Through industry visits, workshops, and bootcamps.
Empowering Tomorrow's Innovators
ELECTRO
We exists to inspire young students or adults to pursue a career in STEM, specifically in the electronics and semiconductor industry. We are a global community of like-minded individuals who share knowledge, build connections, and support one another in the field.
Education in Learning Electronics, Computer Technologies & Real-world Opportunities
Our impact at a glance. Making a difference in the semiconductor industry.
Real industry exposure for students.
Introducing electronics and semiconductors in a fun and interactive way.
With industry partners and Malaysia's national talent agency, TalentCorp
Our Mission
Inspire, Engage and Bridge.
StudentsTeachersProfessionalsIndustry PartnersGovernment
ELECTRO exists to promote interest in electronics and computer technologies by sparking curiosity through engaging activities and bridging the knowledge gap by exposing students to potential opportunities.
Start with the computer in a smartphone.
The left phone shows what you see — apps on a touchscreen. The right one is the same phone opened up: a circuit board, camera and speaker, and a battery that fills most of the case.
Those parts connect through a printed circuit board.
The circuit board's copper traces route power and signals between the processor, memory, power management, radio and connectors.
The main work happens inside one integrated circuit.
The processor is a packaged chip: a plastic block that protects a tiny silicon die and connects it to the board through rows of metal pins and hair-thin bond wires.
Inside the chip are blocks of repeated circuits.
A silicon die contains many regions for processing, storage, timing and communication.
Logic gates turn electrical signals into decisions.
Logic blocks connect gates such as NAND, OR and NOT. Here A and B feed a NAND gate, branch to an OR gate, and A also feeds a NOT gate.
Each logic gate is built from a few transistors.
This CMOS NAND gate uses four transistors: two PMOS transistors in parallel pull the output high, and two NMOS transistors in series pull it low only when A and B are both 1.
At the smallest layer, transistors act like tiny switches.
Modern transistor features are just a few nanometers — a human hair is roughly 70,000 to 100,000 nanometers wide, so thousands of them fit across a single hair. Think of the chip as a city: every transistor is one citizen, and billions of them work together to run your apps.
Past initiatives
Events by year
Workshops, talks, industry visits, informal meet-ups and bootcamps.
2026
Industry Visit (Coming Soon)
Bootcamp (Coming Soon)
ELECTRO Team Day
In person team-building and hands-on activities for the ELECTRO team to learn and grow together.
2025
Industry Visit
In collaboration with TalentCorp, exposed 44 students abroad to industry in Malaysia. Visited SilTerra, Malaysia's leading semiconductor foundry, and Keysight Technologies, a global leader in test and measurement solutions.
Bootcamp (YES Rock The School Programme)
In collaboration with TalentCorp, conducted hands-on workshops for 144 students from different schools to inspire them to go into the field of electronics and semiconductors.
2024
Workshops / Talks
Introduced over 700 students to post-secondary pathways and exciting technologies through interactive activities and student projects.
2-day Bootcamp
2 days, 2 different projects for 33 students to learn and explore electronics and semiconductors in a hands-on way.
Industry Visit
Visited Inari Technology Sdn Bhd, who gave us an introduction to Inari's business and provided a tour of their state-of-the-art assembly and test facilities.
Semiconductor charades
Pick a theme. Draw a card. Act it out.
Join the community
Become a part of ELECTRO to help us inspire the next generation of innovators.
We welcome students, educators, innovators, companies and industry professionals to join our community and contribute to our mission.