Aplolo Semiconductor Material Manufactoring Course

Aplolo Semiconductor Material Manufactoring Course

Aplolo Semiconductor Material Manufactoring Course

Learn how to design and produce high-performance integrated circuits (ICs) using industry-level tools and processes. Gain hands-on experience with IC layout, photolithography, and wafer manufacturing in a real semiconductor production workflow.

Learn how to design and produce high-performance integrated circuits (ICs) using industry-level tools and processes. Gain hands-on experience with IC layout, photolithography, and wafer manufacturing in a real semiconductor production workflow.

Learn how to design and produce high-performance integrated circuits (ICs) using industry-level tools and processes. Gain hands-on experience with IC layout, photolithography, and wafer manufacturing in a real semiconductor production workflow.

Target Student

High School Student

Category

SEMICONDUCTOR

Number of Session

Session Duration

Course Description

Course Description

Course Description

This course bridges the gap between circuit design and semiconductor manufacturing. Students will learn to create precise IC layouts with micrometer-level accuracy and understand the complete flow from schematic design to wafer fabrication.

By simulating real industrial environments and processes—including photolithography ("光刻"), DRC (Design Rule Check), and design ownership—participants gain practical knowledge in a highly sought-after field. The program is designed to reflect true factory standards, enabling learners to transition smoothly into semiconductor engineering roles and even apply their designs toward commercial product manufacturing.

Hands-on challenges like "competition-based chip design" and real-world production workflows encourage innovation, technical accuracy, and design efficiency.

This course bridges the gap between circuit design and semiconductor manufacturing. Students will learn to create precise IC layouts with micrometer-level accuracy and understand the complete flow from schematic design to wafer fabrication.

By simulating real industrial environments and processes—including photolithography ("光刻"), DRC (Design Rule Check), and design ownership—participants gain practical knowledge in a highly sought-after field. The program is designed to reflect true factory standards, enabling learners to transition smoothly into semiconductor engineering roles and even apply their designs toward commercial product manufacturing.

Hands-on challenges like "competition-based chip design" and real-world production workflows encourage innovation, technical accuracy, and design efficiency.

This course bridges the gap between circuit design and semiconductor manufacturing. Students will learn to create precise IC layouts with micrometer-level accuracy and understand the complete flow from schematic design to wafer fabrication.

By simulating real industrial environments and processes—including photolithography ("光刻"), DRC (Design Rule Check), and design ownership—participants gain practical knowledge in a highly sought-after field. The program is designed to reflect true factory standards, enabling learners to transition smoothly into semiconductor engineering roles and even apply their designs toward commercial product manufacturing.

Hands-on challenges like "competition-based chip design" and real-world production workflows encourage innovation, technical accuracy, and design efficiency.

Highlights

Highlights

Highlights

  • Real semiconductor production experience, not just theory

  • IC layout training with micron-level precision

  • Photolithography simulation and design validation

  • Competitive chip design with real-world evaluation

  • Industrial-grade process: schematic → layout → DRC → export → wafer simulation

  • Students retain ownership of their chip designs for future use or commercialization

  • Real semiconductor production experience, not just theory

  • IC layout training with micron-level precision

  • Photolithography simulation and design validation

  • Competitive chip design with real-world evaluation

  • Industrial-grade process: schematic → layout → DRC → export → wafer simulation

  • Students retain ownership of their chip designs for future use or commercialization

  • Real semiconductor production experience, not just theory

  • IC layout training with micron-level precision

  • Photolithography simulation and design validation

  • Competitive chip design with real-world evaluation

  • Industrial-grade process: schematic → layout → DRC → export → wafer simulation

  • Students retain ownership of their chip designs for future use or commercialization

Learning Outcome

Learning Outcome

Learning Outcome

  • Design and optimize IC layouts using industry tools

  • Apply photolithographic techniques in chip fabrication

  • Perform rule-based layout checks (DRC)

  • Prepare chip designs for export and potential manufacturing

  • Compete in chip design challenges for hands-on innovation

  • Hold full design ownership rights to use in future commercial applications

  • Design and optimize IC layouts using industry tools

  • Apply photolithographic techniques in chip fabrication

  • Perform rule-based layout checks (DRC)

  • Prepare chip designs for export and potential manufacturing

  • Compete in chip design challenges for hands-on innovation

  • Hold full design ownership rights to use in future commercial applications

  • Design and optimize IC layouts using industry tools

  • Apply photolithographic techniques in chip fabrication

  • Perform rule-based layout checks (DRC)

  • Prepare chip designs for export and potential manufacturing

  • Compete in chip design challenges for hands-on innovation

  • Hold full design ownership rights to use in future commercial applications

Equipment Provided by School
  • Stable internet connection

  • Basic notebook and writing tools

  • Mouse with precision scrolling (recommended for layout work)

  • Stable internet connection

  • Basic notebook and writing tools

  • Mouse with precision scrolling (recommended for layout work)

  • Stable internet connection

  • Basic notebook and writing tools

  • Mouse with precision scrolling (recommended for layout work)

Teaching Materials Provided By Semtron
  • More Works More Works

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