
I am highly interactive, hardworking, ever ready and prepared to expand on my knowledge and experience. A bold & confident worker with a highly rated work performance when associated with individuals or groups. My organisation skills have been proven through the ability to deliver high-quality work whilst working to tight deadlines during University projects as well as working in my current and previous jobs. I have established a great knowledge of testing electronic products which is important for maintenance and the certification of electronic products and systems. I am very eager to develop my skills set further.
This role is a safety critical role that offers variety, high level Interpersonal communication skills, and project management skill which entails railway systems engineering, ETCS (European Train Control Systems) technologies, and rolling stock equipment, implementing skill in providing technical support for maintenance & ENIF (ETCS National Integration Facility) operations, service tenders, and engineering projects, proven ability to analyse system performance, improve reliability, optimise maintenance strategies, and implement innovative engineering solutions to enhance operational efficiency and reduce lifecycle costs.
The Key Strengths to complete this role efficiently are :
Daco Scientific Limited is a specialist engineering company that prides itself on delivering the highest quality specialist hand controllers with fast turnaround times and the most responsive customer service, providing service to industries such as the Military.
This role offers diversity, and strong communication & Interpersonal, and project management skills.
Football, Music, Games
MSc Project: The Design and Control of a Multi-link Robot System. The achievement of my project was the successful completion of the design of a multi-link robot and a control system that picked up an object located at a given point and moved it to a specified area hence the control system was implemented into the multi-link robot, During the project's completion, Basic modelling, Model-based analysis, C/C++ programming, and Control were used through Arduino software. The Arduino software was used to implement the control scheme and the results were shown on a computer using the LABVIEW programming environment.