Manufacturing Engineer

MORSE Corp•Cambridge, MA

7d•$120,000 - $150,000•Hybrid

About The Position

MORSE Corp is an employee-owned, small business based in Cambridge, MA, Arlington, VA, and Seattle, WA with a history of fielding cutting-edge technology. MORSE boasts a specially selected team of scientists, engineers, and software developers to deliver best-in-class technical solutions that solve difficult multidisciplinary problems faced by the US National Security Ecosystem. MORSE is passionate about fielding technology to our users and to field more effectively, we are standing up new in-house production capabilities. In this new role, you’ll be in at the ground level helping build and shape what manufacturing means at MORSE. You will drive tangible, high-impact efforts. As a Manufacturing Engineer, you will participate with the production of new product prototypes as well as manufacturing ramp up on existing and new designs. You will play a critical role helping MORSE set up new production lines for novel technologies. You will collaborate closely with the CTO of Manufacturing and project teams to identify new in-house manufacturing capabilities, work with both internal and external partners to support projects, drive quality, and find innovative ways to achieve manufacturing goals.

Requirements

US CITIZENSHIP REQUIRED and the ability to obtain a U.S. Security Clearance
Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering or another relevant Engineering degree
Proven ability to coordinate among multiple shifting priorities and flourish in a dynamic environment.
Strong communication skills to bridge the gap between design engineers (ME/EE) and manufacturing vendors, ensuring design intent matches production capabilities.
Fluent in SolidWorks & 3DEXPERIENCE (3DX) for the design, documentation, and lifecycle management of parts, large assemblies, drawings, and metadata.
Experience optimizing designs for common manufacturing processes (sheet metal fabrication, CNC machining, welding, injection molding) and creating clear, visual Work Instructions (WIs) and SOPs.
Ability to design and implement assembly jigs, fixtures, and Go/No-Go inspection gauges to ensure repeatable, high-yield production.
Practiced in LEAN manufacturing and Root Cause Analysis (RCA) principles with a history of ownership and execution of process improvement projects.
Experienced with quality management systems (ISO9001), including document control, ECN/ECO processes, PPAP, NPI gates, and conducting PFMEAs to mitigate production risks.
Proficient in GD&T (ASME Y14.5 standards), drawing reviews, and performing tolerance stack-up analyses to ensure parts fit consistently during assembly.
Experience utilizing ERP/MRP systems to manage Bills of Materials (BOMs), establish manufacturing routings, and support
Ability to travel as required, up to 10%.

Responsibilities

Scale manufacturing processes from R&D prototype builds to higher volume and fieldable manufacturing
Interface with mechanical and electrical design engineers during product development for DfM & DfA considerations, to ensure a smoother transition to manufacturing
Create, evaluate, and improve manufacturing processes applying knowledge of product design, fabrication, assembly, tooling, and materials
Develop and document manufacturing procedures, work instructions, setup sheets, safety processes, routers, inspection points, and QC documentation
Develop and implement manufacturing processes including process definition, PFMEA, equipment definition and selection, layout planning, integration coordination, startup, qualification, and training
Work with technicians to ensure manufacturing processes are being followed and implemented correctly and safely.
Identify and implement process improvements for yield, quality, throughput, or other KPI as appropriate
Utilize analytical skills to perform root cause investigation analysis and provide recommendations for corrective and preventative actions
Employ QA skills to complete acceptance testing, identify & prevent production defects, and develop QA processes for efficient manufacturing
Create functional requirements specifications for equipment and processes
Source, qualify, and select vendors for equipment and contracted services
Collaborate with vendors to design, procure, and fabricate equipment, tooling, fixtures, and supplies as needed
Coordinate with contract manufacturing partners to ramp up production of new systems & sub-assemblies