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A
Michigan Jobs & Career Portal
service.
Electrical and Electronics Technicians, also known as Electrical and Electronic Engineering Technicians, apply electrical and electronic theory and related subjects to help develop, manufacture, maintain, and service a wide variety of electrical and electronic equipment and components.
JOB DUTIES
Electrical Technicians may:
Build, test, repair, and modify electrical equipment and components
Diagnose the cause of malfunctions, perform preventive and corrective procedures, and conduct periodic tests
Suggest changes in or replacement of equipment which fails to meet operating standards
Prepare project cost and work-time estimates
Electronics Technicians may:
Discuss assembly and layout problems with electronic engineers
Draw sketches to clarify design details and functional criteria of electronic units
Assemble circuitry or complete prototype models according to engineering instructions, technical manuals and knowledge of electronics
Recommend changes in circuitry or specifications
Set up test equipment and wiring to conduct tests on the performance and reliability of products and equipment
Analyze and interpret test results
Adjust and modify parts and wiring and record effects on unit performance
Write technical reports and draw charts and diagrams that show how the system operates for consideration by professional engineering personnel
Click to learn more about Electrical and Electronics Technicians!
The machines, tools, equipment, and work aids used may include:
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* Assembly machines
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* Circuit testers
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* Component-inserting machines
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* Jigs and gages
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* Computers and switch panels
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* Blueprints and specifications
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* Computer aided design (CAD) software
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* Analytical/scientific software
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* Electronic measuring probes
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* Voltage probes
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* Transformers and generators
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* Oscilloscopes and multimeters
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* Ohmmeters and voltmeters
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* Soldering guns and hand tools
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* Automatic-testing machines
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* Motor-control devices
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* Diagnostic test programs
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* Assembly and repair manuals
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* Performing machines
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* Schematic diagrams
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OCCUPATIONAL SPECIALTIES
Electrical and Electronics Technicians may specialize in these areas:
003.161-010
ELECTRICAL TECHNICIANS assemble, maintain, and test electrical equipment and components such as motor-controlled devices, switch panels, transformers, generator windings, and solenoids. They diagnose the cause of malfunctions, perform preventive and corrective procedures, and conduct periodic tests. They may suggest changes in or replacement of equipment which fails to meet operating standards. Electrical Technicians may work primarily in the distribution and supply of electrical power or in the design and manufacture of electrical equipment.
003.161-014
ELECTRONICS TECHNICIANS build, test, repair, and modify electronic equipment such as computers, communications equipment, industrial and medical measuring and control devices, and radar.
003.161-018
SEMICONDUCTOR-DEVELOPMENT TECHNICIANS test developmental semiconductor devices and evaluate test equipment to compile data for engineering evaluation of new designs.
003.261-010
INSTRUMENTATION TECHNICIANS create, set up, and operate electronic instrumentation and related apparatus used to test mechanical, structural, or electrical equipment. These Technicians then translate the test data for use by engineers.
019.281-010
CALIBRATION LABORATORY TECHNICIANS test, determine the caliber of, and repair electrical, mechanical, and electronic instruments in order to meet established standards. They also assist engineers in developing calibration standards.
Electrical and Electronics Technicians may also work as sales workers or field representatives for manufacturers, wholesalers, or retailers giving advice on the installation, operation, and maintenance of complex equipment and may write specifications and technical manuals.
In addition to learning about these specialties, you may also find it helpful to explore the following Career Exploration scripts:
WORKING CONDITIONS AND REQUIREMENTS
Electrical and Electronics Technicians usually work with employees at all levels, including engineers, supervisors, managers, and skilled trade workers. They generally work under the supervision of experienced engineers. Technicians may instruct and supervise skilled workers and lower grade technical personnel.
Some Electrical and Electronics Technicians work in clean, well lighted, quiet offices, laboratories, and studios. Others may work in factories and are exposed to factory hazards. A few work outdoors and may be exposed to severe weather conditions. Other hazards such as electric shocks and burns from soldering irons are present but are not major problems when safety regulations are followed.
Electrical and Electronics Technicians usually work a 5-day, 40-hour week. Longer hours may be necessary at times when important projects have to be finished. Technicians may have to travel occasionally in order to test and service equipment. Electronics Technicians may be required to purchase their own hand tools at a cost of $200 or more.
