Kerrie works as a Process Engineer for Intel in their Leixlip manufacturing facility. She choose to study Mechanical and Manufacturing Engineering at Trinity College, a course she highly recommends. After three and a half years working as a Mechanical Engineer, she took up her current position as Process Engineer
Sinead Kenny works with Creganna in Galway as a Design Engineer in the Medical Device Sector. She did a degree in Material Science from the University of Limerick where she continued with her studies and was awarded a PhD in Biomedical Cements
After her Leaving Cert, Lynsey chose to do a Mechanical Engineering course in DIT. She had taken work experience in IBM during the summer months, and applied for a position there when one became available after she Graduated. She chose the Manufacturing Process option in Year 2 of the course
Deirdre Kelleghan is an artist, amateur astronomer, informal educator and writer. Here she talks about how she chose her career, what her job is like, the cool things in her work, and her tips on what to study
Darryl is currently an IQ Engineer working in the construction of the new FAB 14 building. Darryl's love for school subjects like Maths and Physics helped him with everyday problem solving and analytical skills that are essential for his current engineering roles. After completing a Degree in Physics he
Shauna Hurley is a structural engineer. Her job involves analysing building stability and designing structural elements such as floors, beams and columns, ensuring structures are safe and capable of withstanding harsh weather conditions
Jason works as a Computer Programmer for Intel. He went to DCU (Dublin City University) to complete a BSc in Applied Physics, from where he went to immediate employment with Intel. Since then he has completed a Masters in Applied computing at DIT. Both courses have prepared him very well
Shane McDonagh is a Phd Researcher working in the area of renewable energy engineering. Shane uses computer programmes to analyse data and look for patterns that will tell us how energy systems will work on a big scale
