Fall Campus Recruitment of Zhuhai Headquarters of Enpower Electric Co., Ltd. for Graduates in 2023
I. Company Profile
Enpower is a leading company in solving problems in the power domain of new energy vehicles. Its main products are new energy vehicle powertrain, power assembly, motor, motor controller and other core module products in the power domain.
The company has a professional R&D team and an international first-class laboratory, which effectively guarantees the core competitiveness of the company. At present, the company has an annual production capacity of 500,000 sets of power domain assembly.
II. Compensation and Benefits
Enpower will provide the graduates in 2023 with a favorable salary package, including:
Locally competitive salary
Five insurances and one fund, labor union fund and group personal accident insurance
Annual bonus, special project award, lunch + dinner for 7 days a week, cold and heat allowance
Comfortable suite/single room talent housing, or free 4-6 person dormitories for your choice
Perfect talent training mechanism and promotion path
Perfect holiday system, paid vacations
New employee orientation training + on-the-job training + foreign cooperation and exchange training, etc
Rich group building activities: camping, island party, dinner, sports meeting, etc.
III. Recruitment Requirements
1. Fresh graduates in 2023 with bachelor's degree or above (some positions are also open to graduates).
2. Good academic performance and professional knowledge during the school years
3. Strong work responsibility and learning ability, hard-working and durable.
4. Good teamwork spirit and personal professionalism, and passion for new energy vehicle industry.
IV. Resume Submission
Submission URL: https://docs.qq.com/form/page/DTXRjQVZ6bFlyQ0lX ,
Or scan the QR code below to submit
V. Major Requirements
Teaching |
Information and computing science |
Machinery |
Material forming and control engineering, mechanical design and manufacturing and automation, vehicle engineering, industrial design, intelligent manufacturing engineering |
Instruments |
Measurement and control technology and instrument |
Energy Power |
Energy and power engineering, new energy science and engineering |
Electrical |
Electrical engineering and its automation, electrical engineering and intelligent control |
Electronic Information |
Electronic science and technology, optoelectronic information science and engineering, electronic information engineering, microelectronics science and engineering, integrated circuit design and integrated systems, communication engineering, artificial intelligence |
Automation |
Automation, robotics engineering |
Computer |
Digital media technology, Internet of Things engineering, data science and big data technology, software engineering, network engineering, computer science and technology |
VI. Breakdown of Positions:
Position name |
Number |
Responsibilities |
Qualifications |
Major requirements |
Assistant engineer for electric drive system |
3 |
1. Responsible for customer technology docking of new projects and vehicle power system matching 2. Responsible for the overall technical development of each subsystem of the power system and the SOR technical decomposition for customers 3. Responsible for the development of DVP test program and test standard for power system of new projects 4. Responsible for the preparation of early control plan and process flow chart of power system 5. Responsible for the preparation of power system inspection standards |
1. Proficient in using CAD, Solidworks, and other engineering software 2. Familiar with mechanical structure design and mechanical design standards, and machining process of mechanical parts 3. Familiar with motor structure design, controller structure design, reducer structure designer preferred 4. Familiar with vehicle power system preferred |
Vehicle engineering, mechanical design and manufacturing, electrical machinery, mechanical engineering, process equipment |
Assistant quality engineer |
10 |
1. CQE: Responsible for handling customer complaints about customer quality, organizing relevant departments to discuss, formulate corrective and preventive improvement measures, and following up to close 2. SQE: Responsible for the quality management of new suppliers, and the handling of material abnormalities in the production line and follow-up improvement 3. PQE: process quality, analysis and digging problem points, continuous promotion of project improvement 4. System: responsible for the implementation and improvement of the system to ensure the normal and effective operation of the system; responsible for organizing annual process audits, product audits and system audits, etc., tracking the rectification and closure of the problem |
Bachelor's degree, above average grades, proactive, responsible and willing to learn. |
Science and engineering, electromechanical, and electrical majors |
Device engineer |
2 |
1. Testing, certification and recognition of new electronic components used in new products 2. Develop new electronic components and new suppliers 3. Cost reduction correspondence of electronic components 4. Risk assessment of device application reliability |
1. Bachelor’s degree or above, majoring in electronic information 2. Familiar with the performance and circuit application of common electronic components 3. Master relevant test standards and methods for various components, and be familiar with the use of relevant instruments 4. Familiar with reliability test methods and standards of devices |
Electronic information related majors |
Electronic control development engineer |
18 |
1. Hardware design and product development of motor controller 2. The main work contents include the design and development of IGBT and MOS drivers, the hardware design and development of DSP and other main controlling MCU, and the design and development of auxiliary sources based on flyback, forward, buck, boost and other circuits |
