Job Recommendation: DJI Chip Team Recruitment

Chip team introduction:

DJI's chip team is committed to building the core hard power of the company's smart products. Through advanced technology and ultra-large-scale SOC chip platform research and development, it develops highly integrated system-level chips for drones and handheld imaging products, and creates automotive specifications for the field of autonomous driving. Class chips, customized ASIC special chips for the pan-robotics field, implement the company's advanced imagination of space intelligence and original and independent advanced algorithms with the latest chip technology, bringing users a unique product experience, lit up with "core" The road to innovation.

Current hot job positions:

1. Senior chip system engineer

Job responsibilities

1. Participate in product planning and chip technology planning;

2. Responsible for chip demand collection, demand decomposition, chip application scenario analysis, and participate in competitive product analysis;

3. Responsible for formulating from chip requirements to specifications and completing chip architecture design;

4. Co-work with the software team to output chip solutions;

5. Responsible for chip performance and power consumption design and area evaluation, and collaborate with front-end and back-end to analyze PPA issues in physical implementation;

6. Organize chip package design, chip packaging integration analysis, IO design, clock reset design, and power supply design;

7. Participate in the formulation of paper floorplan;

8. Responsible for system security and startup plans.

job requirements

1. Have experience in integrating and using CPU systems, including ARM Cortext CPU, Cache design, MMU, etc.;

2. Have experience in IP design, such as master and slave design experience for Flash controller, DDR controller, and AXI and ACE bus interfaces, and be able to carry out reasonable software and hardware division, IP internal architecture design and implementation;

3. Have experience in low-power design, clock reset design, power gating planning and design, DVFS and other design experience, as well as power consumption evaluation;

4. Have experience in multimedia system IP design and integration, including VPU, ISP, and related AI processing;

5. Applicants with experience in automotive chip related projects will be given priority;

6. Strong self-motivation, good communication and cooperation skills, and certain management capabilities.

2. Senior embedded software engineer

Job responsibilities

1. Responsible for the driver development of DJI’s self-developed algorithm IP, software interface formulation and related technical documentation writing;

2. Responsible for the verification, development and testing of algorithm IP, and corresponding software architecture design and modular design;

3. Support the application of IP on products, product performance optimization and stability debugging, and support product mass production.

job requirements

1. Master's degree or above, majoring in computer, electronics, communications, automation or software;

2. Three years or more of work experience, preference will be given to those with experience in digital image processing;

3. Familiar with the chip development process, and those with experience in complete chip development, verification, and chip testing will be given priority;

4. Familiar with C and C++ programming languages ​​and have good code programming style;

5. Familiar with the development and debugging methods of Linux applications and kernel (memory management, interrupts, locks, etc.);

6. Have strong learning, communication and expression skills and good teamwork spirit.

3. Senior chip design engineer ( Modem)

Job responsibilities

1. Engage in the development, system application, debugging and other related work of drone-related communication chips;

2. Work with algorithm engineers to complete the hardware architecture and fixed-point optimization of relevant algorithms;

3. Responsible for the development of communication system-related modules;

4. Responsible for the research and solution formulation of chip architecture with high performance, low power consumption and advanced technology;

5. Participate in the research and tracking of new technologies, standards, tools and methodologies in the industry.

job requirements

1. Integrated circuit, microelectronics, computer, communications and other related majors;

2. Have solid basic knowledge of digital circuit theory, be familiar with the ASIC or FPGA development process and the use of related tools, and be proficient in using VerilogHDL for logic circuit design;

3. Applicants with experience in 4G, 5G, WIFI or other communication chip design will be given priority;

4. Have extensive theoretical knowledge and practical experience in digital communications and signal processing, including modulation and demodulation, time-frequency synchronization, channel estimation, error-correcting code encoding and decoding, and various digital filtering fields;

5. Have good teamwork spirit and communication and expression skills, have a strong sense of responsibility and goal, be brave enough to challenge, and be determined to forge ahead.

4. Senior chip verification engineer (multimedia)

Job responsibilities

1. Independently responsible for the module-level/subsystem-level/system-level verification work related to multimedia chips;

2. According to the design specifications, formulate a verification plan and build a verification environment;

3. Extract verification features according to the requirements of the architecture and design documents;

4. Based on the verification plan, build test cases and conduct film back testing;

5. Responsible for the research and development of new technologies, new standards, new tools and new methodologies in the industry.

job requirements

1. Master's degree or above, major in integrated circuit, microelectronics, computer, communications and other related majors;

2. More than 5 years of work experience, proficient in the entire process of IP module and subsystem verification;

3. Proficient in System Verilog and UVM, and proficient in Perl or Python;

4. Those who are familiar with video, image, communication and other knowledge, and understand their hardware architecture will be given priority;

5. Have good team spirit, be able to think and solve problems independently, be responsible and motivated.