For Education

From Code to Career – Empower Learning with TOPST

Education Use Cases Powered by TOPST

TOPST’s flexible embedded platforms are designed to empower learners, educators, and researchers from all backgrounds—enabling creativity, technical skills, and innovation. From foundational coding to real-world AI systems, TOPST bridges the gap between education and industry with scalable, hands-on solutions.

Academic Curriculum

Bringing Industry-ready Embedded Practice to Classrooms

TOPST solutions empower academic institutions to run embedded system courses using familiar, reusable peripherals such as ultrasonic sensors, LCDs, and buttons. Students not only work with industry-standard interfaces but also gain rare hands-on experience with cutting-edge automotive-grade SoC—equipping them with a standout portfolio for careers in electronics, mobility, and AI sectors.
Whether in university courses or technical high schools, the curriculum is designed to bridge theory with robust hardware practice, giving students a head-start in real-world embedded development.

  • Ultrasonic
  • LCD
  • MCU
  • AutomotiveSoC
  • LinuxGPIO
  • SensorLab

AI + Embedded Projects

From Object Detection to Autonomy
Deploy Real AI on Real Devices

TOPST’s scalable platform guides students through converting, optimizing, and deploying AI models on embedded systems with real sensors, motors, and displays. The curriculum covers object detection, visual recognition, and autonomous control—building real-time systems for capstones or competitions.
With free tools like ONNX conversion, model tuning, and deployment SDKs, the program supports both short-term workshops and full academic terms.

Academic Curriculum Bringing Industry-ready Embedded Practice to Classrooms

TOPST enables institutions to teach embedded systems using reusable components like ultrasonic sensors, LCDs, and buttons. Students gain hands-on experience not only with standard interfaces but also with advanced, automotive-grade SoCs—building standout portfolios for careers in AI, mobility, and electronics.
Designed for universities and technical high schools alike, the curriculum bridges theory with robust, real-world hardware practice.

  • EdgeAI
  • YOLO
  • ObjectDetection
  • AIIntegration
  • RealTimeControl

TOPST Learning Center

Real Industry Connections

The TOPST Learning Center offers immersive, project-based education designed to simulate real-world engineering environments. Supporting both online and offline formats, the program can be adopted by schools as a part of an official internship or bootcamp courses, giving students the opportunity to engage with full embedded stacks and hardware giving students the opportunity to directly engage with used in industry.
Located at Telechips headquarters, the Learning Center provides more than just technical training. It creates a collaborative space where students interact with experienced engineers and build relationships with mentors and alumni, gaining insights real-world development workflows actual development workflows.
Beyond learning, the center also plays a key role in talent development. By partnering with companies in need of By partnering with companies seeking for qualified embedded talents, TOPST enables matching opportunities between learners and employers, serving as a platform for recruitment, project sponsorship, and future employment.

  • Bootcamp
  • Internship
  • LinuxEmbedded
  • Mentorship
  • TalentMatching

Talent Development Programs

From Competition to Career: Training the Next Generation of Innovators in Embedded Systems

TOPST platforms support large-scale talent initiatives across education and industry, structured around three key pathways:

1. AI & Embedded Challenges: National competitions and student projects simulate real-world scenarios in mobility, robotics, and AIoT. Participants design, train, and deploy AI on embedded hardware to showcase practical skills.
2. Specialized Training Institutions: Partner academies and learning centers to deliver curricula based on TOPST boards, offering hands-on training and connecting students with companies through demo days and mentoring.
3. Corporate Upskilling: Companies use TOPST kits and simulators to retrain engineers in edge AI, embedded Linux, sensors, and CAN communication—replicating real industrial workflows for faster application.

Training with production-grade SoCs ensures a smooth transition from classroom to deployment, supporting careers in autonomous systems and connected devices.

  • AIoT
  • SmartMobility
  • WorkforceDevelopment
  • GlobalTraining
  • TelechipsSoC
  • AutonomousSystems
  • EmbeddedAI

TOPST Education Kits

Custom Kits Built for Learning and Deployment

TOPST offers scalable and customizable education kits ranging from lightweight MCU-based systems to AP-class development boards and AI-enabled vision platforms. Each kit is bundled with essential peripherals such as sensors, displays, and controllers, and is supported by a robust curriculum tailored for classroom, lab, and workshop settings.
These kits are widely used in school-integrated courses, teacher training programs, and makerspace-style camps to provide learners with hands-on experience in embedded system design, control logic, and AI applications. Looking ahead, TOPST is expanding its lineup through open collaboration with specialized education and industry partners. By working closely with universities, training centers, and solution developers, we are actively broadening the scope of customized kits to meet the evolving needs of talent development in fields such as mobility, robotics, and smart systems.

  • EmbeddedKits
  • CustomLearningTools
  • MCU
  • AP
  • AIoT
  • TeacherTraining
  • STEMEducation

Need Help Setting Up Your Embedded Learning Environment?

Our team can assist with hardware setup, curriculum scheduling, and practical project support—all tailored to help you deliver effective hands-on learning with TOPST kits.
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