Mechanical Design Engineer (Manufacturing)

JOBDESCRIPTION:

Mechanical Design Engineer (Manufacturing)

CoreResponsibilities

The day-to-daywork of a Mechanical Designer involves the following key phases:

- Conceptualization & Sketching: Collaboratingwith engineers, project managers, and clients to understand productrequirements and sketching initial design concepts.

- 3D CAD Modeling (SolidWorks): Transformingconcepts into precise 3D virtual models using SolidWorks. This includesstructuring individual parts, building complex assemblies, and ensuring allcomponents fit seamlessly without interference.

- Creating Production Drawings: Generating detailed2D engineering blueprints from 3D models. Ensuring drawings include exactdimensions, precise tolerances, surface finishes, and material specificationsrequired by machinists and fabricators.

- Material Selection: Choosing appropriate metals,plastics, or composites based on strength, weight, thermal properties, cost,and the specific operating environment (e.g., cleanrooms or high-heatenvironments).

- Prototyping & Testing: Working closely withthe workshop or manufacturing floor to build prototypes, testing them forstress or mechanical failure, and refining designs based on the results.

Key Skills& Requirements

TechnicalSkills

- Spatial Awareness: Strong ability to visualizeobjects in three dimensions and understand how moving components interactwithin an assembly.

- Manufacturing Processes: Deep understanding ofhow parts are fabricated (CNC milling, turning, sheet metal bending, 3Dprinting, and injection molding) to ensure designs are practical andcost-effective.

- High Attention to Detail: Exceptional precisionin design and documentation understanding that an incorrect tolerance ordecimal point can disrupt an entire production run.

Professional& Soft Skills

- Teamwork & Collaboration: Ability to workcohesively within cross-functional teams, bridging the gap between engineering,management, and the production floor.

- Proactivity: A self-starter mindset with theinitiative to anticipate design challenges, solve problems early, and optimizeprocesses.

- Thriving Under Pressure: Ability to manage tightproduction deadlines, handle shifting project priorities, and maintain accuracyin a fast-paced environment.