Benjamin Machler
About Benjamin Machler
Benjamin Machler is an R&D Engineer II at Boston Scientific with a background in mechanical and electrical engineering.
Current Role at Boston Scientific
Benjamin Machler is employed as an R&D Engineer II at Boston Scientific as of 2023. His role is based in Maple Grove, Minnesota, United States, and follows a hybrid working model. In this position, Benjamin engages in research and development tasks aimed at advancing medical technologies and solutions.
Previous Positions and Experience
Before joining Boston Scientific, Benjamin Machler worked at Abbott as an R&D Engineer from 2021 to 2023 in Plymouth, Minnesota. Prior to Abbott, Benjamin held a role as an Electrical Controls Engineer at Design Ready Controls for 8 months in 2021 in Brooklyn Park, Minnesota. His experience also includes a position as an R&D Mechanical Engineering Technician II at Smiths Medical for 2 months from 2020 to 2021 in Plymouth, Minnesota, and as an Engineering Technician at Ativa Medical from 2018 to 2020 in Saint Paul, Minnesota.
Education and Academic Background
Benjamin Machler graduated with a Bachelor's Degree in Mechanical Engineering from the University of Minnesota, studying there from 2016 to 2018. Prior to that, he attended Century College for 2 years from 2014 to 2016, studying the same field. Additionally, Benjamin's academic journey includes time at Bethel University from 2013 to 2014 and the University of Northwestern — St. Paul from 2012 to 2013, where he focused on college-level general studies.
Engineering Projects and Innovations
Benjamin Machler has developed several engineering projects. Notable projects include a Digital Tone Audio Sequencer that utilizes basic digital components like flip flops and a de-multiplexer. He engineered a Light Following Car controlled by light with the use of photoresistors, BJT transistors, and a microcontroller. Benjamin also created a Rocket Drag System Assembly featuring a mechanical iris driven by a singular motor, managed by a microcontroller with altimeter input, and led the design and construction of a Ping Pong Ball Launcher made from acrylic, ABS plastic, and metal fixtures, aimed at improving accuracy and consistency.