Post job

Explore jobs

Find specific jobs

Explore careers

Explore professions

Best companies

Explore companies

OverviewJobsSalary

Skills

What They DoEducationDemographicsJob DescriptionHow To HireBest CompaniesBest StatesBest CitiesJob OutlookEntry Level jobsFull Time jobs
zippia ai icon

Automatically apply for jobs with Zippia

Upload your resume to get started.

Electromechanical assembler skills for your resume and career

Updated January 8, 2025
5 min read
Below we've compiled a list of the most critical electromechanical assembler skills. We ranked the top skills for electromechanical assemblers based on the percentage of resumes they appeared on. For example, 9.4% of electromechanical assembler resumes contained mechanical assembly as a skill. Continue reading to find out what skills an electromechanical assembler needs to be successful in the workplace.

15 electromechanical assembler skills for your resume and career

1. Mechanical Assembly

Here's how electromechanical assemblers use mechanical assembly:
  • Solder and mechanical assembly of circle chart data recorders
  • Perform electronic and mechanical assembly operations.

2. Sub Assemblies

Sub-assembly is the process of combining or building components into component assemblies for inclusion in larger final products. It is the combination of components to create a new parent that requires assembly. It can be replaced in its entirety, but some of its parts can be replaced individually. Therefore, it is a manufacturing process in itself. The subassembly process makes manufacturing more efficient. With the subparts already assembled, the final product can be assembled much faster. Starting with a base, component parts are attached and incorporated to form a completely new item. Sub-assemblies may also need to be customized for specific end items.

Here's how electromechanical assemblers use sub assemblies:
  • Used wiring tools, lug's, connectors soldered and crimped, to assemble harnesses, cables & sub assemblies.
  • Used various hand tools to install transformers, circuit boards & various sub assemblies for production machines.

3. Dexterity

Here's how electromechanical assemblers use dexterity:
  • Assembled voting systems mouth pieces for individuals with motor disabilities and limited dexterity
  • Developed good dexterity and accuracy to deliver good quality and quantity.

4. Electro-mechanical

Here's how electromechanical assemblers use electro-mechanical:
  • Performed electro-mechanical assembly including point-to-point wiring, wring-out and cable harness layout, and basic mechanical assembly.
  • Used power and manual tools along with a variety of fasteners to wire an assortment of electro-mechanical devices.

5. Assembly Drawings

Here's how electromechanical assemblers use assembly drawings:
  • Prepare, correct and maintain assembly drawings to improve products and performance, as well as reduction of assembly costs.
  • Assemble electronic and mechanical systems and subassemblies from schematics, assembly drawings and models.

6. Assembly Operations

Here's how electromechanical assemblers use assembly operations:
  • Performed visual inspection and functionality tests during assembly operations.
  • Performed administrative tasks associated with assembly operations.

Choose from 10+ customizable electromechanical assembler resume templates

Build a professional electromechanical assembler resume in minutes. Our AI resume writing assistant will guide you through every step of the process, and you can choose from 10+ resume templates to create your electromechanical assembler resume.

7. Hand Tools

Here's how electromechanical assemblers use hand tools:
  • Work with power and hand tools, soldering iron, solder pot, extraction tools, air compressor, and voltage meter
  • Connected electrical wiring using soldering iron, heat gun, and hand tools according to circuit diagrams and schematics.

8. Circuit Boards

A circuit board refers to an electronic device used to offer mechanical support and connect components electrically using signal traces and conductive pathways.

Here's how electromechanical assemblers use circuit boards:
  • Assembled circuit boards for air conditioning and heating systems that included soldering electronic components and testing completed products
  • Re-worked and repaired through-hole and SMT printed circuit boards by reading schematics and replacing components when indicated.

9. ESD

Here's how electromechanical assemblers use esd:
  • Set Top Box) ESD certification.
  • Worked with blueprints and wiring diagrams and became certified for soldering, ESD, and wire wrap.

