Martin Alabanza
About Martin Alabanza
Martin Alabanza is an Equipment Engineer I at Boston Scientific with a background in biomedical engineering and experience in design and automation.
Current Title and Role
Martin Alabanza currently holds the title of Equipment Engineer I at Boston Scientific. Since 2018, he has been responsible for developing and maintaining automated machinery in Marlborough, Massachusetts. His role involves programming using languages such as ladder logic, function block diagrams, and structured text. Additionally, Martin creates Human-Machine Interfaces (HMIs) with FactoryTalk View to integrate user controls and machine feedback.
Career Path and Previous Positions
Martin Alabanza commenced his professional journey with a role as an NPD Intern at Weiss-Aug in East Hanover, NJ, in 2015, where he worked for 2 months. Subsequently, he held the position of CAD Designer/Detailer, Design & Engineering at Weiss-Aug from 2016 to 2018, providing services for 2 years. He then transitioned to a role as Jr. Design Engineer at Weiss-Aug for a short period of 6 months in 2018. Martin's trajectory continued as he began his current role at Boston Scientific later that same year.
Educational Background
Martin Alabanza studied Biomedical Engineering at Rutgers University-New Brunswick, earning a Bachelor of Science (BS) degree. His educational tenure spanned from 2012 to 2016. During his time at Rutgers, Martin gained foundational knowledge that supports his current role as an Equipment Engineer I.
Involvement in Research and Leadership
In addition to his professional roles, Martin Alabanza was active in research and leadership during his academic career. He served as a Research Assistant at Johns Hopkins University for 3 months in 2013 in Baltimore, Maryland. Martin also took on the role of President at Rutgers Formula Racing from 2015 to 2016, leading the team for a year.
Industrial Expertise and Collaboration
Martin Alabanza collaborates with a team of Subject Matter Experts (SMEs) to define the critical process inputs and outputs necessary for the production of medical devices. He specifies the appropriate equipment to meet functional requirements. His extensive industry experience enhances his ability to contribute effectively to team projects and ensure the successful implementation of production systems.