HMI & Dashboard Design
Lessons that develop this skill
Section titled “Lessons that develop this skill”| Lesson | Course | Develops to |
|---|---|---|
| The touch screen and your first widgets | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L1 Aware |
| The event loop: touch the screen, light the real LED | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L1 Aware |
| Hands-on: your touch control panel and the next widgets | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Filtering: EMA vs Median, then the gauge code | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Hands-on: the potentiometer gauge and touch slider | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Gyro, the complementary filter and the level code | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Hands-on: the digital level | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| ui.Chart: multi-series plots and the real loop period | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| HMI design: cards, visual order, colour and the widget budget | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Building the dashboard: four cards in one loop | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Hands-on: the mini-HMI dashboard and the 10-minute soak test | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| The starter: Sense, Decide, Show, Send | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Build and present your AIoT mini-product | AIoT in Action: From Touch Screen to IoT Platform (MicroPython) | L2 Guided |
| Text input with a textarea and keyboard | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Navigation shell: menu bar, pages and page routing | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Wi-Fi scan and a network list | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Store the Wi-Fi profile in non-volatile memory | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Six-axis motion from the BMI270 | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Humidity and temperature indicator from the SHT4x | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Motion radar: movement direction in polar form | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L3 Independent |
| Stereo PDM microphone and a level meter | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| SensorHub: one dashboard for every sensor (series project) | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L3 Independent |
| Base-board buttons and a menu without touch | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| Analog voltages with the 12-bit SAR ADC | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| CAN bus at 500 kbps: heartbeat out, frames in | TESAIoT Firmware Stack: C Firmware on the TESAIoT Dev Kit | L2 Guided |
| From raw numbers to physical quantities: tilt, energy, altitude and dBFS | Edge AI Developer: From Sensor to On-Device Model | L1 Aware |
| Hands-on: four physics gauges on screen | Edge AI Developer: From Sensor to On-Device Model | L2 Guided |
| Hands-on: a rule-based comfort classifier | Edge AI Developer: From Sensor to On-Device Model | L2 Guided |
| Hands-on: a live spectrum from the IMU | Edge AI Developer: From Sensor to On-Device Model | L1 Aware |
| Six models and the edge_ai API: an app focused on one model | Edge AI Developer: From Sensor to On-Device Model | L2 Guided |
| Hands-on: your own focused app | Edge AI Developer: From Sensor to On-Device Model | L2 Guided |
Lessons that assess this skill
Section titled “Lessons that assess this skill”| Lesson | Level | Evidence |
|---|---|---|
| Hands-on: the digital level | L2 Guided | practice/s06_digital_level.py |
| Hands-on: the mini-HMI dashboard and the 10-minute soak test | L2 Guided | practice/s08_dashboard.py |
| Build and present your AIoT mini-product | L2 Guided | practice/s12_capstone_starter.py |
| SensorHub: one dashboard for every sensor (series project) | L3 Independent | วิดีโอแดชบอร์ดบนบอร์ดจริง 1 นาที พร้อมคำอธิบายการออกแบบ |
Roles that use this skill
Section titled “Roles that use this skill”No role profile names this skill yet
Proficiency levels
Section titled “Proficiency levels”- L1 Aware · Bloom: remember/understand
- L2 Guided · Bloom: apply (scaffolded)
- L3 Independent · Bloom: apply/analyse
- L4 Professional · Bloom: analyse/evaluate
- L5 Design & Lead · Bloom: evaluate/create
For Open Badges 3.0 and CASE alignment
Section titled “For Open Badges 3.0 and CASE alignment”UUID: 376d395b-276d-5a8a-874c-c9d6baeb4ba5
{ "type": [ "Alignment" ], "targetName": "HMI & Dashboard Design", "targetUrl": "https://tesaiot.github.io/tesa-qualification-program/skills/gui.hmi/", "targetCode": "gui.hmi", "targetFramework": "TESA Embedded Systems Skill Map 0.1.0", "targetType": "CFItem"}Skill map data is licensed CC BY-SA 4.0, adapted from the Embedded Systems Engineering Roadmap by Meysam Parvizi
TESA Open Knowledge · © 2026 สมาคมสมองกลฝังตัวไทย (TESA) · CC BY-NC 4.0
Content is licensed CC BY-NC 4.0. Reuse it non-commercially and credit the Thai Embedded Systems Association (TESA) every time. · How to cite TESA