Mechanical Engineer

Nautique Boat Company Inc•Orlando, FL

9d•Onsite

About The Position

Reporting to Manufacturing Engineering Manager, the Mechanical Engineer is a hands-on, production-focused contributor responsible for delivering production-ready CAD models, Drawings, and manufacturing documentation. This role bridges engineering and operations, ensuring designs are translated into efficient, repeatable, high-quality manufacturing processes.

Requirements

Strong knowledge of CNC cutting processes, tooling, feeds/speeds, and machine capabilities.
Proficiency creating, reviewing and validating engineering drawings, CAD/CAM files, toolpaths, and nested cut programs.
Ability to assess part manufacturability, scalability, and production readiness.
Solid understanding of engineering drawings, tolerances, and GD&T.
Experience with revision control, PDM systems, and controlled file release
Hands-on production-floor problem-solving and troubleshooting capability
Ability to lead first-article validation and support prototyping and production ramp-ups.
Skilled in developing and maintaining SOPs, work instructions, and setup documentation.
Ability to use production data to drive process improvements
Ability to provide clear visual aids and standardized tools for operators
Comfortable spending significant time on the production floor supporting operations
Strong interpersonal, written, and verbal communication skills with the ability to work closely with all members of the organization.
Strong organizational skills for managing Design file lifecycles and documentation
Strong root-cause analysis and continuous improvement mindset
Demonstrated ability to exercise sound judgment, set priorities, meet deadlines, and make independent decisions within the scope of responsibility with minimal supervision.
Capability to monitor CNC equipment operation and perform product and process inspections to ensure quality and compliance with specifications.
Strong CAD proficiency to analyze, organize, and prepare CNC-ready files using formats and platforms such as DWG, DXF, AutoCAD, Rhino, SolidWorks, V-Carve, etc.
Working knowledge of sheet metal manufacturing, including flat pattern development, bend allowances, tolerances, and CNC cutting processes.
Ability to maintain a positive, professional working relationship with operators, engineers, leadership, and internal customers.
Ability to handle emergencies calmly.
Four (4) years of post-secondary education with a focus on technology, engineering, or manufacturing.
Five (5) years of relevant work experience.
Demonstrated understanding of Design for Manufacturing and Assembly (DFMA).
Demonstrated knowledge of OSHA safety standards.
Demonstrated knowledge of ANSI drawing standards.
Must have knowledge of raw materials, production processes, QC, costs, and other techniques for maximizing the effective manufacture of products.
Strong lean manufacturing experience especially in continuous improvement, Lean Six Sigma, elimination of waste, 5S, Kaizen events, and visual management

Responsibilities

Own the end-to-end integration of CAD designs and parts from engineering release through production execution.
Release and maintain revision-controlled CAD files ensuring alignment with engineering intent, tolerances, and full production traceability.
Validate product geometry, toolpaths, nesting strategies, and material orientation prior to production release.
Define, maintain, and improve SOPs, work instructions, setup sheets, and tooling standards.
Ensure repeatability and traceability across shifts and operators.
Lead first-article validation, prototyping runs, and production ramp-ups for new and revised designs.
Evaluate part manufacturability, scalability, and compatibility with existing CNC equipment and processes.
Ensure Designs and parts meet engineering specifications and fit, form, and function requirements; provide manufacturing-driven feedback and redlines to Product Development and Design.
Create CAD models, drawings, and templates following standards.
Create and maintain optimized, production-ready nested cut files for CNC departments.
Manage production file lifecycle including new model year carryover and transition of obsolete files to Service Parts.
Provide manufacturing engineering deliverables including BOM input, controlled engineering drawings, visual aids, templates, and standardized tools required to support operations and production execution.
Drive continuous improvement initiatives focused on process efficiency, material utilization, and waste reduction.
Collaborate cross-functionally with Engineering, Quality, and Operations, to resolve production issues and support new product integration.
Support implementation of new processes, equipment, and products.
Spend 50% or more time on the production floor providing hands-on support and troubleshooting operations and manufacturing issues.