1. Learning courses include circuit, digital circuit, analog circuit, power electronics, motor drive, microcomputer principle, automatic control, etc. The one with excellent academic performance is preferred 2. Strong hands-on ability, independent learning and problem solving ability, participation in electronic design competitions and other related competitions is preferred 3. Skilled use of AD, autoCAD, mathCAD, matlab cadence and other auxiliary tools 4. Priority to those who have relevant internship experience in the electronics industry |
Electrical engineering and automation, power electronics, automatic control |
Electromagnetic development engineer |
3 |
1. Technique communication with customers, mastering their technical needs 2. Design and check of the electromagnetic scheme for main drive motor of automobile 3. Output motor drawings and follow up the trial production progress of parts and components 4. Assist in guiding the trial production, calibration, and analysis of calibration data of the motor, conduct comprehensive technical assessment of the motor developed 5. Handle the temporarily arranged work; |
1. Technique communication with customers, mastering their technical needs 2. Design and check of the electromagnetic scheme for main drive motor of automobile 3. Output motor drawings and follow up the trial production progress of parts and components 4. Assist in guiding the trial production, calibration, and analysis of calibration data of the motor, conduct comprehensive technical assessment of the motor developed 5. Handle the temporarily arranged work; |
Electric motors and appliances, electrical engineering and its automation |
R&D process assistant engineer |
3 |
1. Test, improve and upgrade the production process 2. Responsible for the preparation of all process data of each product developed 3. New Product Introduction (NPI) and tracking; resolving SMT, DIP and assembly issues in product trial production |
1. Bachelor's degree or above 2. Familiar with the basic knowledge of electronic components 3. Proficient in using AUTOCAD drawing tools, with strong hands-on skills 4. Understand the car body structure and electrical layout requirements |
Materials engineering, chemical engineering, electrical engineering and its automation and other related majors |
Structure development engineer |
3 |
1. Technique transfer with customers, mastering their technical needs 2. Output 3D numerical model and 2D motor structure drawing 3. Follow up the trial production of the prototype, deal with temporary structural problems, and optimize the structural design 4. Handle the temporarily arranged work |
1. Good communication and coordination skills 2. Proficient in using one 3D modeling software, such as solidworks, creo and UG 3. Proficient in using one 2D drawing software, such as ZW CAD, CAXA and AutoCAD 4. Priority to those who are familiar with the basic structure of motor and the standards and specifications for the use of components |
Mechanics and related majors |
Assistant engineer |
2 |
1. Assist the engineer in the mechanical structure, electrical appliances and program design of equipment 2. Participate in equipment project organization design, action logic scheme design, and equipment manufacturer scheme review |
Fresh graduates with bachelor's degree in mechanical or mechatronics, internship experience is preferred |
Mechanics, mechatronics |
CAE simulation development engineer |
6 |
1. Technical communication with customers and R&D center to meet their simulation needs 2. Simulation tools can be used to simulate and analyze the strength, modal, sweep vibration, and durability of motor structures. 3. Simulation tools can be used to optimize the design of motor structures 4. Handle the temporarily arranged work |
1. Good communication and coordination skills 2. Proficient in using workbench simulation software 3. Priority to those who are familiar with the basic structure of motors and have participated in motor development projects |
Mechanics and related majors |
Assistant structural design engineer |
12 |
1. Product structure design, prototype assembly and related testing 2. Solution to all problems related to structures 3. Make product structure BOM and prepare Dfmea |
Proficient in 3D and 2D software |
Mechanical design and automation, vehicle engineering, mechatronics, mold design and manufacturing |
Assistant software development engineer |
13 |
1. Responsible for the development of the project software, coordinating with the algorithm, upper computer, testing and diagnosis departments to complete the project software development with the assistance of program management 2. Responsible for the technical connection, demand interpretation, technical document review of the project software, and software related development and technical support throughout the project cycle 3. Responsible for the progress and quality of project software development, and for the final delivery of product software to customers with zero design defects and the introduction of mass production 4. Participate in the technical review of each stage of software development according to the needs of the software development process to ensure the review quality at each stage 5. Responsible for the standardization of platform failure policy, state machine and other routine application functions |
