2026校园招聘-研发类-电子/电气/软件方向（无锡）

Responsibilities

• Position 1 E-Powertrain System Integration Engineer (Wuxi): develop e-powertrain requirements based on machine performance requirements; e-powertrain system architecture concept design and evaluation; collaborate with battery, motor and power electronics teams to define component requirements; collaborate with machine team on component integration and installation design; develop system-level lab and on-machine validation plans; support machine test bed and pilot build; resolve NPI issues.
• Position 2 New Energy Component Design Engineer (Wuxi): design and develop battery pack, motor and power electronics components; work with system engineers and machine technical leads to define system and component requirements; specification development, concept design and concept selection; complete mechanical and electrical system or component detail design and prototype build; develop lab testing and on-machine validation plans; drawing release and technical documentation; resolve NPI issues.
• Position 3 Autonomous Driving Planning Engineer (Wuxi): write software requirements specifications and define library interfaces; software integration and configuration; create, execute and document test plans; design, develop and validate path planning algorithms (global route planning, local trajectory planning) compliant with traffic rules and safety standards; develop decision logic for lane changes, overtaking, intersection navigation and obstacle avoidance; optimize algorithms for real-time performance, computational efficiency and adaptability to dynamic environments; integrate environment data with perception team; collaborate with control engineers on feasible and smooth trajectory execution; apply AI theory to develop end-to-end planning systems; conduct simulation and road validation and iterate.
• Position 4 Electrical System Engineer (Wuxi): design and develop electronic/electrical systems with global system and component engineers; concept design, component selection, load calculation and installation scheme selection; understand hardware-in-the-loop processes including test bench setup, test plans and result analysis; develop validation plans, debug and test; define quality standards with quality department; support other technical teams, service, plants and customer sites; cost reduction and continuous improvement; develop alternative power solutions.
• Position 5 Embedded Software Engineer (Wuxi): collect and analyze user requirements to write SRS and implement embedded source code, enhance existing code; test plan creation, execution and documentation; test bench hardware setup and harness fabrication; test and debug with various tools/methods; troubleshoot systems and software in lab, factory and field to support customers.
• Position 6 Electronic Embedded Systems Engineer (Wuxi): develop embedded systems and software for electronic control systems supporting machine and machine system programs; system requirements documentation, system design and validation; system and software change requirement review and analysis; system integration and configuration; test plan creation, execution and documentation; test bench hardware, harness, plant model and software setup and configuration; mandatory, feature-specific and full regression testing using manual, automated and simulation methods; system and software troubleshooting customer support in lab, factory and field.
• Position 7 Electronic/Electrical Component Development Engineer (Wuxi): based on working principles of electronic/electrical components or hydraulic elements, combined with customer equipment usage environment and operating habits, use recorded backend data to identify data features; apply machine learning algorithms for data analysis to achieve component fault analysis, prediction and remaining useful life prediction; perform data cleaning, optimize algorithm models, improve analysis accuracy and prediction accuracy, create visual reports; collect customer requirements and convert into product technical requirements, complete project development on time; follow project development process for design and documentation, complete stage project reviews; develop software for electronic/electrical components, developing C, C#, C++ or Python embedded software for various electronic control modules.

