Find & Apply For Manufacturing Engineer Jobs in Waunakee, Wisconsin

Manufacturing Engineer

DANE MANUFACTURING COMPANY - 3.0

Waunakee, WI Job Details 10 hours ago Qualifications Bachelor's degree in mechanical engineering Press brake machine Mechanical blueprint interpretation Press operation Performance improvement leadership New product introduction engineering projects Production data analysis Defect resolution root cause analysis Mechanical fabrication Mechanical design Procedural guides Sheet metal fabrication Laser cutting Preventive action implementation Machining fixtures Mechanical Engineering CAD design (engineering design task) Six Sigma methodology implementation CNC laser cutting Developing automated manufacturing processes Engineering process optimization Assembly fixtures Quality control preventive actions Corrective and preventive actions (CAPA) Mid-level GD&T Technical support Factory operations documentation 3 years

MRP Full Job Description Position Summary:

The Manufacturing Engineer is responsible for developing, optimizing, and sustaining manufacturing processes in a metal fabrication environment. This role translates drawings and specifications into efficient, repeatable production methods while driving improvements in quality, throughput, cost, and safety. The Manufacturing Engineer works cross-functionally with production, quality, sales, and supply chain to ensure manufacturability and operational excellence. Key Responsibilities Process Development & Optimization Develop and document manufacturing processes for laser cutting, punching, forming, welding, and finishing. Create and maintain routings, work instructions, and standard work. Optimize cycle times, material utilization, and labor efficiency. Design and implement tooling, fixtures, and jigs to improve repeatability and productivity. New Product Introduction (NPI) Review customer prints, CAD/Solidworks models, and specifications for manufacturability. Collaborate with sales and to support accurate quoting (labor, routing, and process assumptions). Lead production launch activities, including first article builds and validation. Continuous Improvement Identify and execute process improvement initiatives using Lean manufacturing principles. Reduce scrap, rework, and bottlenecks. Lead or support root cause analysis (RCA) or problem-solving activities. Production Support Troubleshoot manufacturing issues on the shop floor (forming issues, weld distortion, tolerance challenges, etc.). Provide technical guidance to operators, programmers, and supervisors. Support scheduling and production planning with accurate process data. Quality & Compliance Ensure processes meet customer specifications and internal quality standards. Support corrective and preventive actions (CAPA). Collaborate with Quality on inspection methods and control plans. Programming & Systems (as applicable) Develop or support programming for laser, punch, and press brake operations. Maintain accurate ERP/MRP system data (BOMs, routings, labor standards). Support integration of automation and digital manufacturing tools. Education & Experience Bachelor's degree in Manufacturing Engineering, Mechanical Engineering, or related field (or equivalent experience). 3-5+ years of experience in a production environment. Experience with sheet metal processes strongly preferred.

Technical Skills Strong understanding of:

Laser cutting, punch, press brake forming, and welding processes GD&T and blueprint reading Tooling and fixturing design Experience with software (e.g., SolidWorks, AutoCAD). Familiarity with programming software for fabrication equipment. Working knowledge of ERP/MRP systems. Process Improvement Experience with Lean Manufacturing, Six Sigma, or similar methodologies. Strong problem-solving and root cause analysis capability. Core Competencies Proactively identifies inefficiencies and implements measurable improvements Strong floor presence; collaborates effectively with operators Balances speed, cost, and quality in decision-making Translates complex engineering concepts into practical shop solutions Data-driven; uses metrics to guide improvements Work Environment Combination of office and shop floor exposure Regular interaction with fabrication equipment and production teams PPE required in manufacturing areas