Avnet
Avnet
Avnet

Jul 5, 2025

Jul 5, 2025

Jul 5, 2025

AMD X AVNET ULTRA-96 CERTIFICATE COURSE

AMD X AVNET ULTRA-96 CERTIFICATE COURSE

AMD X AVNET ULTRA-96 CERTIFICATE COURSE

This course is authorized by Advanced Micro Devices (AMD), a leading semiconductor company, and recognized in partnership with Avnet Technology.

The course includes the certified curriculum “FPGA Design using AMD Vivado Design Suite” approved by both AMD and Avnet. Upon completing the full course, students will receive a joint certificate issued by AMD and Avnet.

The course is dedicated to nurturing future talent in microelectronics and chip design. It aims to allow Hong Kong secondary school students to explore the world of electronics, unleash their creativity in AMD FPGA technology, and apply STEM knowledge in practice. Participants are encouraged to create innovative electronic products and systems using AMD FPGA technology. Through this course, students will learn to use AMD FPGA tools and development platforms, gaining in-depth knowledge of AMD FPGA applications and future trends.

This course is authorized by Advanced Micro Devices (AMD), a leading semiconductor company, and recognized in partnership with Avnet Technology.

The course includes the certified curriculum “FPGA Design using AMD Vivado Design Suite” approved by both AMD and Avnet. Upon completing the full course, students will receive a joint certificate issued by AMD and Avnet.

The course is dedicated to nurturing future talent in microelectronics and chip design. It aims to allow Hong Kong secondary school students to explore the world of electronics, unleash their creativity in AMD FPGA technology, and apply STEM knowledge in practice. Participants are encouraged to create innovative electronic products and systems using AMD FPGA technology. Through this course, students will learn to use AMD FPGA tools and development platforms, gaining in-depth knowledge of AMD FPGA applications and future trends.

This course is authorized by Advanced Micro Devices (AMD), a leading semiconductor company, and recognized in partnership with Avnet Technology.

The course includes the certified curriculum “FPGA Design using AMD Vivado Design Suite” approved by both AMD and Avnet. Upon completing the full course, students will receive a joint certificate issued by AMD and Avnet.

The course is dedicated to nurturing future talent in microelectronics and chip design. It aims to allow Hong Kong secondary school students to explore the world of electronics, unleash their creativity in AMD FPGA technology, and apply STEM knowledge in practice. Participants are encouraged to create innovative electronic products and systems using AMD FPGA technology. Through this course, students will learn to use AMD FPGA tools and development platforms, gaining in-depth knowledge of AMD FPGA applications and future trends.

Bmw Drifting
Bmw Drifting
Bmw Drifting

Target Student

Secondary School Students

Category

FPGA

Number of Session

Session Duration

3 hours each

Course Description

Course Description

Course Description

This course will teach students to use the Avnet Ultra96 development board, which is based on AMD Xilinx MPSoC architecture, along with the AMD Vivado Design Suite and the PYNQ development environment for image processing and embedded system FPGA development.

Chip Engineering Design – Automated FPGA Production Line Design
AMD X Avnet Certificate Program
© Semtron FPGA X TURNED-E! Education Limited
Member company of the Incu-App Programme, HKSTP

After completing the course, students will apply the knowledge learned—such as computer vision and FPGA development—to deploy a PCB defect detection system on the Ultra96 board.

This course will teach students to use the Avnet Ultra96 development board, which is based on AMD Xilinx MPSoC architecture, along with the AMD Vivado Design Suite and the PYNQ development environment for image processing and embedded system FPGA development.

Chip Engineering Design – Automated FPGA Production Line Design
AMD X Avnet Certificate Program
© Semtron FPGA X TURNED-E! Education Limited
Member company of the Incu-App Programme, HKSTP

After completing the course, students will apply the knowledge learned—such as computer vision and FPGA development—to deploy a PCB defect detection system on the Ultra96 board.

This course will teach students to use the Avnet Ultra96 development board, which is based on AMD Xilinx MPSoC architecture, along with the AMD Vivado Design Suite and the PYNQ development environment for image processing and embedded system FPGA development.

Chip Engineering Design – Automated FPGA Production Line Design
AMD X Avnet Certificate Program
© Semtron FPGA X TURNED-E! Education Limited
Member company of the Incu-App Programme, HKSTP

After completing the course, students will apply the knowledge learned—such as computer vision and FPGA development—to deploy a PCB defect detection system on the Ultra96 board.

Highlights

Highlights

Highlights

  • Set up a Python environment including interpreter, package manager, and integrated development environment (IDE)

  • Learn to create and manage virtual environments effectively

  • Review Python programming basics such as variables, data types, conditionals, loops, and functions

  • Explore OpenCV capabilities in user interface (UI) design

  • Dive into image processing techniques using OpenCV, including image operations, filtering, transformations, and object detection

  • Integrate deep learning with OpenCV using popular frameworks such as TensorFlow to implement tasks like object detection, image classification, and segmentation

  • Gain a deep understanding of the integration of Python, OpenCV, UI design, image processing, and deep learning

  • Set up a Python environment including interpreter, package manager, and integrated development environment (IDE)

  • Learn to create and manage virtual environments effectively

  • Review Python programming basics such as variables, data types, conditionals, loops, and functions

  • Explore OpenCV capabilities in user interface (UI) design

  • Dive into image processing techniques using OpenCV, including image operations, filtering, transformations, and object detection

  • Integrate deep learning with OpenCV using popular frameworks such as TensorFlow to implement tasks like object detection, image classification, and segmentation

  • Gain a deep understanding of the integration of Python, OpenCV, UI design, image processing, and deep learning

  • Set up a Python environment including interpreter, package manager, and integrated development environment (IDE)

  • Learn to create and manage virtual environments effectively

  • Review Python programming basics such as variables, data types, conditionals, loops, and functions

  • Explore OpenCV capabilities in user interface (UI) design

  • Dive into image processing techniques using OpenCV, including image operations, filtering, transformations, and object detection

  • Integrate deep learning with OpenCV using popular frameworks such as TensorFlow to implement tasks like object detection, image classification, and segmentation

  • Gain a deep understanding of the integration of Python, OpenCV, UI design, image processing, and deep learning

Nissan GTR
Nissan GTR
Nissan GTR

Learning Outcome

Learning Outcome

Learning Outcome

  • Basic Python programming

  • OpenCV and image analysis

  • FPGA chip control and development using Avnet Ultra96

  • User experience and interface design

  • Advanced circuit knowledge

  • Design thinking

  • Engineering professionalism and technical report writing skills

  • Basic Python programming

  • OpenCV and image analysis

  • FPGA chip control and development using Avnet Ultra96

  • User experience and interface design

  • Advanced circuit knowledge

  • Design thinking

  • Engineering professionalism and technical report writing skills

  • Basic Python programming

  • OpenCV and image analysis

  • FPGA chip control and development using Avnet Ultra96

  • User experience and interface design

  • Advanced circuit knowledge

  • Design thinking

  • Engineering professionalism and technical report writing skills

Equipment Provided by School
  • Laptop/Computer (with USB ports)

  • Internet access

  • Mouse

  • Avnet Ultra96 Learning Kit

  • Laptop/Computer (with USB ports)

  • Internet access

  • Mouse

  • Avnet Ultra96 Learning Kit

  • Laptop/Computer (with USB ports)

  • Internet access

  • Mouse

  • Avnet Ultra96 Learning Kit

Teaching Materials Provided By Semtron
  • Avnet Ultra96 Learning Kit

  • Avnet Ultra96 Learning Kit

  • Avnet Ultra96 Learning Kit

  • More Works More Works

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