Luxolis (Lux PM Inc.)
Luxolis builds next-generation 3D vision, spatial intelligence, and AI perception systems
for robotics, XR devices, and industrial automation. Our technology powers real-time 3D capture, SLAM, and AI analysis for humanoid robots, smart factories, and AR/XR platforms.
Role Overview
We are seeking an
Embedded Systems & Robotics Engineer
to design, develop, and optimize
real-time embedded software and firmware
for
3D vision sensors, spatial AI chips, and robotic platforms
.
You will work at the intersection of
embedded systems, robotics, perception, and AI acceleration
, contributing directly to products deployed in
humanoid robots, industrial robots, and XR devices
.
Key ResponsibilitiesEmbedded Systems & Firmware
-
Design and implement
embedded software and firmware
for robotics and vision systems
-
Work with
ARM-based SoCs, MCUs, and AI/vision accelerators
-
Optimize memory (SRAM/DRAM), power consumption, and real-time performance
-
Develop low-level drivers for cameras, depth sensors, IMUs, LiDAR, and communication interfaces
Robotics & Perception
-
Integrate
3D vision, SLAM, and spatial perception pipelines
on embedded platforms
-
Support
real-time sensor fusion
(camera + IMU + depth)
-
Collaborate on
robot motion, perception, and control loops
-
Interface with ROS / ROS2
and robotic middleware
AI & Edge Computing
-
Deploy and optimize
edge AI models
(object detection, tracking, depth, SLAM)
-
Work with
YOLO-based models, embeddings, and inference pipelines
-
Optimize inference using ONNX, TensorRT, OpenVINO, or custom runtimes
-
Support on-chip inference and vision processing
System Integration
-
Bring-up and debug
custom hardware boards
-
Work closely with hardware, chip, and optics teams
-
Support XR / AR devices, humanoid robots, and industrial platforms
-
Participate in field testing and performance validation
Required Qualifications
-
Bachelor’s or Master’s degree in
Computer Engineering, Robotics, Embedded Systems, or related field
-
Strong proficiency in C/C++
for embedded systems
-
Experience with
Linux-based embedded systems
(Yocto, Buildroot, Ubuntu)
-
Hands-on experience with
ARM SoCs or MCUs
-
Understanding of real-time systems, memory constraints, and power optimization
-
Experience with camera pipelines and sensor interfaces
-
Familiarity with ROS / ROS2
Preferred / Nice-to-Have
-
Experience with
3D vision, SLAM, or computer vision
-
Experience deploying AI on edge devices (NPU, GPU, FPGA, ASIC
)
-
Knowledge of
TensorRT, OpenCV, Open3D
-
Experience with XR / AR hardware or humanoid robotics
-
Familiarity with FPGA or SoC platforms
(e.g., PolarFire, Jetson, Snapdragon)
-
Experience with
Python
for tooling and testing
-
Startup or early-stage product development experience