As a Project Engineer II at Milwaukee Tool, you will leverage your engineering and project management skills to drive design changes and support existing products, contributing to innovative power tool technologies.
Requirements
Bachelor of Science Degree in Engineering or educational equivalent required, preferably in Mechanical or Electrical Engineering.
Minimum of 4 years of relevant working experience.
Ability to travel internationally and domestically several times a year (20% travel).
Ability to manage several simultaneous projects.
Preferred high level of Mechanical/Electrical engineering aptitude and understanding of manufacturing processes.
Working design knowledge of a variety of technologies associated with Milwaukee products.
Self-starter with strong problem-solving skills and understanding of design, testing, and manufacturing processes.
Basic overview of upcoming workload and ability to identify potential resource bottlenecks.
Understanding of DFMA and various cost drivers associated with materials, labor, and overhead required.
PMP/CAPM certification is a plus but not required.
Responsibilities
Lead small to medium scale engineering projects and provide engineering support on mid-level complexity projects under supervision.
Work cross-functionally and globally with various departments including Quality & Reliability Engineering, Purchasing, Finance, Service & Support, and Marketing.
Evaluate product designs to meet market-driven design guides and fulfill cost, timing, reliability, and manufacturing requirements.
Assist in developing comprehensive project plans and drive project execution to meet cost, schedule, and performance targets.
Monitor and track project progress while providing weekly status updates to senior management and the project team.
Regularly visit manufacturing cells/suppliers to maintain communication and provide troubleshooting analysis.
Request and perform tests per established procedures.
Accountable for technical elements of project execution including integration of components, material selection, and compliance with safety and regulatory standards.
