Arduino, wiring, sensors, motors, circuits, and physical input/output.
Benjamin Rutt
Cyber Security Student
I study cyber security and build practical projects across software, AI, and robotics.
Now / 2026
Current focus.
What I am actively learning, building, and documenting right now.
Security foundations, cryptography, mobile development, and AI coursework.
Connecting software, hardware, and AI tools into practical systems.
Turning coursework and builds into clearer portfolio case studies.
Background
Building a foundation across cyber security, software, and hardware.
I started with practical IT support work, helping users troubleshoot real problems under time pressure. That experience shaped how I approach technical projects: understand the problem, keep the solution usable, test what breaks, and document the decisions clearly.
Through my cyber security degree, I have worked across cryptography, mobile application development, and deep learning coursework. Outside the coursework, I am now learning Arduino and electronics because I want to become more comfortable connecting software with real-world sensors, motors, circuits, and hardware behaviour.
Long term, I am interested in the overlap between cyber security, AI, and robotics: systems that are intelligent, useful, and built with security in mind.
- Based in
- Brisbane / Queensland
- Studying
- Bachelor of Cyber Security
- Experience
- IT Service Desk
- Building
- Mobile apps, AI coursework, Arduino projects
- Direction
- Cyber security, AI, robotics, secure systems
Through the work
A practical path from support work to secure, intelligent systems.
The path is not about pretending to be finished. It is about building a clear technical foundation through support work, cyber security study, mobile apps, AI coursework, and hands-on hardware learning.
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01
IT Support - Sonic Healthcare Service Desk
Handled real support requests, user issues, troubleshooting, and service desk workflows.
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02
Cyber Security Study - Griffith University
Built core knowledge across cyber security, cryptography, software development, and technical analysis.
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03
Mobile Application Development - React Native
Built Todo List and Fake Store apps using navigation, AsyncStorage, API integration, Redux Toolkit, and emulator testing.
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04
Deep Learning Coursework - AI / ML
Worked with CNN and recurrent model experiments, comparing model behaviour, accuracy, and training trade-offs.
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05
Arduino and Electronics - Current Learning
Learning wiring, sensors, motors, circuits, and hardware control through small hands-on projects.
Selected work
Projects that show the direction.
These projects show the practical side of my learning: mobile apps, cyber security exercises, AI experiments, and hardware exploration.
Mobile development
Mobile Application Development
Two React Native apps covering navigation, local persistence, API data, and Redux cart state.
View case studyCyber security
Cyber Security Projects
Coursework and practical exercises across cryptography, encryption modes, RSA, and security concepts.
View writeupAI / machine learning
Deep Learning / AI Coursework
Model experiments comparing CNN and recurrent neural network behaviour, accuracy, and trade-offs.
View writeupHardware learning
Arduino / Hardware Learning
Hands-on electronics learning with sensors, wiring, motors, circuits, and physical input/output.
Toolkit
The stack under the hood.
Tools and concepts I'm using while building a foundation across cyber security, software, AI, and hardware.
Cyber Security
Cryptography, RSA, AES, security concepts, Linux basics, networking concepts.
Mobile Development
React Native, Expo, JavaScript, Redux Toolkit, AsyncStorage, navigation, API integration.
AI / Machine Learning
Python, PyTorch, CNNs, RNNs, LSTM, model evaluation, experiment reporting.
Hardware / Robotics
Arduino, breadboards, wiring, sensors, motors, circuits, hardware control.
Workflow
GitHub, Codex, debugging, documentation, emulator testing, technical write-ups.
Next step
Let's build something practical.
I'm interested in IT support, cyber security, AI-assisted development, and projects that connect software with real-world systems.