Must Have

• Position 1: 2026 master's or bachelor's graduate majoring in electrical engineering, mechatronics or electronics/communication engineering; familiar with electric powertrain systems, motor design or power electronics product design; proficient in Pro/E, ANSYS and related design tools; good English skills, team player, proactive and interested in new technology; effective English communication, CET-6 preferred; good communication and project management skills; strong initiative, communication, interpersonal, teamwork and learning skills.
• Position 2: 2026 master's or bachelor's graduate majoring in power electronics, electrical engineering, control engineering, mechatronics or equivalent; familiar with power lithium battery, electric motor or power electronics product design with project experience in mechanical or electrical system design; skilled in test equipment with strong technical issue analysis and resolution; effective English communication, CET-6 preferred; good communication and project management skills; strong initiative, communication, interpersonal, teamwork and learning skills.
• Position 3: accredited degree in engineering, robotics, automation, electrical engineering, computer engineering, computer science or mechanical engineering, master's or PhD preferred; deep knowledge of autonomous driving planning algorithms; solid AI theory including CNN, RNN/LSTM, Transformer, GNN and reinforcement learning; familiar with end-to-end autonomous driving and AI planning models; continuous learning of latest technologies; assist others in resolving technical or process issues; excellent problem solving and logical thinking in a fast-paced collaborative team; good written and oral English; solid programming in C++ and Python; proficient with PyTorch or TensorFlow; follow policies, processes and standards to determine functional and information requirements, confirm requirement analysis deliverables, communicate with customers and users to collect requirements, participate in detailed documentation; test embedded planning software with hardware and software-in-the-loop tools, support project leads in developing and executing system test plans, execute test cases, analyze results and report regularly, participate in system recovery testing after hardware or software faults; identify, analyze and resolve hardware, software or application issues at test benches, labs, proving grounds, field or factory, use proprietary or third-party diagnostic tools, analyze code, logs and current systems for advanced troubleshooting, document and report technical issues, resolution processes and tools used.
• Position 4: master's degree in electrical engineering, mechatronics, automation control or related electronic/electrical majors; basic knowledge of engine or vehicle electronic/electrical control architecture and systems; software development ability with C/C++/Python, MATLAB/Simulink modeling or other programming tools; good problem analysis and logical thinking; good communication and fluent English listening, speaking, reading and writing; proactive, passionate about technology, able to work under pressure and in a team; creative and passionate about new challenges.
• Position 5: accredited master's or above in engineering, electrical and electronic engineering, computer engineering, computer science or communication engineering; in-depth working knowledge of embedded systems such as display operation and application functions; provide effective technical solutions to daily functional challenges; execute technical work effectively and continuously build knowledge; apply technical and project standards for excellence in delivered products, technologies and services; apply current procedures and technologies to help solve problems; help others resolve technical or procedural issues; use appropriate tools and processes to integrate and configure systems and software; develop scripts in Python or other tools to automate testing; follow prescribed policies, practices and standards to determine functional and information requirements, confirm requirement deliverables, communicate with customers and users to collect requirements, participate in detailed documentation and requirements preparation; document standard system test processes and procedures, develop and execute system test plans, define meaningful data patterns using CANoe, PEAKCAN, Caterpillar Electronic Technician or debuggers, identify common errors in standard system test activities, execute test cases, analyze results and report regularly, participate in testing system recovery from hardware or software faults; identify, analyze and resolve identified hardware, software or application issues, use supplier-specific diagnostic guides, tools and utilities, analyze requirements, logs, current systems and software as part of advanced troubleshooting, document and report specific technical issues, processes and tools used.
• Position 6: accredited degree in engineering, electrical engineering, computer engineering, computer science or mechanical engineering; develop in-depth working knowledge of telematics product applications and core information system functions; provide effective technical solutions to daily functional challenges with solid technical capability, effectively examine impact of events and issues; execute technical work effectively and continuously build knowledge; apply technical operations and project standards for excellence in delivered products, technologies and services; apply current procedures and technologies to help solve technical problems in one's general technical area; help others resolve technical or procedural problems; use proprietary tools and processes to integrate and configure telematics product flash files; develop scripts in Python or proprietary tools to automate testing; follow policies, practices and standards to determine functional and information requirements, confirm requirement analysis deliverables, communicate with customers and users to elicit and collect requirements, participate in preparing detailed documentation and requirements; use hardware and software-in-the-loop tools and methods to test embedded software of electronic on-board systems (e.g., dSPACE, CANoe), apply electronic system knowledge of machine controllers, engine controllers, sensors, valves, actuators and J1939 data link communication to ensure embedded software meets engineering requirements, define meaningful data patterns using CANalyzer, CANoe, Caterpillar Electronic Technician or Lauterbach debuggers, support project leads in developing and executing system test plans, execute test cases, analyze results and report regularly, participate in testing system recovery from hardware or software faults; identify, analyze and resolve hardware, software or application issues at test benches, labs, proving grounds, field and factory, work with proprietary and third-party diagnostic tools, analyze code, logs and current systems as part of advanced troubleshooting, document and report specific technical issues, resolution processes and tools used.
• Position 7: full-time bachelor's or above, preferably in IoT engineering, computer science, artificial intelligence, data analysis, electronic information, automation, electrical engineering or related science/engineering majors; familiar with embedded electronic product schematic or PCB design, able to use one or more schematic or PCB tools; proficient in at least one programming language such as Python or C/C++, familiar with MATLAB/Simulink simulation; proficient in basic machine learning algorithms, able to build machine learning mathematical models based on business logic, with project experience in machine learning modeling or algorithm optimization, or internship experience in mechanical engineering manufacturing preferred; responsible, proactive, strong initiative, good at thinking, self-motivated and data-sensitive; rigorous thinking, good psychological quality, team communication and cooperation, and good English expression.

Preferred

• Position 1: experience in electric drive systems or related component design preferred.
• Position 3: master's or PhD preferred.
• Position 7: project experience in machine learning modeling or algorithm optimization, or internship experience in mechanical engineering manufacturing preferred.