10. Electronic Components

Electronic Components refer to the structure of a circuit that controls and directs electric current to perform various tasks. These functions include signal computation, amplification, and data transfer. It includes several components such as resistors, capacitors, inductors, transistors, or diodes and connected using conductive wires or traces. Though, a circuit is complete only when it forms a loop.

Here's how electromechanical assemblers use electronic components:
  • Solder electronic components and harness electrical wiring.
  • Developed a workable process for curing and assembly of fiber optics used in electronic components of modular units.

11. Wire Harnesses

A wiring harness is a structure of insulated conducting wires tied together with insulating materials, used in the electrical structure of a machine. It is also known as a cable harness, wiring harness, wiring assembly, wiring loom, or cable assembly. They are commonly used in automobiles and construction machinery for the various advantages they provide over loose cables and wires.

Here's how electromechanical assemblers use wire harnesses:
  • Fabricated; Sub-assemblies, Control panels, Wire Harnesses.
  • Assemble and test wire harnesses, cables.

12. ISO

Here's how electromechanical assemblers use iso:
  • Verify all documentation accompanying each manufacturing lot for completeness and accuracy according to GMP and ISO guidelines.
  • Develop processes and documentation consistent with ISO requirements for assembling new products.

13. Engineering Drawings

Engineering drawings are technical drawings that tell about the requirements for engineering components or equipment. Such drawings have standardized languages and symbols. There are multiple types of engineering drawings such as isometric drawing, orthographic or multiview drawing, schematic drawings, one view, and two view drawings, etc.

Here's how electromechanical assemblers use engineering drawings:
  • Created and maintained paper and electronic assembly instructions for PWB, wire harness and mechanical assemblies utilizing engineering drawings.
  • Perform moderately complex assembly of electronic parts and assemblies in accordance with engineering drawings and specifications.

14. Control Panels

A control panel is a flat, enclosed unit, often the vertical part of a system in which the control or monitoring instruments are displayed and accessible to users. Control panels are typically closed-circuit boards with connections to all peripheral devices in their area. They can be found in factories to monitor and control machines or production lines and in places like nuclear power plants, ships, airplanes, and mainframe computers.

Here's how electromechanical assemblers use control panels:
  • Power supplies, control panels, communication systems and interface systems.
  • Assembled electromechanical control panels used for water purification systems.

15. Switches

Here's how electromechanical assemblers use switches:
  • Wired panels and accessories for a variety of machines and including wiring lights, switches, modules, regulators and cables.
  • Work as part of a team of employees assembling wiring harnesses, electric foot switches and electrical control boxes.
top-skills

What skills help Electromechanical Assemblers find jobs?

Tell us what job you are looking for, we’ll show you what skills employers want.

List of electromechanical assembler skills to add to your resume

Electromechanical assembler skills

The most important skills for an electromechanical assembler resume and required skills for an electromechanical assembler to have include:

  • Mechanical Assembly
  • Sub Assemblies
  • Dexterity
  • Electro-mechanical
  • Assembly Drawings
  • Assembly Operations
  • Hand Tools
  • Circuit Boards
  • ESD
  • Electronic Components
  • Wire Harnesses
  • ISO
  • Engineering Drawings
  • Control Panels
  • Switches
  • Lean Manufacturing
  • Assembly Process
  • IPC
  • Assembly Tasks
  • Aerospace
  • Assembly Procedures
  • J-Std
  • Volt Meters
  • Test Equipment
  • R
  • Electronic Devices
  • Soldering Irons
  • Production Process
  • Assembly Line
  • Switchboards
  • PC Boards
  • FDA
  • Engineering Specifications
  • Troubleshoot
  • BOM
  • PCB
  • Electrical Components
  • Wire Diagrams
  • SMT
  • Drill Presses
  • Quality Standards
  • RF
  • Surface Mount Components
  • Control Systems
  • Electronic Equipment
  • Power Drills
  • Name Plates
  • Capacitors
  • QC
  • Tweezers

Updated January 8, 2025

Zippia Research Team
Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

Browse production and manufacturing jobs