1. Proficient in C language programming, various data structures and pointer applications 2. Proficient in the drawing of flow chart and writing correct logic code according to the flow chart 3. Familiar with microcontroller peripheral principles, with at least 1 kind of microcontroller program development experience, familiar with embedded development IDE tools 4. Familiar with PWM, ADC, CAN, SPI, I2C, and serial communication principles 5. Understanding of automotive controller, embedded system working principle. Priority to those who have experience in automotive electronics development 6. Priority to those who are familiar with Infineon/TI/NXP/ST chip 7. Priority to those who are familiar with CAN bus and tools |
Power electronics, electronic information engineering, electrical automation, automation and other related majors |
Electronic control algorithm development assistant engineer |
2 |
1. Responsible for the design and implementation of motor control algorithm architecture 2. Responsible for the design and implementation of motor control related algorithms and the progressiveness of motor control technology. 3. Responsible for motor calibration algorithm design and implementation, and motor calibration data processing 4. Support and guide the test department to complete motor calibration, and assist in handling software related problems during calibration 5. Assist the electronic control function group in analyzing and handling project related problems 6. Participate in the review of software development process documentation and outputs according to the software development process |
1. Master the principle of motor control 2. Understand the principle of electromagnetic design of motors 3. Master MATLAB/SIMULINK motor algorithm simulation 4. A deep understanding of high-performance motor control 5. Have corresponding experience and theoretical knowledge for motor parameter identification and loop optimization 6. Have corresponding experience and theoretical knowledge for motor calibration, harmonic suppression, modulation mode, temperature estimation, etc 7. Have corresponding experience and theoretical knowledge for handling performance problems encountered in bench and vehicle tests |
Motor control, power electronics, electronic information engineering, electrical automation, automation and other related majors |
Assistant power supply algorithm development engineer |
2 |
1. Responsible for the design and algorithm implementation of power digitization software for various topologies 2. Responsible for developing and maintaining the program architecture of digital power supply, and solving relevant problems found 3. Responsible for the software part of the digital power supply technology research and the application research of new technology 4. Responsible for the output of design technical documents of the software part of the digital power supply 5. Responsible for communication and cooperation with the power system software team on related projects |
1. Proficient in power electronics, control theory and circuit theory, with good mathematical foundation and abstract and analytical ability 2. Proficient in the working mechanism and control principle of typical switching power supply topology (full bridge, half bridge, interleaving, flyback) 3. Priority to those who have experience in software development based on TI DSP platform |
Power electronics, electronic information engineering, electrical automation, automation and other related majors |
Assistant engineer for upper computer development |
2 |
1. Responsible for the development and technical support of the upper computer according to the product development needs, and responsible for the progress and quality of the upper computer development 2. Participate in the technical review of product development according to the company's needs to ensure the review quality at all stages 3. Responsible for making communication protocol form and DBC document according to the communication protocol provided by the customer to ensure their correctness |
1. Use C # to develop upper computer software 2. Priority to those who are familiar with NI-Teststand software 3. Priority to those who are familiar with Jenkins 4. Priority to those who master the use of git 5. Priority to those who are familiar with CAN bus |
Software engineering, electronic information engineering, electrical automation, automation and other related majors |
Assistant technical support engineer |
5 |
1. Responsible for the verification of the working condition of the software on the vehicle before mass production and the reporting and rectification of problems, and sort out, edit and archive the acceptance report after completion 2. Support the early vehicle debugging/bench function verification of samples without debugging personnel on the market side 3. Responsible for investigating special troubleshooting of the whole vehicle end in the market 4. Assist the software project manager in completing software related projects |
1. Good communication skills, optimistic and positive attitude, able to adapt to long-term business trip 2. Work carefully, conscientious and responsible, willing to face difficulties and challenges 3. Good problem summarizing ability 4. Have a driver's license and good driving skills 5. Priority to those who are familiar with automobile or electric vehicle composition 6. Priority to those who are familiar with CAN bus and tools |
Vehicle engineering, power electronics, electronic information engineering, electrical automation, automation and other related majors |
Assistant project management engineer |
3 |
1. Get familiar with the company's products, organize the company's resources to meet the customer's project development according to the customer's project requirements until the project is successfully mass produced 2. Familiar with the company's project development process, and promote project work according to the company's AQPQ product development process 3. Responsible for project management in the project development process, responsible for all project development nodes and project development quality 4. Organize and coordinate resources from all departments of the company to meet project development needs |
