Electrical Assembler Job Description

Electrical Assembler Job Description, Skills, and Salary

Are you searching for an electrical assembler job description? Get to know about the duties, responsibilities, qualifications, and skills requirements of an electrical assembler. Feel free to use our job description template to produce your own. We also provide you with information about the salary you can earn as an electrical assembler.

 

Who is an Electrical Assembler?

An electrical assembler is a qualified expert who installs electrical systems in different industrial applications. This may require running wires, cutting the wire sheaths, soldering, dealing with tiny connections and other small components, and interpreting plans or schematics to produce a functional electrical system. An electrical assembler will need to finish a high school education or comparable degree, therefore gaining fundamental arithmetic abilities, reading skills, and communications skills. Most of the skills the assembler will need may be gained on the job, but it is preferable to attend a trade school or vocational school to get the relevant qualifications and licenses.

 

The particular tasks of an electrical assembler might vary based on the industry in which that experience of t works. In certain sectors, such as the aerospace industry, the electrical assembler may probably complete intensive on-the-job training to understand as much as possible about aircraft electrical systems. He or she may end up installing electronics on new aircraft, repairing or upgrading electronic systems on existing aircraft, or even installing electrical systems in missiles and other weaponry. Many of the systems to be installed will function together, which means the assembler will need to have an awareness of how all the systems connect. As an electronic assembler, your key tasks are to assemble electronic components, such as circuit boards, mount them into bigger assemblies or casings, verify the appropriate soldering and installation of electric wiring, and test or troubleshoot equipment before it is placed into or restored to operation. Typically, electronic assemblers work in electronics production, so you need to have a thorough grasp of both electrical and mechanical processes. You need to know how to operate a range of tools, and you should have the ability to understand technical schematics and blueprints.

Electrical assemblers, also known as electronic assemblers, link huge equipment to electrical components to make them operate. Routing, cutting, and soldering wires are just some of the required jobs; competence in using numerous pieces of equipment is something that any electrical assembler will master. Many businesses give electrical assemblers on-site training; however, trade schools also provide certificate programs for people wishing to find employment in the sector.

The electrical assembler will also require an in-depth grasp of how electricity operates. The assembler will use different instruments to test the conductivity of materials to troubleshoot electrical systems, and he or she will need to be able to interpret such tests to guarantee the safety of all employees and the efficiency of the electrical system. Diagnostic tools are generally the first thing an assembler will use on an already-created system. Wires may need to be cut, soldering may need to be done, and other components may need to be added or updated to make the system operate

 

Electrical Assembler Job Description

What is an electrical assembler job description? An electrical assembler job description is simply a list of duties and responsibilities of an electrical assembler in an organization. Below are the electrical assembler job description examples you can use to develop your resume or write an electrical assembler job description for your employee. Employers can also use it to sieve out job seekers when choosing candidates for interviews.

The duties and responsibilities of an electrical assembler include the following;

