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100+ The opportunity to introduce the job of the Category Semiconductor

Hiring High-Paying Semiconductor Roles l Aniday

I. What is Semiconductor?

Semiconductor components are an indispensable part of electronic devices such as computers, mobile phones, etc. Semiconductor manufacturing is the process of systematically producing semiconductor parts while controlling costs and ensuring strict control standards. For businesses in the electronics sector - where strict standards and large output volumes are required - a specialized semiconductor manufacturing department is undeniably important. This is leading to an increase in demand for personnel with cross-industry skills in the areas of chip designing, manufacturing, and packaging. 


II. Main goals of Semiconductor Manufacturing

Ensuring the efficient production of semiconductor devices and components is the purpose of semiconductor manufacturing. Here are the main goals:

1. Quality specs: To ensure that semiconductors perform consistently and dependably, they fulfill strict quality requirements.

2. Efficient Supply Chain: Establishing an effective supply chain to source the supplies, parts, and machinery required to produce semiconductors.

3. Cost Optimization: Reducing the expenses in manufacturing while maintaining product quality.

4. Productivity Management: Control and optimize productivity.

5. Technology Development: Update and apply advancements in technology to improve semiconductor manufacturing capabilities and processes.

6. Process Characterization: Characterizing manufacturing processes to understand and control variations, ensuring consistent output.

7. Environmental factors: Includes environmentally friendly and sustainable processes in semiconductor manufacturing.

8. Level of Market Competitiveness: Creating semiconductor products that stay ahead of trends and promptly respond to market needs can help you maintain competitiveness in the market.

III. Roles, Responsibilities, and Required Skills in Semiconductor Industry

Along its value chain, the semiconductor industry is a complex ecosystem with a variety of jobs and responsibilities. Every step of the process, from an integrated circuit (IC) design upstream to midstream manufacture, testing, and packaging downstream, calls for specific knowledge. The top five positions in each sector are summarized here, reflecting the dynamic recruitment landscape within this field:

Upstream IC Design Top Five Positions:

1. Digital IC Design Engineer

Designing digital architectures and circuits, specializing in SOC, MCU, and FPGA design. It is essential to be proficient with HDL software such as Verilog and VHDL.

2. Analog IC Design Engineer

Specializes in Cadence/Synopsys tools and BCD process technology to design analog and mixed-signal circuits for a range of applications.

3. Software Design Engineer

Creating middleware, embedded operating systems, and low-level device drivers. Particularly for AI/ML applications, expertise with embedded Linux, RTOS kernels, and C/C++ is highly valued.

4. Firmware Design Engineer

Developing low-level firmware for MCUs and SOCs, including interfacing with hardware peripherals and embedded security features. C/C++ proficiency is required.

5. Electronics Engineer

Supporting IC design teams through circuit simulations, device modeling, and EDA tool proficiency. It is required to have some background in digital/analog circuits and semiconductor device physics.

Midstream IC Manufacturing Top Five Positions:

1. Semiconductor Engineer

Interfacing with foundries on technology development, process characterization, and yield management. Expertise in CMOS logic/memory processes, lithography, deposition, and etch is required.

2. Firmware Design Engineer

Developing firmware for tool interfacing, data collection, and recipe scheduling. It is preferred to know C/C++, semiconductor equipment protocols, and PLC/SCADA systems.

3. Operator/Packager

Operating tools for lithography, deposition, etching, and die packaging. International safety and quality certifications are added advantages.

4. Software Design Engineer

Programming software for fault detection, SPC, and predictive maintenance. Proficiency with Python, C++, SQL databases, and semiconductor data analytics is important.

5. Semiconductor Equipment Engineer

Commissioning, maintaining, and troubleshooting etchers, diffusion furnaces, and bonders. Experience installing and qualifying tools from vendors like Applied Materials and Lam Research is valued.

Downstream IC Testing and Packaging Top Five Positions:

1. Operator/Packager

Assembling, inspecting, and testing packaged ICs using automated and semi-automated equipment lines. It is necessary to have prior expertise with lead frame insertion, die/wire bonding, and encapsulation.

2. Firmware Design Engineer

Developing low-level software for handlers, testers, and burn-in boards. Experience with ATE instrumentation software and verification test suites is preferred.

3. Software Design Engineer

Programming test program sets, binning algorithms, and data analytics dashboards to monitor assembly line performance. Background in Java, C++, and SQL databases is valued.

4. Domestic Sales Representative

Liaising with domestic clients from various sectors. Proficiency in business development and account management is essential.

5. Production Technology/Process Engineer

Leading yield enhancement initiatives, driving technology transfers, and sustaining production processes. This position requires manufacturing and semiconductor equipment experience.