Automotive Mechanical Design Engineer

Revology Cars•Orlando, FL

8d•$80,000 - $120,000•Onsite

About The Position

Join Revology Cars as an Automotive Mechanical Design Engineer. At Revology Cars, we don't just build vehicles - we reimagine icons. We combine modern engineering with classic American muscle to produce world-class, reproduction Mustangs that meet the highest standards of quality, precision, and performance. Behind every vehicle we build is a team of skilled professionals who take pride in craftsmanship and continuous improvement. The automotive mechanical design engineer manages product revisions and new products from concept to production.

Requirements

Bachelor of Science degree in mechanical engineering or related field from an ABET-accredited school.
3-5 years of experience working for an automotive OEM, Tier 1, or Tier 2 supplier. Other automotive experiences, such as military job functions or non-OEM job functions, may be considered.
Experience designing automotive mechanical components with consideration for DFA, DFM, and DFMEA, and serviceability.
Familiarity with low volume prototyping materials and manufacturing processes used to create uniform and non-uniform thickness plastics and metals.
Experience working directly with suppliers, in-house manufacturing, purchasing, quality engineering, and manufacturing engineering.
Able to design parts and assemblies in Catia V5. Surface design experience is desirable.
Experience using 3DExperience or Aras Innovator.
Effective and appropriate verbal and written communicator.
Demonstrable knowledge of the accuracy and repeatability of product manufacturing.
Demonstrate depth of hands-on expertise in a particular vehicle system.
Demonstrate basic knowledge of all automotive systems.
Familiar with Microsoft Office applications.
Familiar with Smartsheet
Comfortable using a wide variety of automotive and non-automotive specific hand tools and power tools such as grinders and drills.

Nice To Haves

Surface design experience is desirable.

Responsibilities

Ownership of the cost, quality, and performance of purchased and build-to-print vehicle components includes: Material selections, manufacturing process selections, and supplier vetting. Packaging and aesthetic considerations. Assembly process feasibility studies. Analysis of variable cost, tooling, and development costs.
Coordinate and confirm expected performance metrics.
Determine and execute testing and validation required to confirm packaging, function, and at the component and system levels.
Manage and document multiple projects effectively.
Present concise research results and documentation where applicable.
Communicate and collaborate with production teams regarding process changes, part changes, fixtures and tools changes, and schedules.
Understand and apply knowledge of materials and processes relevant to low volume production and prototyping.
Set specifications and apply appropriate dimensions and GD&T to parts and assemblies.
Interface with suppliers to ensure quality and compliance.