  • Measure and adjust voltages to predefined levels to assess the operational correctness of equipment.
  • Position, align, and modify workpieces and electrical items to simplify wiring and assembly.
  • Read and comprehend schematic drawings, schematics, blueprints, specifications, work orders, and reports to needs and assembly instructions.
  • Clean components, using cleaning solutions, air hoses, and towels.
  • Complete, evaluate, and maintain production, time, and component waste reports.
  • Confer with supervisors or engineers to plan and evaluate work tasks, and address production difficulties.
  • Distribute materials, supplies, and subassemblies to work zones.
  • Mark and tag components so that stock inventories may be monitored and recognized.
  • Pack final assemblies for transportation and move them to storage locations, utilizing hoists or handtrucks.
  • Paint buildings as required, using paint sprayers.
  • Explain assembly methods or techniques to other employees.
  • Instruct consumers in the installation, repair, and maintenance of items.
  • Adjust, repair, or replace electrical or electronic component components to remedy problems and assure compliance with standards.
  • Assemble electrical or electronic systems and support structures; and install components, units, subassemblies, wiring, and assembly casings, utilizing rivets, bolts, soldering, and micro-welding equipment.
  • Drill and tap holes at specified equipment locations to place control units, and to provide apertures for elements, wiring, and instruments.
  • Fabricate and shape components, coils, and structures according to specifications, utilizing drills, calipers, cutters, and saws.
  • Inspect and test wire installations, assemblies, and circuits for resistance factors and functioning; and record findings.
  • Interpret blueprints, schematics, and schematic designs to identify materials necessary for the control panel and/or electrical equipment installation regularly.
  • Locate places for all electrical apparatus, including brackets, cables, switches, and wiring, following the engineering drawings, and mark their location on control panels and/or electrical equipment daily.
  • Use markings as a reference and drill or tap holes per quality control requirements for electrical apparatus on control panels and/or electrical equipment daily.
  • Fabricate electrical equipment following specifications and quality control criteria using calipers, cutters, drills, or saws every day.
  • Mount manufactured electrical apparatus to the control panels and/or equipment to specifications and quality control criteria daily
  • Test control panels and/or equipment upon completion to confirm they are fully functioning daily.
  • Troubleshoot control panels and/or equipment if not performing as per engineering schematics daily.
  • Make required modifications to electrical apparatus and test equipment again to check the problem has been fixed daily.

 

Qualifications

  • Basic computer abilities (open/close programs, input data).
  • Ability to deal with repetitive work.
  • Ability to follow directions closely.
  • Ability to understand diagrams.
  • Ability to handle tiny components.
  • Ability to work fast and precisely under pressure.
  • Ability to concentrate on specific items.
  • Ability to work effectively in a team and alone.

 

Essential Skills

  • Soldering: Soldering is the technique of attaching two or more metal components by melting a filler substance between them. Electrical assemblers utilize soldering abilities to join electrical components and cables together. This requires care since any exposed wire might be harmful if it encounters another wire with an opposing charge.
  • Dexterity: Dexterity is the ability to utilize your hands and body with precision. Electrical assemblers require dexterity to accomplish their work obligations properly. This talent helps you to work rapidly, which might help you achieve production targets and stay up in a fast-paced setting. You may also discover that certain activities need fine motor abilities, therefore having strong dexterity will help you do these chores more effortlessly.
  • Attention to Detail: Electrical assemblers must be able to pay strict attention to detail while dealing with electrical equipment. This is because they may need to connect cables in a precise sequence or guarantee that the proper components are fitted on each piece of equipment. Attention to detail may also help them spot any flaws with the equipment, such as if a wire isn’t connected correctly and might create an electrical fire.
  • Time Management: Time management is the ability to organize and execute work in a manner that guarantees you fulfill deadlines. Electrical assemblers generally work on numerous projects at once, so they must be able to prioritize their task properly. This expertise also helps electrical assemblers keep prompt with their deliveries, which may help them maintain excellent relationships with their supervisors and clients alike.
  • Capacitor Assembly: Capacitors are electrical components that store energy. They may be used to control the flow of power and assist safeguard other electrical equipment from harm. Electrical assemblers utilize capacitors while designing electrical circuits, therefore they must understand how they operate and how to install them appropriately.
  • Wire Harnessing: Electrical assemblers employ wire-harnessing abilities to connect electrical components and gadgets. This entails employing different forms of wiring, including insulated wires, bare wires, and cables. Electrical assemblers also employ similar abilities while connecting the electrical system in a car or other vehicle.

To practice your wire harnessing abilities, you may make miniature circuits using batteries and light bulbs. You may also try constructing connections between various kinds of wires by producing short circuits.

