Job Responsibilities

• Design, analysis, modeling, simulation, and development of analog and digital control electronic circuits. to deliver electronics products from concept through to realization. 
• Design, analysis, modeling, simulation, and development of power conversion circuit for all home appliances AC/DC, DC/DC.
• Design, analysis, modeling, simulation, and development of inverters and motor drives circuits for all home appliances.
• Perform electronic circuit and power electronic circuit design with deep consideration for performance, reliability, mechanical, thermal, noise requirements, DFM, EMC, and regulatory compliance.
• Develop printed circuit board layout concepts, specifications, and documentation for circuit designs and provide close guidance to PCB designers during the PCB layout process.
• Generate conceptual mechanical designs, consistent with electrical and thermal design requirements, to assist mechanical engineering in optimizing the design of electromechanical assemblies.
• Generate schematics, bills of material, Cost, and other required product documentation.
• Exposure to the whole circuit and PCB life-cycle from component selection through to verification.
• Define performance criteria and define how to prove validation and verification of performance with a verification plan. 
• Keep current with the latest advancements in technology and design/simulation tools within areas of expertise.
• Engaged in the application, technical research work, and innovation of electronic control technology solutions.
• Involved in the research and application of new topology, and new power devices of power converters.
• Document Circuit design and project learning.

Qualifications

• Bachelor's degree of  industrial control and Electronics Engineering.
• Basic knowledge of topology, modeling and control of various types of power converters such as AC/DC converters, DC/DC converters, and DC/AC inverters., Resonant and multilevel converters. 
• Basic knowledge of power, analogue and digital electronics, control science and EMC.
• Basic knowledge of electronic design  from concept through to production.
• Basic knowledge with hardware debugging at circuit level with Oscilloscope etc. and use of electronic test equipment.
• Basic knowledge with analog and digital (including CPLD and FPGA) circuit design for control, modulation, protection and communication.
• Basic knowledge of designing with various Power electronics Components, such as Power MOSFETS , IGBTS,…
• Basic knowledge of designing high frequency magnetics and transformers for use in PWM designs.
• Familiarity with controlling and driving electrical machines such as brush and brushless DC motors, and induction motors.
• Basic knowledge of designing with DSPs and/or FPGAs to implement advanced digital control and modulation algorithms.
• Basic knowledge in  guiding the layout of power and control printed circuit boards to implement effectively  the product realization of a schematic design.
• Basic knowledge in using electronics design tools such as Altium.(schematic capture software and circuit simulation software ).
• Basic knowledge in using simulation and math software such as MATLAB/Simulink.
• Basic knowledge of electronic circuits and the working principle of electronic component. 
• Familiarity with PWM techniques.
• Familiarity with compliance with domestic and international regulatory compliance standards relating to safety, EMC and environmental requirements.
• Familiarity with embedded C programming.