Electronics Assembler Cenergy International Plymouth, MN Job Details Temp-to-hire | Contract $25

•$30 an hour 20 hours ago Benefits Health insurance Dental insurance Vision insurance 401(k) matching Flexible schedule Life insurance Qualifications

J-STD-001

Certification Electrical blueprint reading Specialized industrial tools High school diploma or GED Manufacturing facility experience Production in-process inspection Quality control experience within electronics industry Assembly drawings Hand tools

Full Job Description Electronics Assembler Location:

Plymouth, MN Employment Type:

12-

Month Contract Pay Rate:

$25

•30/hr

DOE Number of Openings:

6

Work Schedule:

9/80

Schedule Industry:

Aerospace & Defense → Defense Systems → Armament Systems → Defense Weapons & Armament → Medium/Large-Caliber Ammunition, Precision-Guided Munitions, Combat Systems & Medium-Caliber Gun Systems

POSITION SUMMARY

Northrop Grumman Defense Systems

•Armament Systems is seeking experienced Electronics Assemblers to build, inspect, rework, repair, and test complex electronic and electromechanical assemblies in a highly controlled defense manufacturing environment. This is a hands-on role requiring electronics assembly, hand soldering, active

IPC J-STD-001

certification, and the ability to read detailed engineering drawings and work instructions .

KEY RESPONSIBILITIES

Assemble electronic and electromechanical modules, boards, panels, cables, frames, and subassemblies . Read and follow engineering drawings, schematics, layouts, specifications, and work instructions . Perform hand soldering, inspection, continuity checks, rework, repair, and modification . Perform required functional/testing activities and troubleshoot assembly issues. Use precision hand tools, power tools, soldering equipment, jigs, and fixtures . Maintain accurate production, inspection, testing, and traceability records using MES and Microsoft 365 . Follow strict quality, safety, workmanship, and manufacturing requirements .

REQUIRED QUALIFICATIONS

High School Diploma/GED . 1-3+ years of hands-on electronics assembly, soldering, or electronic manufacturing experience . Active

IPC J-STD-001

certification

•

REQUIRED.

Proven hand-soldering and electronic/electromechanical assembly experience. Ability to interpret engineering drawings, technical diagrams, and work instructions . Experience with assembly tools and soldering equipment. Experience with inspection, continuity testing, rework, repair, or modification . Strong attention to detail and commitment to quality and workmanship. Ability to work effectively in a structured, team-oriented manufacturing environment.

PREFERRED

5+ years of electronics, aerospace, defense, or precision-manufacturing experience. Advanced hand soldering, rework, and repair experience. Experience with PCB/PCBA, SMT, through-hole components, or component-level rework . Familiarity with IPC-A-610 and/or

IPC/WHMA-A-620

. Experience with

MES, ESD

controls, FOD prevention, and Microsoft 365 . Aerospace, defense, avionics, or other high-reliability manufacturing experience. Experience troubleshooting complex electronic/electromechanical assemblies. Willingness to complete required training for work involving explosive assemblies .

WHY THIS OPPORTUNITY?

Build and support advanced defense electronics while developing your expertise in precision assembly, soldering, rework, inspection, and testing within a quality-driven Aerospace & Defense manufacturing environment.

Pay:

$25.00

•$30.00 per hour Expected hours: 40.0 per week

Benefits:

401(k) matching Dental insurance Flexible schedule Health insurance Life insurance Vision insurance Application Question(s): Please provide the current status of your

IPC J-STD-001

certification, including the certification level/type, date obtained, expiration/renewal date, and the type of electronic assembly or soldering work for which you have applied the standard? Briefly describe your most recent hands-on experience assembling electronic or electromechanical products. What types of assemblies, modules, circuit boards, panels, cables, wire assemblies, or subassemblies did you personally build, and what were your specific responsibilities? Describe the types of hand-soldering work you have personally performed in production. Include the soldering processes/components you worked with, soldering equipment used, types of joints or connections produced, and the approximate amount of hands-on soldering you performed in a typical workday or week? Describe a specific electronics assembly you have built by following engineering drawings, schematics, layouts, specifications, BOMs, or detailed work instructions. Explain how you used the documentation to identify components, locations, orientation, wiring/cabling, assembly sequence, and acceptance requirements? Walk us through how you inspect your own soldered work before releasing an assembly. What specific characteristics do you examine to determine whether a solder joint or connection meets the applicable workmanship requirements? Describe the most technically challenging electronic assembly rework or repair you have personally performed. What was the original problem, what component/connection/assembly required correction, what tools and techniques did you use, and how did you verify that the repair was successful? Describe your experience performing continuity checks, electrical tests, functional tests, or simulated-operating-condition tests on electronic or electromechanical assemblies. What equipment or test methods did you use, and how did you respond when an assembly failed testing? List the primary tools and equipment you have personally used for electronic/electromechanical assembly and soldering. For each major tool or equipment type, briefly describe the work you performed with it? Describe one complete electronic or electromechanical assembly you personally built from start to finish. Briefly explain the product/assembly, the drawings or work instructions you followed, components and tools used, soldering performed, inspections and tests completed, any rework required, and how you determined the finished assembly was ready for the next production stage. Tell us about the most technically difficult electronic or electromechanical assembly you have personally built, soldered, reworked, or repaired. Starting from the engineering drawing/work instructions, briefly walk us through the complete process you personally performed—from interpreting the requirements and selecting the appropriate tools/processes, through precision assembly and hand soldering, inspection against applicable workmanship requirements, continuity or functional testing, troubleshooting any failure, and final verification. Please identify the specific technical problem or challenge you encountered, what you personally did to resolve it, and how you verified that the finished assembly met the required quality and performance standards?

Education:

High school or equivalent (Required) Ability to

Commute:

Plymouth, MN 55442 (Required)

Work Location:

In person