-Worked on the technical support team for Dell COmpellent storage for all English-speaking regions in Europe, Africa, and the Middle East.-Received training for Compellent storage units and became a senior engineer for the product.-Achieved certifications in products outside Compellent, including VMware. I am currently working on a Linux certification.-Consistently noted as a top performer on a team despite being one of the newer members.Received consistent commendations for the handling of high sensitivity and complexity ‘severity one’ issues.-Assisted the team during multiple busy periods, including Christmas.-Assisted in training multiple other team members on the product.

-Worked as a technical support engineer for a range of Dell server projects.• Received training for PowerEdge, modular servers and tape drives and achieved DEA and DES certifications for these systems.•Worked as part of the UK, Nordic and Dutch team across different periods. •Assisted in the training of multiple new employees, notably several involved in the kickstart programme.• Worked though Covid lockdown, during an over one year period of very low headcount with no impact to customer satisfaction or other metrics.

Serving, catering and cleaning for weekly events.

My final year project was a solo project completed over the course of my final year, working with Dr. Owen Conlan acting as my supervisor. The project involved the creation of an Agile-compatible ethical framework for software projects. The goal of this framework was to allow projects a practical way to track the ethical viability of their project as it progressed without requiring an excessive time commitment. The ethical framework itself was based on the MEESTAR model, a framework designed to determine the ethical viability of healthcare projects as well as several other Agile-compatible models like the Ethics canvas. This model was altered to better fit in a software setting. To test the model, I first ran it through several case studies of projects, both real and hypothetical. of differing ethical viability to demonstrate how the model would be used as well as refine it. An online version of this tool was Designed using Bootstrap as well as a database utilizing SQL, but the final product was left incomplete due to time restrictions. I then presented the model and the case studies to a group of business experts, with extensive experience in IT projects, to ask for their input. The model was then further refined based on their input. Overall this project was very interesting and gave me great insight into an area of growing importance in IT. While similar models to what I created exist, none have seen mainstream adoption or were designed with the same goals as my own model. As a result, I was able to create something quite unique.

My team and I were responsible for the creation of an attendance management system for Trinity College, working on behalf of Dr. Kenneth Dawson Howe. The project lasted for 12 weeks and was undertaken by a mix of third years, including myself, acting as project managers and second years acting as the programming team. I was the team leader for the project. The goal of the project was to design a system that would allow professors to print attendance sheets and record student attendance with minimal hassle. The project also included numerous stretch goals such as reading attendance signatures automatically upon scanning the sheet, verifying the signatures were not forged and having profiles for the attendance of each individual student. For the project, we created a website tool to act as the attendance system which was designed and tested in python and HTML. To test the system we created a set of sample databases, using SQl, to act as sample attendance rosters. The site itself was designed using HTML with the functionality of reading scanned students signatures on attendance sheets being programmed in Python. Once this core deliverable was completed we were able to work on several stretch goals for the project. These included the creation of graphs to track stats such as class and individual attendance, which were designed using HTML, as well as profiles of both class and individual student attendance. Overall the project was a huge success and achieved a grade of 84%.

My team and I were responsible for the creation and unit testing of a high-speed NTP (Network Time Protocol) decoder in C++ for Corvil Ltd. The project lasted for 12 weeks and was performed by a mix of third years acting as project managers and second years, including myself, acting as the programming team. The goal of the project was to design an NTP decoder that could be slotted into Corvils systems and operate with a very small runtime. Since speed was such a key issue most of the work in the project was in testing and refining the decoder. This process required a large amount of unit testing to find where the code could be refined. This testing was performed using CppTest as a unit testing framework. We also used Shark – Machine Learning, to further refine and test the programme. The application was completed on time and could run in a few nanoseconds which was the goal set for the project at its outset.

Researching, scripting and hosting over 10 radio shows.