• Support the design of analog discreet sensors, with a focus in both hardware and embedded software design.• Collaborate with the R&D team to design, develop, and implement hardware and embedded software solutions.• Support the design of sensor hardware, including but not limited to simulation, component selection, schematic, BOM, layout.• Support the testing and verification of hardware design with the capability of finding solutions.• Support firmware design including but not limited to architecture design and codings in C language and Python.• Apply foundational analog signal processing techniques to filter and amplify micro-signals for accurate measurements.• Participate in the complete hardware and software development lifecycle, including requirements analysis, design, testing, debugging, and documentation.• Work closely with the relevant team to ensure seamless integration of the developed algorithms into the overall IC design flow.• Participate in brainstorming sessions and contribute ideas for new product development.• Collaboration in international activities relevant for the development of the Business Unit• Keep track relevant technological developments in the areas of Sensors and Application-Specific Integrated Circuit (ASIC)

1. Based on existing WAGO off-the-shelf communication module, design and test hardware PCBA board for display module prototype2. FW design and testing for display module prototype3. Conduct integration testing (HW, FW, ME) to make sure the whole setup (display module and Pro2 power supply) is working well

- Studied the working principle and application method of CMOS inverter;- Designed 12V-5V voltage conversion circuit based on LM2596 voltage conversion and used PSPICE to do simulation test for verifying the feasibility of the circuit, and drew the schematic diagram and PCB;- Designed DC-DC step-down conversion circuit, made 12V-5V voltage conversion vehicle USB charger, and studied the advantages and disadvantages of TO-220 and TO-263;- Communicated with PCB factory, understood the basic manufacturing process, and completed the manufacturing of the designed circuit board;- Deepened my understanding of circuit structure and got familiar with the use of Pspice simulation software