An instructor gives a thumbs-up while speaking with students gathered around a handmade project.
Ira A. Fulton Schools of Engineering

Students and families

Opportunities for students and families

Your student can explore STEM, prepare for college and discover career pathways through ASU experiences that spark curiosity and build skills for the future.

What age group are you interested in?

Youth in grades K–6

Photograph of a collaborative LEGO activity on a large white table. Colorful LEGO figures, structures, platforms, and flexible tubes form an interconnected scene, while a participant reaches in to adjust a piece.

LEGO® Learning Lab

Created by LEGO® Master Builder and STEM creator Alec Posta, this short-form video series uses LEGO®-inspired demonstrations to make semiconductor concepts fun, relatable and easy to understand for learners of all ages.

Build semiconductors with Alec

Exterior view of the Arizona Science Center in Phoenix Arizona

Arizona Science Center

Students learn about STEM through interactive exhibits and programs like SEMIquest, which introduces microelectronics concepts, and Science On Wheels, which brings assemblies, workshops and family science activities to schools and community sites.

Colorful, round, pie-shaped logo of FutureScape, followed by the words "Jump into an awesome 3D world right in your browser! No downloads, no waiting — just pure fun."

FutureScape

These free, online interactive career exploration games immerse middle school students in career-based STEAM experiences, including semiconductor and manufacturing careers, while connecting them to educational pathways at ASU.

Play FutureScape games

Middle and high school

Illustrated “Future Fab Heroes” logo featuring a friendly robot against an orange gear, surrounded by a futuristic rocky landscape with robotic arms, a rocket, and computer-chip imagery.

Future Fab Heroes

This free, online educational game introduces students to semiconductor manufacturing through interactive challenges involving the technologies, processes and careers behind modern microelectronics.

Play Future Fab Heroes

At Semiconductor Adventure Day, three students kneel around a small wheeled robot on a competition-style course, examining and adjusting its metal frame and electronic components. Colorful obstacles surround the robot, with other students working in the background.

Semiconductor Adventure Day

At this interactive STEM event, students explore semiconductor technology through applied activities, industry-led demonstrations and immersive experiences designed to inspire interest in semiconductor-related careers.

Contact the Access ASU School Partnerships team for more information

Photograph of an instructor demonstrating a small device to seated students in a crowded classroom or workshop setting.

Manufacturing Day

At this interactive career exploration event, 7th through 12th grade students explore modern manufacturing through applied activities, industry-led demonstrations and immersive experiences designed to inspire interest in manufacturing-related postsecondary and career pathways.

Learn more about Manufacturing Day

Students wearing virtual-reality headsets and backpack equipment stand in marked positions inside a dark immersive technology space illuminated by blue and red lighting.

Fulton Summer Academy

These engineering summer camps encourage students to explore STEM and emerging technologies through interactive projects and engineering experiences led by ASU faculty and educators.

Explore the Fulton Summer Academy

Two students and an instructor gather around a workbench with laptops and several small wheeled robots while one student works on a computer.

MicroMaker Camp

During this Fulton Summer Academy program, students learn coding, embedded systems and robotics while building interactive devices and programming industrial robot arms to explore real-world automation technologies.

A EPICS High participant wears a mechanical hand-and-forearm device with metal linkages, springs, finger supports, straps, and exposed wiring.

EPICS High

This community-based engineering program empowers high school students to build leadership and problem-solving skills by addressing community needs through team-based engineering design projects, service learning and collaboration with local organizations.

Get involved in EPICS High

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ASU field trips

High school groups visit ASU facilities to get a firsthand look at semiconductor manufacturing and research and explore career pathways to the industry.

Contact the Access ASU School Partnerships team to schedule a field trip.

College credit and degree pathways

ASU Engineering's "Engineering Fast Track" logo

Engineering Fast Track

High-achieving students can accelerate their education by earning both bachelor’s and master’s degrees in engineering through a streamlined pathway that reduces the time and costs required to complete both degrees.

Get on the Engineering Fast Track

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Universal Learner Courses

ULCs provide an accessible, low-risk way for learners to take university-level courses and earn transferable college credit in engineering, design and emerging microelectronics technologies.

Check out ASU’s Universal Learner Courses