John Dolan
About John Dolan
John Dolan is a Research and Development Engineer with expertise in renewable energy and polymer streams. He has a background in mechanical engineering and extensive experience in CAD software, prototype development, and supervisory roles in the construction industry.
Work at SurModics
John Dolan has been employed at SurModics since 2018, initially serving as a Research and Development Intern. He transitioned to the role of Research and Development Engineer in 2020. His work focuses on developing innovative solutions within the medical device sector. Dolan's responsibilities include conducting analyses such as Finite Element Analysis (FEA), frequency, and static analyses using advanced CAD software. He has contributed to various projects that align with the company's mission to enhance patient care through technology.
Education and Expertise
John Dolan earned an Honours Degree in Mechanical Engineering from Athlone Institute of Technology, completing his studies from 2013 to 2018. His academic focus included renewable energy and polymer streams, equipping him with knowledge applicable in various engineering contexts. Dolan's expertise extends to practical skills in injection moulding, extrusion, and CNC machining. He is proficient in several CAD packages, including AutoCAD, Solidworks, and PTC Creo, which he utilizes for design and analysis tasks.
Background
Before joining SurModics, John Dolan held supervisory roles in the construction industry. In these positions, he was responsible for designing and constructing unique features based on client specifications. This experience provided him with a strong foundation in project management and client interaction, skills that are beneficial in his current engineering role. His transition from construction to medical device engineering reflects a diverse professional background.
Thesis and Research Projects
As part of his academic program, John Dolan completed a final year thesis focused on developing a non-slip shower article for both able and disabled users. This project involved extensive patent research, prototype development, and chemical testing. He presented his findings as part of his thesis, showcasing his ability to integrate theoretical knowledge with practical application. The project also included conducting various analyses using CAD software, further enhancing his technical skills.