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Electrical mechanical assembler skills for your resume and career

Updated January 8, 2025
5 min read
Below we've compiled a list of the most critical electrical mechanical assembler skills. We ranked the top skills for electrical mechanical assemblers based on the percentage of resumes they appeared on. For example, 15.2% of electrical mechanical assembler resumes contained hand tools as a skill. Continue reading to find out what skills an electrical mechanical assembler needs to be successful in the workplace.

15 electrical mechanical assembler skills for your resume and career

1. Hand Tools

Here's how electrical mechanical assemblers use hand tools:
  • Aligned, fit and assembled component parts, using hand tools, power tools, fixtures, templates, and microscopes.
  • Used standard hand tools as well as specialty tools to assemble joy sticks, track balls, and hand controls.

2. Blueprint Specifications

Blueprints are layouts or designs about the construction of a building or structure. It consists of accurate engineering drawing on light-sensitive sheets allowing to create copies easily.

Here's how electrical mechanical assemblers use blueprint specifications:
  • Measured products according to blueprint specifications and tracked to ensure specifications were met.
  • Make setups and adjustments holding all tolerances to blueprint Specifications.

3. 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 electrical mechanical assemblers use sub assemblies:
  • Assembled and modified electrical and mechanical sub assemblies, (electrical cables, throttle assemblies).
  • Assemble sub assemblies/lighting systems (high & low voltage) for airport runways per schematic/blueprint.

4. 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 electrical mechanical assemblers use control panels:
  • Constructed and wired electrical control panels.
  • Performed panel lay-out and determined proper wire sizes prior to assembly, reading of electrical drawings, and building control panels.

5. 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 electrical mechanical assemblers use engineering drawings:
  • Performed assembly of components according to engineering drawings and quality standards which decreases waste.
  • Worked effectively from engineering drawings, product structures and control documents.

6. Assembly Drawings

Here's how electrical mechanical assemblers use assembly drawings:
  • Ensured proper assembly by using printed documentation assembly drawings, blue prints and verbal instruction.
  • Assembled, per assembly drawings, blueprints and electrical schematics, electrical and mechanical instruments.

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7. Quality Standards

Quality standards are a specific level of standards of products that are set by the companies for the customers that have to be met and maintained throughout the process until the time of delivery. Quality standards are information that includes the customer's requirements, guidelines, and characteristics for the needed final product or service.

Here's how electrical mechanical assemblers use quality standards:
  • Performed all work with quality standards and established safety precautions
  • Assembled products to meet scheduled deadlines by using approved assemble methods within standard times while maintaining high quality standards.

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 electrical mechanical assemblers use circuit boards:
  • Soldered electrical components onto circuit boards.
  • Connect lead wires to printed circuit boards Install finished assemblies, attaching hardware, switches, or other parts.

9. Electrical Assembly

Here's how electrical mechanical assemblers use electrical assembly:
  • Performed wiring, mechanical and electrical assembly of battery back-up systems.
  • Read and followed schematics to provide quality in electrical assembly.

10. AC

Here's how electrical mechanical assemblers use ac:
  • Test portable AC unit used in military trailer and SAP train as well.
  • Wired AC - DC power devices.

11. Electrical Components

Here's how electrical mechanical assemblers use electrical components:
  • Wired and soldered electrical components to include but not limited to switches, relays, thermostats, motors and junction boxes.
  • Installed and assembled electrical components, in units, using engineer drawings and schematics.

12. Electro-Mechanical Assembly

Here's how electrical mechanical assemblers use electro-mechanical assembly:
  • Perform a wide range of complex electro-mechanical assembly operations.
  • Perform required Optical, electro-mechanical assembly, alignment, calibration of subassembly or system level hardware.

13. PLC

Here's how electrical mechanical assemblers use plc:
  • Manufactured PLC control cabinets for high temperature ovens.
  • Performed PLC installation and troubleshooting.

14. 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 electrical mechanical assemblers use electronic components:
  • Performed installations of electric and electronic components for power generation cabinets.
  • Assembled electronic components using various types of power tools

15. Assembly Operations

Here's how electrical mechanical assemblers use assembly operations:
  • Retain knowledge of assembly operations.
  • Performed assembly operations on structural parts of the aircraft as well as required fixture and bench assembly operations.
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List of electrical mechanical assembler skills to add to your resume

Electrical mechanical assembler skills

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

  • Hand Tools
  • Blueprint Specifications
  • Sub Assemblies
  • Control Panels
  • Engineering Drawings
  • Assembly Drawings
  • Quality Standards
  • Circuit Boards
  • Electrical Assembly
  • AC
  • Electrical Components
  • Electro-Mechanical Assembly
  • PLC
  • Electronic Components
  • Assembly Operations
  • Tweezers
  • Assembly Process
  • Trouble Shoot
  • Electrical Equipment
  • Drill Press
  • Wire Harnesses
  • Jigs
  • Electrical Schematics
  • Electrical Tools
  • Electrical Panels
  • Torque Wrenches
  • Switchboards
  • Electrical Drawings
  • Circuit Breakers
  • CNC
  • Test Equipment
  • ISO
  • PCB
  • Assembly Line
  • Schematic Drawings
  • Install Components
  • Electrical Systems
  • IPC
  • Mechanical Drawings
  • PC
  • BOM
  • Electronic Systems
  • Mechanical Components
  • Customer Specifications
  • Surface Mount
  • SMT
  • Production Floor
  • Brazing
  • ESD

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.

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