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The Deeno board was showcased on campus, receiving positive feedback. Minor bugs were addressed for completion.

Finalized switch mode button, sanded board sides. Mounted forex sheet, glued board sides, labeled jumper wires. Resoldered power supply wire, added black vinyl sticker.

Connected wires, painted board, assembled acrylic sheets, sanded components, fixed button matrix issues for project.

After discovering the soldered button matrix didn't work, we remade it using hot glue, resulting in success within 2-3 days.

Completed frame design, wired remaining button matrix. Initial test failed, reconfigured LED tile mapping, but buttons still didn't light up corresponding tiles.

Completed soldering main button matrix, cut foam walls for LED tiles, painted outer frame.

Designed board frame, finalized name and concept. Programmed LED assignment, resolved row problem for Tic Tac Toe mode.

Explored interactive LED matrix with buttons, achieved single-button LED color change. Prepared matrix wiring for soldering.

Troubleshot and resoldered connections. Fixed code for horizontal LED output. Successful power supply experiment.

New equipment acquired, soldering progress made, RGB series partially functioning in LED circuit.

Tested connections and layout, soldering challenges, sought guidance, adjusted workflow.

Our project was presented in class, taking in feedback from our tutor before proceeding.

Reconsidered water display, focused on Interactive LED Display. Researched audio-controlled and button-controlled LED displays, documented parts and costs.

The very beginning of our primary project. The team brainstormed project concepts, and shortlisted ideas.

In this experiment, we will demonstrate the precise color mixing capabilities achieved by making use of a potentiometer as an analog input.

Let's create our own calculator using Arduino. By utilizing a 4x4 keypad, we can input values, and the results can be displayed without an LCD screen.

A motion sensor experiment involved the use of a PIR motion sensor and an LED to visualise the presence of motion.

In this experiment, the intended result is for the buzzer and a row of LED pins to light up in sequence.

This experiment involves creating an SOS signal with an LED pin and simple morse code.

Without us even realising it, Physical Computing takes form in almost every aspect of our everyday lives.

Get to know the team behind Deeno!

An exploration of a diverse range of beginner level Arduino experiments, intended to lay the foundation for our Arduino journey.

An infographic with a 3D illustration, showcasing the transformative power of physical computing in the food industry.

An interactive LED display with four game modes - Audiovisualiser, Paint, Tic Tac Toe, and Memory Game.