XR Camera and Machine Vision Engineer Graduate
ByteDance
Posted 14 Nov 2026, 05:28 ET
This job at a glance
- Who can apply
- New grads, no experience needed
- Must know
- Circuit designEmbedded systemsMachine learning
- Nice to have
- PythonC++CMATLAB
- Work
- On-site in San Jose
- Pay
- Not stated by the employer.
- Skill demand
- Python45%Embedded systems25%Machine learning24%Circuit design9%of 99 similar entry-level jobs posted in the US this week
- Listed
- Nov 14, 2026 · still open
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About the Role
PICO is a leading VR/AR platform focused on VR all-in-one technology. We are committed to providing immersive and interactive VR experiences and tailor-made solutions for enterprise clients in education and healthcare. As a graduate, you will have opportunities to pursue bold ideas, tackle complex challenges, and unlock limitless growth.
Key Responsibilities
- Develop power & computational efficient machine vision perception systems.
- Camera system level HW and SW development.
- Design experiments and test platforms for visual performance evaluation.
- Optimize machine vision algorithm/framework for edge devices with efficient HW/SW architecture.
- Define specs for next generation VR/MR/AR cameras and see-through experiences.
Requirements & Tech Stack
- Python and C/C++ (Matlab a plus).
- Proactive, self-motivated, strong communication in a fast-paced, highly multidisciplinary team.
Qualifications
- Individuals completing or recently completed a PhD in EE, ECE, CS, Applied Physics, or a related technical discipline.
- Direct experience with cameras / optical image sensors and computer vision on real images (e.g., CMOS/CIS, event cameras, computational imaging, or camera-based perception).
- Hands-on hardware: physically built and prototyped real systems (PCB, FPGA, sensor/optical front-end bring-up, embedded).
- Modern ML/vision: research-level computer vision, efficient perception, or foundation models, with real understanding of what modern models need from the input data.
Preferred Qualifications
- Work at the hardware–algorithm intersection: sensor-algorithm co-design, near-/in-sensor compute, event cameras, computational imaging, efficient/edge perception.
- Fluency leveraging VLM/LLM/foundation models to build or accelerate perception systems.
- Low-power/edge deployment, power-performance modeling, or AI-accelerator-aware model design.
- 3D computer vision / reconstruction; image-processing pipeline development.