SKILLS

I used Solidworks extensively whilst studying at university and as such I've learned to perform a variety of tasks. Along with the basic modelling of components and the creation of assemblies, I've also learned how to parametrise parts to enable rapid changes to the overall design. Furthermore, I learned how to utilise Solidworks Simulation to aid the design process. These skills have been implemented in a variety of projects ranging from the optimisation of an aerofoil to the design of numerous electromechanical systems. 

To supplement my usage of Solidworks I also explored using Fusion 360. I learned how to use this CAD software after completing a LinkedIn learning path where I performed a range of tasks including designing for plastic and metal manufacturing as well as product rendering. Furthermore, I was able to start using Fusion 360 in some personal projects especially due to its ability to design organic shapes faster than Solidworks thanks to the forms tool.

I learned Python whilst at university and have predominantly used it to process large datasets such as the sensor data collected during experiments. Python allowed me to effectively filter out noise and process datasets with over 20,000 data points. Along with data processing, I've also used Python to perform calculations and simulations such as aerofoil optimisations.

I started learning MATLAB to help rapidly solve Matrix calculations. However I have also used MATLAB in small activities such as simulating the movement of a robotic arm and determining steam cycle efficiencies as part of the modules I studied at university.

I frequently use the Arduino IDE to program microcontrollers for use in a variety of projects. As a result, I've gained a substantial amount of experience in utilising features such as live data collection and manipulation to wireless communication between separate controllers. Furthermore, I've been able to code Arduino microcontrollers for use in larger systems such as the Automated Storage and Retrieval System that involved the usage of a graphical interface to control stepper motors.

I learned C# in conjunction with Visual Studio to create a Forms app. This included the creation of a Graphical User Interface (GUI) to enable users to connect to an Arduino microcontroller before sending it the relevant commands as part of the Automated Storage and Retrieval System.

Throughout the course of my degree i have extensively used the Ansys software suite for modelling components to then perform a variety of simulations using Ansys Mechanical and Ansys Fluent. Examples of these include the analysis of the flow within a hybrid rocket thruster and the analysis of the subsection of a ship hull.

My usage of COMSOL has been mainly focused on the simulation of heat transfer within solid components. As part of this I have learned to construct parametric models of the desired components within COMSOL, thus enabling me to perform tasks such as optimising the geometry of a heat exchanger.

I've been able to use Granta EduPack to effectively identify the appropriate materials and manufacturing methods to produce the desired components and satisfy the design requirements. Furthermore, Granta Edupack has allowed me to evaluate the environmental impact of different materials in manufacturing the desired item.

Whilst at university I undertook an optional course to explore how to use the Bloomberg terminal. Through this course I learned how to identify different economic identifiers relating to the performance of a company or a country.

Due to how frequently I use Excel, I decided to learn some of the more advanced excel functions to facilitate my workflow. This includes the use of macros to automate repetitive processes and the implementation of the various "Lookup" functions to utilise several data sets at once.