A participant with over five years of experience in BIM modeling and architectural design joined the adaptation program and continued to receive career counseling afterward. With tailored advice and support on resume writing, interviews, and workplace culture, they clarified their career direction and job search strategy. They eventually secured a position as a 3D modeling and fire protection planning engineer at a local engineering company.
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G230008-Digital SOC Senior Design Engineer/Technical Manager
創意電子股份有限公司
- 新竹市
※Job Contents: SoC/Subsystem design : Job includes spec study, architecting, RTL coding, simulation, debugging, Lint, CDC, synthesis, LEC, SDC, STA and FPGA verification. ※Job Requirements: 1.MS or PhD degree in EE, CS, or relevant fields 2.Good at digital IC front-end design flow such as Verilog/VHDL RTL design, Synopsys Design compiler, LEC, PrimeTime STA and FPGA 3.Experience in chip integration or subsystem design 4.Familiar with shell scripts for design automation such as Perl language 5.Familiar with ARM CPU and bus fabric is a plus 6.Familiar with DDR, PCIe or USB is a plus 7.Fluent in English communication is a plus
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Materials Analysis Engineer_Hsinchu_06291
緯創資通股份有限公司
- 新竹市
Please submit your application to the Wistron official website at https://jobs.wistron.com/#/app. Resumes submitted through the official website will be prioritized. Please register your account using your personal email address to facilitate future contact. Thank you! 1. Inspect and analyze material solder joints to determine solder quality. 2. Perform material composition analysis and provide accurate elemental content reports. 3. Perform failure analysis to identify root causes and provide improvement recommendations. 4. Operate analytical equipment (e.g., SEM, EDS, XRD, etc.) and maintain instrument status. 5. Write professional technical reports and share analysis results and recommendations with the team.
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Power supply R&D engineer/T600 (Linkou)
致茂電子股份有限公司
- 桃園市龜山區
Did you know that most of the power supply testing instruments you use are independently designed and manufactured by Chroma Electronics? They include DC power supply testing instruments, AC power supply testing instruments, DC electronic loads, and AC electronic loads. Why do they still work under high bandwidth? Can it be adapted to multiple types of objects to be tested? Today's power supply test instruments are no longer mysterious and have the same structure as in the past. Chroma specializes in the design of power supply test instruments. We have an excellent team. Based on decades of experience in AC & DC unidirectional power instruments and linear loads, we have transformed and innovated into today's AC & DC bidirectional power instruments with rich experience. design energy. Chroma leads the industrial technology of power supply testing instruments, and we lead you into more creative and high-threshold power supply instrument product design, adding your technical value. If you yearn for a learning environment rich in technology, join Chroma and you can combine theoretical foundations with practical product certification. If what you have learned in school or on the job is limited, you can learn various specialized power electronic architectures at Chroma, including AC/DC; DC/DC; DC/AC, etc. ⋯Designs with power ranges from tens of watts to hundreds of kilowatts There are applications. If you are tired of the innovation restrictions of low-cost products, you can give full play to the high-margin design value of products in Zhimao. Product requirements can be applied to various objects under test. If you are also interested in control systems, you can challenge our flexible design and adaptive control of products. If you deeply hope that R&D capabilities can be connected with academia, we have been working closely with academic institutions for many years. With the help of commissioned academic research, we can keep power electronics technology updated at any time and have a high degree of industrial competitiveness. When you don’t want to succumb to the static research and development of power electronic products, but are full of knowledge and innovation-seeking attitude toward technology. You are welcome to join the ranks of power supply test instrument design and challenge product design features such as Source & Load bidirectional twin design, high power density design, modular design, high-precision and precise measurement, etc. Let us write a historical record for power supply testing equipment together. Main work content: 1. AC Source, DC Source, power supply test system 2. Switching power supply R&D design and testing 3. Inverter, converter R&D design and testing 4. System related testing 5. R&D simulation design
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