Boston-based company Piaggio Fast Forward Inc. (PFF) was founded in 2015 by the Piaggio Group (the Italian manufacturer that created the iconic Vespa scooter). We are on a mission to build technology products that move the way that people move. To bring products to market today, PFF is solving the problem of robotic interaction with people in dynamically changing environments. We're innovators, neighbors, and creators with a passion for local living and pushing the limits on urban transportation. We support a sustainable mobility ecology with healthy lifestyles and social connectivity available to all, regardless of age or abilities.
The Role We are looking to add an innovative and motivated individual to our mechanical engineering team with a thorough understanding of mechanical principles, as well as demonstrated leadership capabilities working on / ability to work in interdisciplinary engineering teams. In this role, you will work with the Mechanical team in the design & development of multiple new products due to launch next year. You will be working collaboratively with both the Test Engineer to evaluate functionality of the machines and the Manufacturing Engineer to formalize the assembly process, working with the entire robotic system will also provide an opportunity to work closely with the Electrical Engineering and Software teams. You will be expected to communicate technical information across all levels in order to effectively assist your coworkers and present your work and findings across multiple teams. You'll have the opportunity to create, fabricate, integrate and test hardware and systems, and be part of a team that is dedicated to creating new transportation and robotic solutions. This is an individual contributor role reporting to the Mechanical Engineering Manager.
What You Need BS degree in mechanical engineering or related fieldMinimum of five years' experience in a mechanical engineering role with a focus on electro-mechanical systemsOne to two years of experience working with electromechanical systems is preferred, but not requiredAbility to innovate and develop new designs and methodsExtensive understanding of mechanical engineering principles and analytical skillsDrivetrain/systems, steering, chassis is a must, suspension is a plusElectromechanical systems including motors, actuators, and solenoidsVehicle Design for commercial applicationsIncludes 2+ wheeled robotic platforms, automobiles, motorcyclesExperience with rapid prototyping/3D printing of plastic and metal parts is required / desirableAbility to work in an iterative and prototype-focused development styleDrawing creation via ISO or ANSI standardsFamiliarity with CAD file exchange platform and shared assemblies3D CAD Modeling and structural and thermal analysisExperience with Autodesk Inventor and/or Fusion 360 preferredA working knowledge of machine and fabrication shop equipment and techniquesExperience with metals, plastics and composite materials and manufacturing methodsFamiliarity with design for the following processes: injection molding, die-casting, sheet metal fabrication, CNC machiningFamiliarity with working on interdisciplinary and cross-functional teamsHighly analytical self-starter with good communication skills (both written and verbal)If you've been deeply involved with a collegiate design competition (solar car, FSAE, robotics, AIAA DBF), that experience will be especially relevant hereApplicants will be asked to provide a portfolio or examples of projects completed. What You'll Do You will be working closely with the other engineers on a small, collaborative development team. Example tasks and responsibilities will include:
Lead development and productization of components and systems from conception to launchInterdisciplinary communication with the other engineering and design teamsCreation and release of documentation of components and systems requiredCommunicating with vendors to optimize design for manufacturingInteracting with production on prototype designs and confirming designsDeveloping an expert familiarity with the mechanics within current and future pipeline productsPerform root cause analysis, and troubleshoot mechanical issues with corrective action recommendationWorking with the Test Engineer to evaluate the performance of mechanical systems for our new & existing productsWork on executing the tests, analyzing data, and reporting results to the teamTechnical development work on complex mechanical design challengesAssisting other members of the engineering team through meetings or design reviewsCompleting documentation required for releasing materials to manufacturingSupporting our factory in the assembly and manufacturing of current productsWork on the physical design & fabrication of test fixtures in our in-house machine shopExperience with test equipment, Arduino projects, Python, and Matlab preferredThis is a hybrid role and candidates are required to be in the Boston area. We like you just the way you are.Diversity fuels our innovation. Inclusion, belonging, equity, and neurodiversity drives our best-in-class culture. We strive to create workplaces where everyone feels empowered to share ideas, grow at their own pace, and work together towards a shared vision while holding each other to a higher standard. For us, DEI&B is the only way forward.
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