  • Connector Assembly: Connectors are the pieces that connect electrical components. Electrical assemblers utilize connections in their job, therefore they must know how to recognize and install various kinds of connectors. For example, while installing a circuit breaker panel, an electrical assembler may need to connect cables from the power supply to the circuit breakers.
  • Cable Assembly: Electrical assemblers utilize cables to connect electrical components. They must be able to identify the suitable cable for a certain application and then cut, strip, and crimp the wires appropriately so they can connect them to the right terminals. Electrical assemblers also employ cables to make electrical panels, which are enormous structures that contain numerous electrical connections.
  • Physical Stamina: Electrical assemblers generally work long hours in an industrial atmosphere, thus physical endurance is a vital quality for this career. You may need to stand or sit at a desk for lengthy periods and carry heavy equipment or goods. Having the capacity to sustain your energy throughout the day will help you be more productive and lower the chance of damage from working with machines.
  • Circuit Board Assembly: Circuit board assembly is the process of establishing electrical circuits on a circuit board. This entails soldering components on the board and connecting them with wires. Circuit board assembly is a vital ability for electrical assemblers since it enables them to produce effective electrical devices that may be utilized in numerous sectors
  • Resistor Assembly: Resistor assembly is the process of generating resistors, which are components that control electrical currents. Electrical assemblers utilize their expertise in electrical systems to locate and construct the proper resistor for a circuit. They also utilize their soldering abilities to join the resistor to the rest of the electrical system.
  • Hand-Eye Coordination: Hand-eye coordination is the ability to utilize your hands and eyes together. Electrical assemblers need hand-eye coordination since they typically deal with tiny pieces that demand accuracy while handling them. They also need to be able to read schematics and understand how to connect wires, switches, and other electrical components appropriately.
  • Terminal Block Assembly: Terminal blocks are the electrical components that connect wires to a circuit. They’re generally composed of metal and have multiple holes where you may put screws or bolts to secure them in place. When constructing these pieces, it’s crucial to know how they operate so you can correctly connect the wires. You may also need to use equipment like screwdrivers and wrenches to tighten the bolts and secure the terminal block.
  • Transformer Assembly: Transformer assembly is the process of attaching a transformer to electrical equipment. This needs an understanding of how transformers function and how they’re linked together. You may learn about transformers by reading manuals or asking employees who have expertise with them. Transformer assembly also entails utilizing equipment like screwdrivers, wrenches, and soldering irons, therefore you should be comfortable with these instruments before applying for an electrical assembler position.
  • Electrical Wiring: Electrical wiring is the process of connecting electrical components. This talent demands attention to detail and an understanding of how various kinds of wires operate together. Electrical assemblers utilize their electrical wiring abilities while installing switches, outlets, and other electrical equipment. They also utilize these abilities while diagnosing electrical faults to determine which components are malfunctioning.
  • Problem-Solving Skills: Problem-solving abilities are important for electrical assemblers to execute their task properly and on schedule. They employ these abilities when they meet obstacles when dealing with electrical equipment, such as a circuit that doesn’t operate correctly or a wire that’s too short. Electrical assemblers also employ problem-solving abilities to address any faults that may develop in the manufacturing process.

 

Where to Work as an Electrical Assembler

Electrical assemblers operate in factories, plants, or other industrial environments. They may be forced to stand for lengthy periods and to lift and carry large goods. They may operate in loud surroundings and be exposed to fumes, dust, and other airborne contaminants. They may work shifts that include nights and weekends. Overtime work may be necessary to achieve production deadlines.

 

Electrical Assembler Salary Scale

The average electrical assembler’s income in the USA is $34,536 per year or $17.71 per hour. Entry-level occupations start at $31,200 per year while most experienced individuals earn up to $44,831 per year.

The average electrical assembler’s income in the United Kingdom is £23,256 per year or £11.93 per hour. Entry-level occupations start at £21,450 per year while most experienced professionals earn up to £29,291 per year.

The average electrical assembler’s income in Canada is $35,100 per year or $18 per hour. Entry-level occupations start at $31,200 per year, while most experienced professionals earn up to $44,509 per year.

 

The average assembler income in Ireland is € 28 763 per year or € 14.75 per hour. Entry-level occupations start at € 26 481 per year, while most experienced professionals earn up to € 29 800 per year.

The average assembler income in Australia is $57,525 per year or $29.50 per hour. Entry-level occupations start at $53,528 per year, while most experienced professionals earn up to $68,100 per year.

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