Electrical and Electronics Technicians may join professional associations, such as The
American Society of Certified Engineering Technicians
, or unions, such as The
International Brotherhood of Electrical Workers
. Members must pay dues.
You Should Prefer:
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Working with electronic/electrical/scientific/technical equipment
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Solving problems about processes, machines, and techniques
You Should Be Able To:
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Work within set limits and standards
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Use good judgment
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Express yourself well orally and in writing
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Apply mathematics quickly/accurately in solving circuit malfunctions
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Picture objects from drawings or diagrams
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Compare/see differences in the size/shape/form of lines/other figures
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Rate information according to standards which can be measured/checked
Math Problem You Should Be Able To Solve:
If given a parallel electrical circuit containing 55, 75 and 125 ohm resistors connected by series, what is the total equivalent resistance in the whole circuit?
Reading Example You Should Be Able to Read and Comprehend:
A battery supplies direct current (dc). That is, the polarity of the voltage does not change. Generators can produce either direct current or alternating current.
Writing Example You Should Be Able to Produce:
Create an accurate written report of your work and discoveries for your boss.
Thinking Skill You Should Be Able to Demonstrate:
An electric circuit is malfunctioning. You have to analyze the symptoms and use good problem solving skills to find a cure.
Although not required for employment, certification is available to Technicians with acceptable education and experience. Passing a written exam may be required for certification. Both the
National Institute for the Certification of Engineering Technologies
and the
Society of Manufacturing Engineers
offer certification. To work for the Federal Aviation Administration (FAA), an Electronics Technician must pass an examination for certification from the agency.
EDUCATION AND PREPARATION OPPORTUNITIES
NOTE: On-The-Job Training provided by the employer or a Certificate (program of up to one year of study beyond high school) or an Associate Degree (two years of study beyond high school) or an Apprenticeship (usually three to four years of training beyond high school) may qualify a person for this occupation.
The following education and preparation opportunities are helpful in preparing for occupations in this Career Exploration script:
***SCHOOL SUBJECTS***
0500 BUILDING TRADES , 0700 CAREERS , 0900 COMMUNICATIONS , 1000 COMPUTERS , 1200 ELECTRONICS , 1300 ENGLISH , 2200 MATH, 2900 SCIENCE , 3200 TECHNICAL DRAWING , 3300 TECHNOLOGY
***VOCATIONAL EDUCATION PROGRAMS***
There are no Vocational Education Programs related to this Career Exploration script.
***POSTSECONDARY PROGRAMS***
052
ELECTRICAL & ELECTRONICS TECHNICIAN
Programs in Electrical and Electronics Technology provide opportunities to gain the knowledge and skills necessary for employment servicing electrical and electronics systems, appliances, and motors. Individuals who teach Electrical and Electronics Technology at the secondary school level must have a
Michigan Teaching Certificate
.
Courses within this program will vary but may include:
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Technical Math & English
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Electronic Equipment Circuitry
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Applied Physics
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Solid State Circuitry
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Basic Electricity/Electronics
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Industrial Electricity/Electronics
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Basic Transistors
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Wiring & Electromechanical Devices
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Electronics Drafting
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Logic Elements & Circuits
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20
ROBOTICS TECHNOLOGY
Programs in Robotics Technology provide opportunities to gain the knowledge and skills necessary for employment in the design, manufacture, testing, installation, operation, and maintenance of robots, robotic systems, and related devices, tools, and mechanical, hydraulic, and pneumatic equipment. Individuals who teach Robotics Technology at the secondary school level must have a
Michigan Teaching Certificate
.
Courses vary from school to school but may include:
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Introduction to Robotics Tech.
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Robotic Applications
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Basic & Advanced Hydraulics
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Mechanical Drives & Linkages
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Basic & Advanced Pneumatics
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Electro-Mechanical Instrumentation
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Basic & Advanced Electronics
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Computers & Microprocessors
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Basic & Advanced Elect Circuits
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Robotic Systems & Controllers
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Electro-Mechanical Servicing
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Blueprint Reading
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Automatic Lubrication Systems
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Geometry
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Search for a College and/or Instructional Program
***APPRENTICESHIP OPPORTUNITIES***
018
ELECTRONICS TECHNICIAN
Some people enter occupations within this Career Exploration script through an apprenticeship program. An apprenticeship program is a formal program that takes 3 - 5 years to complete with most of the time spent on the job.
