A Robotics Engineering MEng student at the University of Bath and multiple scholarship award recipient with a keen optimism to pursue a leading business career within the consumer and industrial technology industry.
An avid self-learner. I've taught myself a vast number of topics and skills related to the fields of Electrical/Electronic, Mechanical and Design engineering long before I began university with a number of projects to show for it [See Portfolio].
Skills
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Adept use with Autodesk Fusion 360 CAD.
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Designed own robotic/prosthetic parts for 3D printing.
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▪Designed a plethora of mechatronic devices/projects for 3D printing.
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3D printing expertise and rapid prototyping.
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Flashforge Finder and Prusa i3 MK3S.
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C# programming
▪ Developed platformer and idle games for Android via Eclipse and Unity3D.
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8-bit Microcontroller development with Arduino and PIC16.
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Portfolio projects all implement 8-bit controllers be it Arduino or PIC.
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32-bit ARM Cortex Microcontroller development with STM32.
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STM32 Cube environment experience.
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Interfacing with stepper motors.
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C & C++ programming
▪ Embedded Systems Development (E.g. STM32)
• Driver development/interfacing (Peripheral components e.g. ADCs, PWM, Stepper motors)
• Serial communication (I2C, SPI)
• Sensor fusion algorithms (Complementary filters, Kalman filters)
• Developing and tuning control systems (Linear, PID) -
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Python programming
▪ ROS (Robot operating system) usage
▪ Perceptron and MLP neural networks development
▪ AI algorithms (Sudoku solver, Image convolution)
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Linux Usage
▪ Personally use Debian full time
▪ Command Line / Bash adept use
▪ Usage of build systems (CMake, Waf) to build projects.
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PCB Design, fabrication and assembly.
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Worked with Autodesk EAGLE and Cadence OrCAD.
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Designed microcontroller board for QUBE robotics project based on ATMEGA328p using EAGLE.
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