Entry Level Quality Inspector Jobs in Baltimore, MD

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Who YOU are and what YOU can become:
The Quality Inspector is an entry-level position responsible for performing basic inspections of aerospace components, assemblies, and materials under supervision. This role focuses on learning aerospace quality standards, inspection techniques, and documentation requirements while supporting compliance with AS9100, FAA, and customer specifications.
Who WE are and where WE are going:
At MRA Systems, our employees have amazing opportunities to work on advanced technologies and systems that support thousands of customers and millions of people worldwide every day. From the first flight across the Pacific Ocean to developing highly complex structures for the most popular aircraft in the world, we have come a long way always with a can-do approach to problem solving while delighting customers with our high say-do ratio. We are looking for people with innovative ideas and the drive to help us grow into the future.
A pioneer in the production and assembly of complex aerostructures including aircraft and rocket components, engine nacelle systems, thrust reversers and advanced composite products, we apply the latest digital technologies and automation in composite design and manufacturing that are second to none. At ST Engineering MRAS, we are also rapidly augmenting our maintenance, repair and overhaul (MRO) capabilities leveraging the company's expanded aircraft nacelle portfolio as well as it's materials and processing expertise.
What YOU will do:
• Perform independent visual, mechanic, dimensional, and functional inspections of parts, assemblies, and finished products. Perform in-process, final, and receiving inspections on directed parts, assemblies, and subassemblies.
• Verify dimensions, tolerances, materials, finishes, and configurations per engineering drawings, blueprints, and specifications.
• Properly tag, label, and segregate nonconforming material.
• Ensure proper identification, traceability, and documentation of parts and materials.
• Interpret engineering drawings, specifications, and GD&T to determine inspection requirements.
• Use a wide range of precision measuring instruments (i.e. calipers, micrometers, height gauges, bore gauges, CMMs as applicable).
• Complete and review inspection documentation, nonconformance reports, and inspection records.
• Identify, document, and communicate quality issues and trends to other relative quality and production teams (including, but not limited to Leads, P1s, Quality Engineers, management, etc.).
• Review, validate, verify and perform First Article Inspections (FAI) in accordance with AS9102.
• Ensure compliance with AS9100, FAA, customer, and internal quality requirements.
• Maintain inspection records in accordance with regulatory and company retention requirements.
• Support internal, customer, and regulatory audits.
• Assist with root cause analysis, corrective actions, and continuous improvement initiatives.
• Provide guidance/assistance to Inspector B personnel as needed.
• Accurately document and report inspection results, nonconformances, and corrective actions in quality systems.
• Maintain a clean, organized, and safe work area.
• Participate and successfully complete training related to aerospace quality standards and inspection methods.
SPECIFIED FUNCTIONAL DUTIES
MACHINED PARTS AND WELDMENTS
Inspects highly complex parts working to established procedures wherein it is necessary to check a number of related dimensions and a variety of reverse curves and compound angles. Establishes reference points and uses same to accurately check many inter-related and coordinated dimensions in different planes, irregular machined surfaces, precision tolerance dimensions, etc. Inspects for dimensional accuracy, machined and/or welded assemblies, castings, forging, extruded sections, bar stock and similar items of average complexity that, in general, involve few related dimensions, angles, radii and alignment which may occasionally involve some mathematical computations. Checks threads with wires and calculated dimensions, when not given, to ascertain maintenance of prescribed specifications. Lays out items of the above complexity, marking all location points and reference lines in accordance with drawings. Inspects machined parts and weldments, utilizing precision measuring instruments. Performs a limited amount of mathematical computations to verify interrelated and coordinated working points located in one or two planes. Makes setups on surface tables to determine dimensional acceptability. Projects flat and contoured shapes from lofts to find exact locations and true sizes, shapes and dimensions.
Inspects parts of average complexity wherein it is necessary to check various related dimensions, contours, curve and angles. If necessary, makes first part inspection to establish inspection procedure for average complexity items; facilitates the inspection process by eliminating or standardizing check points and improvising other inspection aids. May also perform inspection of parts mentioned above when dimensional and/or structural variations of parts received do not readily permit establishment of a standard inspection procedure.
Checks such aspects as component and overall dimensioning, hole patterns, trim lines, fits, and parallelisms of these parts in order to verify workmanship and conformance to drawings and specifications. Inspects a wide variety of incoming customer furnished and bailed equipment, parts and materials as required for visual acceptance of items involved for proper functioning; checks for damage incurred in shipping and/or handling. Furnishes company and customer representatives with necessary information to assist in resolution of discrepancies.
TOOL & CALIBRATION
The complexity of items inspected is characterized by the presence of dimensions, angles and radii that may be checked by the use of right angles and or parallel set ups, and simple plane trigonometric calculations; regular contours or spring back allowances are charted, and the computation of dimensions not shown on design blue prints can be solved by the use of front angles.Lays out items of the above complexity, marking all location prints and reference lines in accordance with drawings. Inspects tool, die, jig, or fixture utilizing precision measurements and performing a limited amount of mathematical computations. To verify working points located in one or two planes, makes set ups on surface tables as required. Checks such aspects as component and overall dimensioning, hole patterns, trim lines, fits and parallelisms of these parts to verify workmanship and conformance to drawings and specifications. Performs regularly scheduled inspection and calibration of shop working standards using primary standards and predetermined data to ascertain accuracy.
CHEMICAL
Performs simple chemical tests to determine nature of substance. Selects samples of parts, materials and solutions for laboratory analysis. Occasionally interprets laboratory analysis to determine whether the item conforms to prescribed specifications and to physical and chemical properties.