WHAT IS LEARNED ON THE JOB
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Align and Adjust Circuits
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Trouble Shooting
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Test Equipment
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System Test Adjustment
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Diagnose Trouble Using Standard
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Visual Inspection of Wiring
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Electronic Test Equipment
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Soldering and Wire Fabrication
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Test and Inspect Electronic Components
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Set up and Operate Equipment in a Laboratory
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Use Electronic Equipment Such As Voltmeters, Ohmmeters, and Transistor Testers
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WHAT IS LEARNED IN THE CLASSROOM
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Algebra
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Trigonometry
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Fundamentals of T.V.
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Operate Different
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Design Circuits
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Types of Testing Equipment
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Radio Theory
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Electricity Theory
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Principles of Engineering
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Safety Practices
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Read Blueprints and Schematics
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***MILITARY TRAINING PROGRAMS***
There are no Military Programs related to this Career Exploration script.
E-Learning Courses and Programs
OPPORTUNITIES FOR EXPERIENCE AND METHODS OF ENTRY
Some of the ways to gain experience in this occupation are through a formal apprenticeship program, and a postsecondary program in electrical and electronics technology or in robotics technology. Cooperative education programs in electrical and electronics technology are offered by various departments and agencies of the federal government.
Electrical and Electronics Technicians may locate their jobs through applying directly to employers, taking civil service examinations and completing an apprenticeship program. Assistance is available from school placement offices and from apprenticeship information specialists at local offices of the
Michigan Works! Agencies
. Newspaper want ads may list available positions. In addition, you should access and search the Internet's on-line employment services sites such as:
Electronics Technicians Association Job Search
Institute of Electrical and Electronics Engineers Careers
Internet Engineering Center
Michigan Jobs & Career Portal
Monster Jobs
CareerBuilder
Simply Hired
Indeed | one search. all jobs.
Yahoo! hotjobs
Michigan Talent Bank
You should also enter an electronic resume on these on-line services.
EARNINGS AND ADVANCEMENT
Earnings of Electrical and Electronics Technicians depend on their experience, education, ability and technical specialty. Other factors which affect earnings are the type of employer and the employer's geographic location.
Nationally, the annual earnings (early 2009) of Electrical and Electronics Technicians were:
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Job Title
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Weighted Average
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Middle Range
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Electronics Technician
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$50,500
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$42,800 - $54,600
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Electrical Engineering Technician
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$48,300
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$44,800 - $60,300
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The median yearly earnings of "all" workers in the U.S. were $37,544 in 2008.
In the federal government, Technicians with a high school diploma and no experience started at $19,721 annually (2009). Those with an associate degree and no experience started at $24,156. With a bachelor's degree, they started at $27,026 or $33,477 depending on their academic record. Some earned more than $49,544 annually. The salaries of these federal government workers may be higher in some urban areas.
Private employers paid Electronics Technicians in Michigan (late 2008):
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Area
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Average
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Middle Range
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Ann Arbor
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$60,736
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--
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Detroit
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$77,541
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$72,420 - $85,828
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Electrical and Electronics Technicians employed by government agencies in Michigan earned the following annual salaries (early 2009):
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Employer
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Salary Range
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City of Detroit
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$39,021 - $43,742
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Oakland County
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$37,061 - $45,510
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State of Michigan
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$40,486 - $64,477
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Wayne County
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$39,550 - $57,933
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Benefits usually include paid vacations and holidays, life and health insurance, and retirement plans. Some employers also pay for the cost of additional education and offer savings or stock investment plans. Benefits are usually paid for, at least in part, by employers.
Electrical and Electronics Technicians usually start as trainees or apprentices. With training and experience, they are given additional responsibilities. Some may become supervisors. With additional college education, some Technicians advance to professional positions of engineer or scientist.
EMPLOYMENT AND OUTLOOK
In 2006, about 170,400 Electrical and Electronics Technicians were employed nationally. Employment is expected to grow more slowly than the average for all occupations through the year 2016.
