Aidan Brooks

Python- I was introduced to Python in my second year I later taught myself more advanced Python using online resources to complete my solo project, where i wrote my dissertation on how to use Python to better detect dark vessels in SAR satellite images This taught me image processing methods, data handling, and how to construct and debug large programs

MATLAB- I have used MATLAB religiously throughout my time at Strathclyde It's been a very helpful tool for simplifying large matrix calculations in our dynamics class I find it a great tool for circuit analysis I made magnetic equivalent circuits to determine circuit parameters I also used it to study the torque-speed characteristics of different machine types We also used it in our robotics class to see the effects of ideal and realistic paths of robots when using

VHDL- Through the Electronics Design module, I gained hands-on experience in digital circuit design using VHDL and industry-standard EDA tools I designed and verified circuits using testbenches, executed simulations, and analysed waveforms to evaluate functionality I developed digital systems targeting FPGA devices, progressing designs from VHDL code through synthesis and bitstream generation to implementation on hardware The combination of analogue and digital competencies equipped me to understand electronics systems that are designed and used in the ever-evolving world of electronics

C- I developed practical experience in C programming for embedded systems through working with TI MSP430 microcontrollers This included writing and debugging C code to control GPIO, ADCs, timers, and interrupts, enabling interaction with peripheral devices and system inputs/outputs I gained a solid understanding of microcontroller architectures and the variety of chips available while implementing programs that performed core embedded tasks This gave me a strong foundation in low-level programming, hardware–software integration, and microcontroller-based system design

ANSYS- During the Computer-Aided Engineering Design module, I developed strong skills in finite element analysis using ANSYS Workbench In Semester 1 I modelled and tested a steel bracket under various load conditions, defining material properties, boundary conditions, and interpreting stress and deformation results to validate design safety In Semester 2 I created a chimney pipe model, performing thermal analyses to assess performance under operational conditions Through both projects I refined my abilities in meshing, applying realistic constraints, verifying simulation results, and producing reports that demonstrate engineering judgement

CSWA- I am CSWA qualified