ASSEMBLY
Inspects all small parts, sub-assemblies, and major assemblies for conformity to specifications, tolerances, clearances, and workmanship standards. Examines assemblies to determine whether or not metal is flush against fixture, holes drilled accurately at designated points, parts securely fastened, rivets securely driven, and assemblies held in correct alignment. Analyzes functional difficulties in assembly procedure to determine whether the defect is a result of faulty design, tooling or shop operations and recommends methods of adjustment. Participates in the preparation of a log of inspection points at beginning of contract, and makes alterations when designs are changed or experience proves that closer inspection is required.
PRODUCT SYSTEMS
Inspects sub-assemblies and assemblies up to and including the level of an individual assembly or items of similar complexity for conformance to specifications, clearances, fit tolerances, alignment,
security and engagements, detecting such malfunctions as excessive chatter, pressure, noise and erratic operation. Analyzes and evaluates inspection difficulties, to determine whether the defect is the
result of faulty design, tooling or shop operations and recommends corrective action. Reviews inspection procedures and manuals suggesting appropriate changes to facilitate inspection. Visually and physically inspects for cleanliness, damage, and completeness, incidental to and in conjunction with above work operations. Inspects for structural flaws, mechanically operates and inspects items, and checks critical dimensions to exacting tolerances. Requests removals, adjustments or replacement of malfunctioning and faulty parts and rejects or requests rework as described herein. May be required to monitor tests.
BONDING
Performs the inspection of the development and initial setup of standard prototype bonded honeycomb and/or metal assemblies; checks locations, fit, and clearances of parts by comparison with specifications and blueprints. Performs subsequent inspections of production assemblies of this type. Checks core and metal skin for proper bonding, contour, and surface in accordance with specifications on all types of bonded honeycomb and/or metal assemblies and sub-assemblies. Inspects test or core buttons for adhesion, porosity, density and similar physical qualities. Checks honeycomb material after trimming for dimensional accuracy, damage to core, and/or for density as necessary. Inspects standard repair work such as splices or patches in non-stress areas, rebonding of separations of edges and corners, and similar types of repairs performed on bonded assemblies and/or sub-assemblies of the complexity described above.
FINISHING AND PLATING
Inspects metal detail parts for anodic, Alodine, cadmium, zinc, chrome, silver, nickel, copper and other metal plating and treating processes. Checks for appearance, thickness, blisters, material defects, adherence to surface, etc. Performs inspection of parts, assemblies, and areas in aircraft or aircraft sections to which finish is to be applied; insures that surface of metal has been properly cleaned, treated and/or coated with rust preventatives prior to application of specified finish. Inspects parts, assemblies, and areas after completion of finishing process to insure proper type, color, appearance, uniformity of film, thickness, adherence to surface, etc. Inspects adhesive, coated parts to ascertain that designated areas have been coated and that parts have' been cured in accordance with specifications.
What YOU must bring to Succeed:
• High school diploma or GED required.
• Must be 18 years or older.
• Technical school or vocational training in manufacturing, machining, or aerospace preferred.
• 0-2 years of manufacturing or quality-related experience.
• Entry-level candidates with production, assembly, or machining experience encouraged to apply.
• On-the-job training provided in AS9100, AS9102, and inspection techniques.
• This position involves access to export-controlled technology which requires U.S. Person status or government authorization. A 'U.S. Person,' as defined by 22 C.F.R. §120.62, includes U.S. citizens, U.S. nationals, individuals lawfully admitted for permanent residence (green card holders), and individuals granted asylum or refugee status in the United States. To be considered for this position, you must either be a U.S. Person or fall within a legally recognized export control exception or authorization. If hired, you will be required to provide valid proof of such status.
PHYSICAL REQUIREMENTS
Ability to stand and perform work duties for an extended period of time and perform hands-on inspection tasks as required/assigned.
Must be able to lift a minimum of 25 pounds.
Ability to work in various temperatures (e.g. warm, hot, cold, freezing) to complete warehouse tasks.
Ability to work in an environment that includes dust and other debris.
Must be able to successfully complete all medical surveillance requirements.
Desired Characteristics:
- Strong attention to detail and sound judgment in quality decisions.
- Knowledge of aerospace quality standards, GD&T, and inspection methods, preferred.
- Knowledge and/or ability to learn and interpret complex engineering drawings and GD&T.
- Knowledge and/or ability to learn in precision measuring and inspection techniques.
- Working knowledge of AS9100, AS9102, and aerospace quality requirements.
- Ability to independently identify nonconformances and recommend corrective actions.
- Ability to collaborate effectively with cross-functional teams.
- Must be able to successfully complete all job-related eligible certifications and training requirements as assigned/directed.
- Must be able to obtain and maintain certified inspector operator certification.
- Basic computer and data entry skills.
- Attention to detail and willingness to learn.
- Ability to read and interpret basic engineering drawings and specifications.
- Basic understanding of manufacturing processes.
- Ability to follow detailed instructions and procedures.
- Effective written and verbal communication skills.
- Ability to work with supervision and as part of a team.
AT ST Engineering MRAS, we offer great rewards, competitive pay, career advancement and growth opportunities.
Salary for this role: $20.00 per hour. ST Engineering considers several factors with extending job offers, including but not limited to candidates' key skills, relevant work experience, education/training/certification, job level, and work location. Base salary is only one component of our competitive Total Rewards package.
ST Engineering MRAS offers these incentives for hourly roles: