🙋♀️ Tempe High School is a proud inner-west public high school. Our dedicated Technologies team supports learning across all TAS disciplines. Together, we support all students in realising their design ambitions. Within our team, we have specialists in architecture, jewellery, graphic design, game development, furnishings, animation, videography, mechatronics, manufacturing (additive and subtractive), textiles, web development, 3D design, and all facets of engineering.
🌈 Contribution guidelines — As a high school, we are closed to contributions outside our student body, but we openly share all resources outward. Power to the sharers...
👩💻 Useful TempeHS GitHub resources
- Design Toolkit, a comprehensive list of design tools for all disciplines.
- Ardunio Boilerplate, a collection of code snippets, libraries, 3D models and resources for Arduino mechatronics.
- VSCode Setup, instructions, configuration and profiles for VSCode & Codespaces.
- AIDriver Challenges & Library, a low-cost differential drive robot library and challenge set for stage 4 students.
- Micropython AIDriver Challenges, Library & Custom Firmware, a low-cost differential drive robot library and challenge set for stage 4 students.
- Arduino Mechatronics Resources, a template repository for learning Arduino microcontroller basics using the Seeed Sensor Kit.
- Python Fundamentals, a fork of Harvard's CS50 Python course for Codepsaces.
- Pi Pico Introduction and OOP Mini Project Source and Pi Pico Introduction and OOP Mini Project Template, This repository is a series of introduction tasks to teach students the basics of Pi Pico and common mechatronic components that lead to a mini OOP based project to teach Object Oriented Paradigm (OOP) programming concepts.
- [Pi Pico & PiicoDev Boilerplate](https://github.com/TempeHS/TempeHS_Pi_Pico_Boilerplate, a preconfigured VSCode repo for Pi Pico development with libraries and examples for mechatronics using PiicoDev sensors and servos.
- The Unsecure PWA is an unsecured by-design PWA that students can analyse with a suite of tools and support to build their understanding of web-based secure software architecture.
- Secure Architecture Sandbox Testing Environment, a Docker-based sandbox for testing Python Flask apps. Pre-loaded with SAST, DAST, and Penetration testing tools that produce education-specific reports. Preloaded with the The Unsecure PWA and exercises for students on secure architecture testing methodologies.
- Secure Flask PWA Template, a Flask Template ready for developing a secure PWA in VSCode or Codespaces.
- node.JS PWA Source & node.JS PWA Template, a guided development task for students to build their first PWA to the W3C standard using node.JS and SQLite3 for the backend.
- Python Flask PWA Source & Python Flask PWA Template, a guided development task for students to build their first PWA to the W3C standard using Python Flask and SQLite3 for the backend.
- Flask PWA API Extension Task Source & Flask PWA API Extension_Task_Template, a extension task of the FLASK PWA for students to build a safe API in flask then rapidly build a Secure Bootstrap PWA.
- Scikit-learn Linear Regression, A Jupyter Notebook collection designed to support students' understanding of the Linear Regression model defined in the NESA Software Engineering Course Specifications pg 28.
- Practical-Application-of-NESA-Software-Engineering-MLOps, A Jupyter Notebook collection designed to develop a practical understanding of Machine Learning Operations (MLOps) defined in the NESA Software Engineering Course Specifications pg 27.
- NESA Software Engineering - Machine Learning OOP Implementation Examples, A Jupyter Notebook collection designed to support students in implementing Programming for automation in the NESA Software Engineering Syllabus, specifically using OOP to make predictions.
🍿 Fun facts - No hamsters were hurt in the process of making these resources.
🧙 Remember, anyone can make something, but they need someone with the skill to design it first. Don't be a maker; be a designer.