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Northrop Grumman · 1 day ago

Material/Process Engineer - Level 2

Charlotte, NC

Full-time

Onsite

Entry, Mid Level

$80K/yr - $119K/yr

2+ years exp

Northrop Grumman is a leader in technological advancements and is seeking a Material and Process Engineer – Level 2 for their Charlotte, NC facility. The role involves developing crystal growth processes, improving manufacturing techniques, and participating in process improvement projects within the SYNOPTICS organization.

AerospaceData IntegrationManufacturingRemote SensingSecurity

Growth Opportunities

Responsibilities

Develop crystal growth processes for materials new to SYNOPTICS

Work with manufacturing personnel to develop, improve, document, and transition new processes to manufacturing

Developing a thorough understanding of the current crystal growth techniques at SYNOPTICS

Some sustaining engineering duties will be assigned in which the engineer will be responsible for an established growth process including data collection, process control, designed experiments, process documentation, and operator training

Written documentation will be required for new processes and process improvements

Participate in process improvement projects as a team member or lead and technical training for manufacturing employees (training may require some shift flexibility on a limited basis)

Participate in developing new business opportunities which may include responding to government solicitations and attending/presenting at technical conferences

Qualification

Crystal GrowthMaterials ProcessingSolidification PrinciplesSix SigmaLean ManufacturingAnalytical SkillsVerbal CommunicationWritten Communication

Required

Bachelor's degree with 2 years of professional experience – OR – Master's degree with 0 years of professional experience

No clearance required to start

Crystal Growth or materials processing and synthesis experience with specific knowledge of solidification principles, intrinsic growth defect formation, understanding phase diagrams, and solid-liquid chemistry of oxide systems is required

A strong grasp on engineering principles is required

Must be a self-starter and have excellent analytical skills as well as good verbal and written communication skills