Aeolus Robotics is a fast-growing robotics company deploying robotic services in various industries. Our advanced robotic capabilities are already commercialized for hospitals, hotels, and eldercare facilities. We currently provide intelligent robot services in Japan and will soon expand globally.

We are an international company with development centers around the world. Do ground-breaking work with us on general-purpose service robotics in unstructured human spaces. We invite you to visit our careers page (https://aeolusbot.com/careers) to start growing with us.

We are seeking a candidate with an MSc or PhD in Robotics (or equivalent experience) or a Computer Science degree with a strong background in multi-sensor design and integration. You need good knowledge and experience with programming in C/C++ and Python while also understanding that you are working with active hardware.


Required Skills:
1. Experience in programming language development, familiar with C/C++, Python
2. Be familiar with the principles and techniques of data statistical analysis and the performance of various sensors and measurement principles.
3. Experience in using Linux and ROS development platforms is preferred
4. Understanding the working principles and functions of robot systems and sensors and experience in robot sensor application development is preferred.

The successful candidate will deliver high-quality code for robot execution and will be able to effectively communicate with software developers and roboticists in other teams to speed up the development of high-quality software.

Job description:
Sensor component performance testing and verification, robot sensor fusion, and system simulation verification.
1. Integrated design and design verification of robot sensor system. From signal access at the MCU level, time synchronization, correction, and error assessment are processed and finally communicated to the IPC through the real-time OS.
2. Sensors' specifications and performance verification, including 2D/3D camera, IR, Lidar, ultrasonic, IMU, etc.
3. Plan perceptron verification methods and test plans
4. Measure and analyze sensor performance, provide control algorithms as sensors' performance input reference, and software simulation and adjustment of sensors' parameters