IEEE SSCS · ARDUINO UNO Q · AUS

ENGINEERINGTHE INVISIBLE

Build systems that sense the invisible world. A flagship Arduino embedded-systems hackathon where signals become solutions.

Sept 5, 20269:00 AM – 8:00 PMAUS Rotunda · Hall A & B

The INSPIRE Program

Where invisible signals become visible engineering.

INSPIRE ’26 is the flagship hackathon organised by the IEEE Solid‑State Circuits Society Student Branch at the American University of Sharjah. This year’s program focuses entirely on embedded systems engineering, tasking participants with designing intelligent solutions using Arduino kit and platforms. The event fosters next generation engineers including high-schoolers and undergrads to develop technical skills in the field of SSCS.

Sense the invisible

Temperature, vibration, light, motion, distance; capture signals the human eye can't see and give them meaning.

Build embedded systems

Program Arduino-based hardware into intelligent, responsive systems that act on the physical world in real time.

Solve real problems

Industry-driven challenges from the IEEE SSCS INSPIRE program push you to engineer solutions that actually ship.

ARDUINO UNO Q HACKATHON • INSPIRE ’26

00DAYS
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September 5, 2026 · 9:00 AM – 8:00 PM · AUS Main Building Rotunda

Challenge Tracks

Choose your mission.

Four tracks across two divisions; each track presents a unique challenge statement, requiring participants to design and implement an Arduino-based embedded solution. Kits will be provided with training to help you get started.

University Track

Undergraduate

Smart Manufacturing

Predict machine failure before it happens.

Vibration · ThermalTap to flip
Challenge Statement

Design an Arduino-based embedded solution addressing a real-world manufacturing or industrial operations problem – monitoring, detecting, or responding to physical conditions in line with Industry 4.0.

Manufacturing · Industrial IoTTap to flip back

Smart Aviation Systems

Improve safety and decision-making in aviation.

Pressure · MotionTap to flip
Challenge Statement

Use Arduino-based prototyping to improve situational awareness, safety, and decision-making across aircraft servicing, ground movement, and passenger/cargo operations.

Aviation · Airport OperationsTap to flip back
&

High School Track

Grades 9–12 | Year 10-13

Sustainable Cities

Build smarter, more sustainable urban infrastructure.

Motion · DistanceTap to flip
Challenge Statement

Develop smart sensing and automation solutions for resource management, public safety, infrastructure monitoring, and environmental awareness.

Construction · Smart CitiesTap to flip back

Museum Protection

Guard priceless artifacts with intelligent sensing.

Humidity · ProximityTap to flip
Challenge Statement

Combine sensing, automation, and security concepts to help museums monitor and protect valuable artifacts from environmental change and unauthorized access.

Cyber-Physical · SecurityTap to flip back

The Hardware Kit

Everything you need to sense the world.

Every team receives a complete Arduino UNO Q kit. Pre-event Online Workshop Training will be provided to help you get started with the kit and its components.

Arduino UNO Q

The brain of every build

DHT11

Temp & humidity sensing

Ultrasonic

Distance & proximity

LDR

Ambient light detection

IR + Vibration

Motion & impact signals

Rain Sensor

Environmental changes

LEDs

Visual feedback output

Buzzer

Audible alerts

Arduino UNO board with sensor connectors, the core of the hackathon kit

Mission Control · Sept 5, 2026

One day. One system. Full throttle.

  • 09:00 - 09:30Check-in

    Registration & Breakfast

  • 09:30 - 10:30Keynote

    Opening Ceremony

  • 10:30 - 01:30Build

    Hacking and Project Build Begins

  • 01:30 - 02:30Refuel

    Lunch Break

  • 02:30 - 04:00Guidance

    Build with Mentorship

  • 04:00 - 04:30Deadline

    Buffer Period for Submissions

  • 04:30 - 06:00Demo

    Team Presentations

  • 06:00 - 06:30Evaluation

    Judging and Scoring

  • 06:30 - 07:00Celebrate

    Closing and Awards

  • 07:00 - 08:00Connect

    Dinner and Networking

Scoring Dashboard

How you'll be judged.

Four dimensions define a winning system. Here's the HUD our judges use to evaluate every build.

Innovation

Originality of the idea and creative use of invisible signals.

Technical Execution

Quality of the embedded system, code and hardware integration.

Feasibility

Real-world viability and how well it solves the chosen problem.

Presentation

Clarity, storytelling and impact of the final demo.

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Backed by industry.

IEEE SSCS – AUS INSPIRE '26 Partners with Leaders

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SSCS logo
Arduino logo
Besomi logo

Sept 5, 2026 · AUS Rotunda

Join the hackathon.

Spots are limited. Bring your team, build a system that senses the invisible, and engineer the future at INSPIRE '26.

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