Information Communications Technology

TURNED-E! Education Limited

🌍 Official Website 🏢 HKSTP Source
52 Potential

Decision Maker

Mr. Alex Leung
alex.leung@turned-e.com
+852 98137077
N/A
Raw Description
Product | Semtron FPGA Chips Engineer Edu-tech Solution: | STEAM is an important way to cultivate future talents, and chip engineers are the creators of future core technologies! Therefore, it is imperative to cultivate chip technology talents for Hong Kong and the region. | Semtron FPGA is a grade K-12 STEAM education programme dedicated to popularising and training FPGA chip talent. As a complete educational technology solution, the Semtron team has designed 6 levels of major courses and 2 hardware engineering themes. Students without relevant knowledge can start their learning journey from level-1 and use the Punch Card Machine set to learn the basic 1 and 0 binary system of computing. From level 2 to 3, students learn through the FPGA kit how to use the logic gate to programme and create a chip driver that drives a robot car. When students want to continue to develop professional skills after completing 3 levels, they can master the professional knowledge through level 4 to 6. In addition, 2 hardware engineer courses cover professional electronic engineering skills such as PCB circuit board production and welding, so that students can master the ability to create electronic works by hand! | TURNED-E! services | As your STEAM education partner, we deliver regular STEAM curriculum and workshops for students from kindergarten to tertiary levels, with experienced team members as instructors. Our professional consultation services include STEM training for teachers, learning kit design, activity planning and government-funded services to meet STEAM education needs. || We are TURNED-E! Education, your all-in-one STEAM Education partner. | TURNED-E! is an edu-tech incubatee of HKSTP’s Incubation Programme. We are committed to providing professional customised one-stop high-quality STEAM education services for academic and business clients and becoming the best educational partner for teachers. We provide STEM-related content services to more than 100 primary and secondary schools and kindergartens in Hong Kong, as well as more than 20 public, private and non-profit organisations. We have won several educational technology-related awards. | Meeting the region’s STEAM education trends, we have developed our proprietary Semtron edu-tech solution catering to STEAM education for students in grades K-12. Together with our learning kit, online programming learning platform and a 6-level FPGA certification course, we help students develop an interest in STEM in preparation for career planning, thus creating a pipeline of FPGA chip talents.

Strategic Analysis

Executive Brief

TURNED-E! Education is an HKSTP-incubated edu-tech firm specializing in the "Semtron" FPGA chip engineering curriculum. They provide a vertical learning path (K-12 to Tertiary) that covers binary logic, FPGA programming, PCB fabrication, and hardware engineering. They serve as a critical talent pipeline for the Hong Kong semiconductor ecosystem, bridging the gap between theoretical STEAM and practical electronic engineering.

Strategic Fit & Lead Score

Lead Score: 52 (General Engineering / Educational Ecosystem)

Why this Score? While TURNED-E! is not a direct industrial consumer of MPCVD diamond, they are the primary influence point for the next generation of semiconductor engineers. As the industry shifts from Silicon (Si) to Wide Bandgap (WBG) materials like GaN and Diamond to solve thermal and power density issues, their "Semtron" curriculum risks obsolescence if it remains limited to legacy materials. 6C can provide the "Future Materials" layer to their advanced FPGA and hardware courses.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Curriculum Expansion Diamond Semiconductor Module Integrate 6C process recipes and material science into Level 5-6 courses to teach students about "The Ultimate Semiconductor."
STEAM Learning Kits Physical Diamond Samples Provide industrial-grade PCD (Polycrystalline) or SCD (Single Crystal) samples as "Future Material" artifacts for their hardware engineering kits.
Advanced Workshops MPCVD Process Simulation Offer high-level workshops for tertiary students on how MPCVD reactors grow the substrates that enable high-power FPGA performance.
Thermal Management Diamond Heat Spreader Demo A tactile "Ice Melting" demo using 6C Diamond vs. Copper to teach students about thermal conductivity (2000 W/mK) in chip design.
System Visibility H2 & Plasma Tech Educate hardware students on the infrastructure (9N H2 Generators) required for high-purity semiconductor manufacturing.

Engagement Hooks

  • Technical Question: "Your Level 6 students are mastering FPGA chip drivers; are they currently learning how to manage the extreme thermal densities (exceeding 1kW/cm2) that modern high-performance chips encounter, and where Diamond is the only viable solution?"
  • Value Statement: "6C can upgrade the 'Semtron' curriculum with real-world material science, providing your students with access to the diamond technologies that are currently redefining the limits of FPGA performance and power electronics."