Jr Design Engineer

Overview:

Are you a creative problem-solver who loves turning ideas into reality? We’re looking for a Mechanical Designer / Tooling Engineer.In this role, you’ll lead projects from initial design concepts to functional prototypes, working closely with cross-functional teams to bring new products to life. You’ll design and refine foundry tooling, create 3D models, and ensure everything is production-ready.

Key Responsibilities:

• Create and model foundry tooling such as patterns, core boxes, and blow mold tooling.

• Design and develop fixtures and machine components based on renderings or rough designs.

• Collaborate with product development teams to finalize new product designs that align with manufacturing capabilities.

• Use Solid Works to create 3D models and detailed 2D drawings for manufacturing and maintenance.

• Evaluate existing products and designs, offering ideas for improvements and enhancements.

• Troubleshoot design and production issues to find practical solutions.

• Work with vendors and contractors to bring designs to life.

• Contribute to lean and continuous improvement initiatives in manufacturing.

• Capture lessons learned from each project and incorporate them into future designs.

What We’re Looking For:

• Proficiency in Solid Works and AutoCAD;
  Fusion 360 experience is a plus.

• Experience with 3D printing (FDM/SLA) and 3D scanning.

• Bachelor’s degree in Mechanical Engineering or 10+ years of experience designing foundry tooling.

• 3-5 years of experience in a manufacturing environment.

• Experience with manufacturing processes like sand casting, injection molding, or blow molding is a plus.

• Strong troubleshooting skills and attention to detail.

• Experience working with materials like wood, metal, plastic, and electrical components.

• Ability to manage multiple projects and deliver high-quality work under deadlines.

• Strong communication skills and a collaborative mindset.

Knowledge & Skills:

• Understanding of lean manufacturing and continuous improvement.

• Familiarity with engineering and design best practices.

• Ability to read and create detailed technical plans and blueprints.

• Clear and effective written and spoken communication.

• Critical thinking and problem-solving abilities.

• Ability to work independently and as part of a team.

Physical Requirements:

• Ability to stand, stoop, squat, climb ladders and stairs.

• Lift and move materials up to 40 pounds.

• Vision requirements include close and distance vision, depth perception, and ability to focus.

Work Environment:

• Typical manufacturing environment with exposure to temperature variations and machining equipment.

• Use of personal protective equipment is required: steel-toed shoes, safety glasses, gloves, and hearing protection.