Excellent professional knowledge, strong communication and expression skills, certain organizational and coordination skills, experience as a student council officer is preferred |
Vehicle engineering, mechanical design and manufacturing, electrical machinery, mechanical engineering, power electronics technology |
Purchaser |
3 |
1. Release the PO and back sign the PO 2. Request for Proposal (RFP)-Update contact information of suppliers receiving RFPs 3. Request for Proposal (RFP) - follow up the progress of RFP and close the loop 4. Organize outsourced products and materials, and follow up the purchase delivery date 5. Reply MC material arrival date, and handle material incoming exceptions 6. Collaborate with suppliers on stocking based on forecasts, and quality improvement 7. Delivery performance evaluation, organization of material arrival (delivery adjustment and coordination) 8. EOL project material withdrawal, technical reform material withdrawal 9. Assisting in handling dull materials and preparing strategic materials 10. Maintain and update safety stock data and control stock |
1. Bachelor’s degree or above, majoring in logistics, procurement, supply chain management, electronic information, electromechanical integration or mechanical manufacturing; 2. Proficient in using office series office software 3. Good communication ability, negotiation ability and cost awareness; 4. Conscientious, responsible, proactive, strong learning ability, and a strong sense of teamwork |
Logistics, procurement, supply chain management and other related majors |
Power supply hardware engineer |
3 |
1. Responsible for the development and design of electric vehicle OBC and DCDC 2. Responsible for product feasibility evaluation and technical solutions output, circuit topology selection, component selection, magnetic core device design, schematic design, PCB layout, etc 3. Guide and complete the production and commissioning of the prototype, analyze and solve the problems in the test process; 4. Solve problems related to new product introduction 5. Compile and sort out relevant development technical documents, such as technical scheme, calculation sheet, test scheme, bill of materials, etc |
1. Bachelor’s degree or above, majoring in electronic information 2. Familiar with common topology scheme and control principle of high-power switching power supply, proficient in magnetic component design 3. Solid power electronics technology, circuit, digital and analog electrical foundation and strong experimental ability 4. Familiar with the development process and testing methods of power supply products 5. Strong sense of responsibility, good team cooperation, communication and coordination ability, enterprising spirit and good behavior habits |
Power electronics, electronic information engineering, electrical automation, automation and other related majors |
Assistant power development engineer |
13 |
1. Be responsible for or participate in the design and development of on-board high-power power supply OBC or DCDC products 2. Complete the production, debugging and testing of the R&D prototype 3. Analyze and solve technical problems in debugging, testing, production and client end 4. Compile, sort out and output relevant technical documents in the development process, such as material list, controlled documents, etc 5. Cooperate with the system integration engineer to complete technical communication, installation, sample delivery, testing, etc |
1. Good communication and coordination skills 2. Solid power electronics technology, circuit, digital and analog electrical foundation and strong experimental ability 3. Familiar with one or more than electronic circuit simulation software (such as Multisim, Saber, PSIM) or mathematical modeling software (matlab, mathcad) 4. Priority to those who have experience in product application and development |
Power electronics/electrical engineering and its automation and other electronics-related majors |
ME assistant engineer |
10 |
1. Cooperate with product R&D or improvement, assist engineers to complete fixture design tasks on time and ensure quality 2. Complete the auxiliary work of various designs as required, including drawing design, drawing and calibration 3. Sort out and archive relevant design drawings and technical documents 4. Cooperate in the acceptance of fixture tools 5. Cooperate to complete the technical support work related to product structure during trial production and mass production |
1. Strong communication and coordination skills 2. Familiar with PLC 3. Work conscientiously and responsibly, with a sense of responsibility and patience 4. Actively participate in equipment-related knowledge training 5. Be able to read and understand words commonly used in equipment |
Electromechanical equipment related majors |
PE assistant engineer |
14 |
1. Cooperate with product R&D or improvement, assist engineers to complete fixture design tasks on time and ensure quality 2. Complete the auxiliary work of various designs as required, including drawing design, drawing and calibration 3. Sort out and archive relevant design drawings and technical documents 4. Cooperate in the acceptance of fixture tools 5. Cooperate to complete the technical support work related to product structure during trial production and mass production |
1. Strong communication and coordination skills 2. Familiar with PLC 3. Work conscientiously and responsibly, with a sense of responsibility and patience 4. Actively participate in equipment-related knowledge training 5. Be able to read and understand words commonly used in equipment |
Mechanical design, mechanical engineering, vehicle engineering, and power |