The industry distribution for Electrical and Electronic Technicians looked like this:
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NAICS Code
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NAICS Industry Title
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% Employed
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334000
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Computer and electronic product manufacturing
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24.8
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541000
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Professional, scientific, and technical services
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15.3
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990000
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Government
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12.5
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910000
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Federal government
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9.5
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517000
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Telecommunications
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7.9
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561300
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Employment services
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6.6
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423000
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Merchant wholesalers, durable goods
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6.4
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491100
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Postal service
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4.3
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221100
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Electric power generation, transmission and distribution
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4.2
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611000
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Educational services, public and private
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1.3
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--
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Others
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7.2
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To find employers, click
Employer/Business Locator.
Opportunities will be best for graduates of 2-year postsecondary school technician programs. Since many jobs for Electrical and Electronics Technicians are defense related, cutbacks in defense spending could result in layoffs in defense-related industries.
There are about 4,250 Electrical and Electronics Technicians employed in Michigan. Most worked in urban areas. They were employed by wholesale distributors of electrical machinery, equipment, and supplies, as well as by manufacturers of electrical and electronic equipment, components, and consumer products; transportation equipment; primary or fabricated metal products, machinery, and scientific instruments. Most of the others performed various maintenance or repair services for businesses and contracting companies.
Employment of Electrical and Electronics Technicians in Michigan is expected to increase about as fast as the average for all occupations through the year 2016. An average of 115 yearly openings is expected, with 30 due to growth and 85 to replacement of those who retire, die, or leave the labor force for other reasons. More openings will occur as workers change jobs or occupations.
Growth in the employment of these Technicians is expected because of greater use of electrical power, the need for more technicians to assist the growing number of scientists and engineers, the increase in electronic automation, and the growth of such fields as environmental cleanup and energy production.
MICHIGAN
'S EMPLOY
MENT OUTLOOK TO 2016
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2006
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2006-2016
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PROJECTED
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EMPLOYMENT
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NUMBER
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PERCENT
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YEARLY JOB
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REGION
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EMPLOYED
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GROWTH
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OPENINGS
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Michigan - State-wide
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4,250
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7.4
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115
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Ann Arbor Area
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110
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4.5
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3
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Battle Creek Area
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15
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0.0
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0
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Benton Harbor Area
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40
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-4.9
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1
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Central Michigan
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60
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5.2
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1
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Detroit Area
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2,450
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10.2
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73
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Flint Area
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45
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9.1
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1
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Grand Rapids Area
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710
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6.2
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18
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Jackson Area
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215
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-3.7
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4
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Kalamazoo Area
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140
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9.4
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4
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Lansing MSA
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100
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3.0
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2
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Muskegon Area
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55
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5.7
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1
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NorthEast Lower Peninsula
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35
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9.1
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1
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NorthWest Lower Peninsula
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50
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4.1
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1
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Saginaw Area
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190
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6.9
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5
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Upper Peninsula
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45
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0.0
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1
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Note: Areas may not add up to state-wide total due to rounding, sampling, statistical error or omission due to confidentiality issues.
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SOURCES OF ADDITIONAL
INFORMATION
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U.S. Department of Labor
Bureau of Apprenticeship
and Training
State Director's Office
315 W. Allegan - Room 209
Lansing, MI 48933
(
517) 377-1746
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Federal Aviation Administration U.S. Department of Transportation
800 Independence Ave., SW
Washington, DC 20591
(866) 835-5322
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Electronics Technicians
Association, International
5 Depot Street
Greencastle, IN 46135
(800) 288-3824
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International Society of Certified Electronics
Technicians
3608 Pershing Ave.
Fort Worth, TX 76107-4527
(817) 921-9101 or (800) 946-0201
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International Brotherhood
of Electrical Workers
900 Seventh Street, N.W.
Washington, DC 20001
(
202) 833-7000
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Society of Manufacturing Engineers
One SME Drive
P.O. Box 930
Dearborn, MI 48121
(
313) 271-1500 or (800) 733-4763
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American Society of Certified Engineering Technicians
P.O. Box 1536 Brandon, MS 39043 (601) 824-8991
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National Institute for Certification in Engineering Technologies
1420 King Street Alexandria, VA 22314-2794 (888) IS-NICET
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Federal, State and Local Civil Service Offices
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School/College Placement Offices
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Copyright © 2009 Michigan Department of Energy, Labor & Economic Growth
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