability for data center CPU/GPU systems, driving system-level debugging and continuous improvement in a fast-paced on-site environment.
Responsibilities
Manage platform deployment, availability, and stability for data center CPU/GPU systems
Lead system-level debugging efforts involving hardware, firmware, Linux, networking, power, and thermal behavior
Develop structured debug strategies, validation flows, and failure-analysis methodologies
Installation, configuration of various OS Distros from console, setup Network gear, perform and validate Network configurations
Provide logs and statistics that will help in further debug of issues
Requirements
Bachelor's or Masters degree in electrical or computer engineering/ Computer science
Own calibration across Calder's robot and egocentric capture systems for APAC, focusing on camera intrinsics, extrinsics, stereo, camera–IMU, and hand–eye transforms.
Responsibilities
Own multi-sensor calibration end to end across rigs and egocentric setups in APAC — camera intrinsics/extrinsics, stereo, camera–IMU, and camera–arm / eye-in-hand / eye-to-hand transforms
Use robot arms to make calibration repeatable: plan and program pose trajectories that sweep targets and sensors through full coverage, automate capture and solve, and take operator-to-operator variance out of the result
Define and hold calibration quality bars — reprojection error, coverage, observability, run-to-run repeatability — and gate captures on them
Design and operate egocentric calibration setups (boards, poses, lighting, mounts, capture procedures) so they are repeatable and produce production-quality results
Diagnose calibration and tracking failures from real captures — sync, coverage, board detection, extrinsics drift, kinematic error — and close the loop into procedure and software
Lead the development, implementation, and verification of advanced signal‑processing algorithms for high‑performance communication systems in space vehicles.
Compensation
$145,000 - $185,000 / year
Responsibilities
Design, implement, and optimize DSP algorithms for advanced communication systems
Develop and refine symbol timing recovery, carrier recovery, and equalization algorithms
Perform fixed‑point modeling, quantization analysis, and algorithm optimization for hardware deployment
Use MATLAB and Simulink for modeling, simulation, and verification of DSP processing chains
Collaborate closely with FPGA design teams to translate algorithms into hardware‑efficient architectures
Requirements
Master's degree in Electrical Engineering or related field
Nice to have: PhD in Electrical Engineering or related field
Lead and mentor hardware engineering teams in designing, developing, validating, and producing complex electronic hardware products.
Responsibilities
Define system and board-level hardware architectures
Lead schematic, PCB-layout, design-readiness reviews
Provide technical guidance and mentoring to hardware engineers
Own hardware design from concept through schematic design, PCB layout, prototype bring-up, validation, qualification, and production release
Develop and review designs involving CPU, LPDDR5/5x, MIPI-CSI/DSI, SDIO, eMMC/UFS, PCIe, USB, FGPA/CPLD, LDO, SMPS, POL, Industry Standard buses (I2C, SPI, UART, PDM for DMICs, I2S and CAN) and SerDes technologies such as FPD-Link and GMSL
Requirements
Bachelor’s or Master’s degree in Electronics & Communication Engineering, Electrical Engineering, Electronics Engineering or a related discipline
Nice to have: experience with automotive or other high-reliability embedded electronics or AI Processors
Nice to have: experience with camera, vision, infotainment, telematics, ADAS or domain-controller hardware
Nice to have: experience with high-speed SerDes and MIPI-based video architecture
Nice to have: experience with processors/SoCs from vendors such as NVIDIA, NXP, Qualcomm, TI
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