1.Develop algorithms suitable for outdoor robot construction and positioning based on 3D laser radar or multi-camera system;
2.Optimize map storage and loading related functions;
3.Responsible for the engineering of the algorithms;
1. Familiar with at least two classical VSLAM algorithms or laser SLAM algorithms;
2.Experience in actual SLAM algorithm development and debugging;
3.Meeting at least one of the following 4-6 points is preferred;
4.Familiar with the positioning module of the open source driverless system;
5.Familiar with Linux, with ROS development experience;
6.Familiar with common image processing algorithms or experience with multi-sensor fusion;
7.Have strong engineering and coding capabilities.
Apply for the position
1.Development of related algorithms such as object recognition, tracking, and trajectory prediction based on radar or camera;
2.Development of scene or road recognition and segmentation algorithms;
3.Transplantation and productization of the above algorithms;
1.Master’s degree or above, more than one year of relevant work or project experience;
2.Familiar with at least two practical object recognition and scene classification deep learning models;
3.Have strong engineering and coding capabilities.
4.Familiar with the perception and prediction module of open source driverless systems is preferred;
5.Familiar with Linux, ROS development experience is preferred.
Apply for the position
1.Integrate multi-sensor and positioning data, responsible for robot automatic navigation decision-making and planning algorithm development, simulation, debugging and testing;
1.Master degree or above, more than 3 years of relevant project experience;
2.Familiar with C/C++ programming, common data structure algorithms and state machine design, with good programming style and programming habits;
3.Familiar with ROS and have experience in ROS related projects;
4.Familiar with common optimization algorithms, search algorithms, computational geometry and other related algorithms;
5.Proficient in control theory, master control algorithms such as PID, MPC, LQR, with control system design, signal processing and dynamics;
6.Work experiences in one or more project such as system modeling;
7.Experience in development of unmanned vehicle software systems is preferred.
Apply for the position
1.Responsible for the development of the fusion positioning algorithm for inertial positioning and GNSS, vision, multi-line laser radar, map and other positioning methods;
1. Master’s degree or above, more than one year of work experience;
2.Familiar with C/C++ programming and common data structure algorithms, with good programming style and programming habits;
3.Familiar with ROS and have experience in ROS related projects;
4.Proficient in Kalman filtering algorithm, familiar with multi-sensor fusion positioning navigation algorithm;
5.Familiar with vision, laser radar, IMU, GPS related positioning and navigation algorithms;
6.Research and development experience in related fields such as unmanned vehicles and robots is preferred.
Apply for the position
1.Planning, design, integration and optimization of each software module; 2. System optimization and maintenance; 3. Performance evaluation, selection and design of the computing platform;
1.Have relevant work or project experience;
2.Familiar with at least one framework of open source autopilot systems;
3.Familiar with X86_64, ARM, GPU and other hardware architectures;
4.Familiar with Linux and ROS systems;
5.Experience in building autopilot hardware and software platform is preferred.
Apply for the position
1.Preprocessing of laser point cloud or VSLAM map;
2.Development of automated processing algorithms and tools for development, splicing, segmentation and compression of high-precision maps;
3.Responsible for the productization of the tools;
1.Master’s degree or above, more than one year of relevant work or project experience;
2.Familiar with C++, Linux, QT and PCL libraries;
3.Familiar with the map module of mainstream open source autopilot system is preferred;
4.Have strong engineering and coding capabilities.
Apply for the position
1.Realization or secondary development, debugging and optimization of software function modules related to the autopilot system；
1.Familiar with C++, Python and Linux, more than 2 years of working experience;
2.Have strong coding and engineering ability;
3.Meet at least one of the following 4-6 points;
4.Familiar with ROS, experience in development and debugging of robots or drones;
5.Experience in robot or drone path planning, motion control or SLAM;
6.Familiar with PCL and have practical project experience；
7.Interested in autopilot techniques;
8.Have a strong willingness and ability to learn.
Apply for the position
1. Understand the core functions of the product, and design the mechanical realization plan according to the detailed specifications of structure function requirements;
2. Proficient in mechanical design software for 3D and 2D drawing modeling and simulation analysis;
3. Produce mechanical design drawings according to work needs, and keep in touch with the processing plant to ensure the quality of the parts;
4. Assemble and commission product prototypes at various stages to promote mass production;
5. Test and improve difficult mechanical design issues;
1.At least 3 years of experience in product development, capabilities in new product concept design and project management, with mass production experience;
2. Experience in automotive, electric bicycle, sports toys, outdoor products industry is preferred;
3. Deep understanding and experience in use of the motion mechanism are preferred;
4. Proficient in using Pro-E, Solidworks, CAD and other software for modeling and plotting;
5. Familiar with the structure, performance, mechanism and use of small and medium-sized mechanical and electrical products.
Apply for the position
1. Responsible for the development and design of the chassis structure of unmanned vehicles, sorting and optimizing the defects of existing vehicle chassis, improving its performance and reliability;
2.Responsible for the development of chassis requirements and program design, and the formulation of relevant technical specifications;
3.Responsible for the selection and evaluation of materials and processes related to chassis parts;
4.Responsible for 3D/2D drawing design of chassis parts;
5.Responsible for CAE simulation analysis of modal, vibration and thermal design of chassis parts;
6.Responsible for the technical communication of chassis opening and suppliers of purchased parts;
7.Responsible for problem analysis and related technical support during vehicle production and experiment;
1.Bachelor degree or above, major in mechanical design/vehicle engineering preferred;
2.More than 3 years of experience in structural design of the automotive industry, having fully developed at least one of steering system, driving system, braking system and transmission system;
3. Master the relevant characteristics of the vehicle motor and have the ability to select;
4.Familiar with the characteristics of various transmission mechanisms, with the ability to select the appropriate mechanism according to the needs;
5.Have good modeling capabilities;
6. Understand the vehicle development process, with DFEMA writing ability, mass production experience is preferred.
Apply for the position
1.Conduct demand analysis of robot product development, including application scenarios, industry technology, market & competing products and equipment benefit analysis, and propose new product development directions;
2.Leading the design of robot products, including equipment function design, key technical parameter design, key performance index design, product presentation design, etc.
3.Organize the members of hardware, algorithms, software, machinery and peripheral supporting product research and development team to carry out detailed design of new products and complete product design work;
4.Organize the processing, assembly, testing and optimization of new products until the product is finalized and the technical standards of the products are completed;
5.Organize the processing, assembly, testing and optimization of new products until the product is finalized and the technical standards of the products are completed;
6.Optimize iteration and upgrade of equipment based on cost control and performance optimization;
1.Bachelor degree or above, major in mechanical design/vehicle engineering preferred;
2.More than 3 years of experience in structural design of the automotive industry, having fully developed at least one of steering system, driving system, braking system and transmission system;
3.Master the relevant characteristics of the vehicle motor and have the ability to select;
4.Familiar with the characteristics of various transmission mechanisms, with the ability to select the appropriate mechanism according to the needs;
5.Have good modeling capabilities;
6.Understand the vehicle development process, with DFEMA writing ability, mass production experience is preferred.
Apply for the position
