Manufacturing & Process Engineer

Enjet Aero, LLC•Manchester, CT

12h

About The Position

Enjet Aero machines and fabricates complex jet engine parts, components and assemblies for leading OEMs in the commercial, defense and general aviation sectors. Our goal is to be regarded as an irreplaceable resource by our customers. The only way for a company to meet such a goal is to consistently meet production deadlines and expectations. Your work has a destination! Enjoy competitive pay, excellent benefits, a company profit sharing bonus plan, and more while building precision aerospace components that help aircraft fly safely around the world. Join a growing, industry-leading aerospace manufacturer where your work makes an impact and your career can take off. The Manufacturing & Process Engineer is responsible for determining methodology and designs behind producing aerospace components, as well as creating manufacturing routing methods and operation sheets for shop use.

Requirements

5+ years’ experience in aerospace manufacturing environment.
Knowledge of CNC milling and turning.
Knowledge of specialized processes like welding, laser cutting, and sheet metal forming.
Knowledge of different material types – Aluminum, Stainless, Titanium, High Nickel Alloys, etc.
Knowledge of current material removal and forming techniques.
Experience with Solidworks and NX – drafting, modeling, assemblies, sheetmetal.
Experience working with 3D models
General computer experience
Microsoft Office products – Outlook, Excel, Word, etc.
Windows 10 experience
Ability to navigate an understand file structure and naming convention in Windows Explorer environment
Able to communicate effectively and efficiently with all levels of the organization
Able to collaborate fluently in a team environment
Excellent problem-solving skills

Nice To Haves

Possible travel as required for training and multi-site support

Responsibilities

Determines methodology in which the part will be produced
Designs fixturing, including modeling and making drawings of necessary components
Applies knowledge of specialized manufacturing processes such as welding, laser cutting, and sheet metal forming.
Verifies process validity to meet stringent aerospace quality requirements and efficiency standards.
Creates blueprints for shop use with precise dimensioning and tolerancing.