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Michigan Jobs & Career Portal
service.
Industrial Engineering Technicians, also known as production technicians, assist industrial engineers with problems dealing with the efficient use of workers, materials, machines, equipment, and information in producing goods and providing services.
JOB DUTIES
Industrial Engineering Technicians may:
Prepare charts, graphs, diagrams and written reports to show work flow, routing, use of machines, floor layouts, and material handling
Interpret engineering drawings, schematic diagrams, or formulas and confer with management or engineering staff to determine quality and reliability standards
Examine production costs and recommend modifications to existing quality or production standards
Study time, motion, methods, and speed involved in maintenance, production, and other operations to establish standard production rate and improve efficiency
Evaluate data and write reports to validate or indicate deviations from existing standards
Aid in planning work assignments in accordance with worker performance, machine capacity, production schedules, and anticipated delays
Supervise and work with production line workers
To view Industrial Engineering Technicians at work click
here
.
Tools and equipment used may include:
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* Coordinating measuring machines
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* Charts, prints, graphs, diagrams
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* Laboratory equipment
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* Engineering & scientific handbooks
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* Guages or inspection fixtures
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* Complex electronic/mechanical instruments
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* Drafting equipment
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* Cameras & recording equipment
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* Lathes
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* Forklifts
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* Computers (with Internet access)
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OCCUPATIONAL SPECIALTIES
Industrial Engineering Technicians may specialize in these areas:
012.267-010 INDUSTRIAL ENGINEERING TECHNICIANS assist industrial engineers with problems dealing with the efficient use of workers, materials, machines, equipment, and information in producing goods and providing services.
012.261-014 QUALITY CONTROL TECHNICIANS test and inspect products at different stages of production in order to maintain the quality of each product. They set up and perform various tests on the product, record the data, and make computations. Once the tests are completed, they evaluate the results and make recommendations. Quality-control technicians may specialize in design, incoming material, process control, production evaluation, inventory control, product reliability, research and development, and administrative application.
Some Industrial Engineering Technicians work as manufacturers service representatives installing and repairing machinery and equipment in the customer's establishment. Consulting with personnel in the engineering department, they adapt machinery and equipment to the needs of the customer. Service representatives also train customers to use and maintain machinery and equipment.
Industrial Engineering Technicians may work primarily in one or more areas, such as management and operations, methods planning, production planning, plant layout or design, plant safety, work measurement, quality control, cost analysis, job evaluation, information systems, computer processing, material handling, and other industrial engineering activities.
In addition to learning about these specialties, you may also find it helpful to explore the following Career Exploration Scripts:
WORKING CONDITIONS AND REQUIREMENTS
Industrial Engineering Technicians usually work with others and may work as part of a team of Engineers and other Engineering Technicians. They generally work under the supervision of an industrial engineer and may supervise skilled and production workers.
The work may range from uncomplicated, routine tasks to those which are highly complex and challenging.
Working conditions vary with the job. Some work in clean, well ventilated, modern offices, in laboratories, and in engineering research departments. Others work in factories or on actual production lines and may be exposed to fumes, noise, extreme temperatures, dust, and other plant conditions. Hazards are minimized by following safety procedures and wearing protective clothing, such as goggles, safety shoes, and ear guards.
Technicians generally work a 5-day, 40-hour week. Longer hours may be necessary at times in order to finish important projects. Travel is usually required for Technicians working in technical sales.
An Industrial Engineering Technician may, as a condition of employment, become a member of a local union. Industrial Engineering Technicians may also join professional organizations, such as
The American Society of Certified Engineering Technicians
. Members must pay periodic dues.
You Should Prefer:
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Activities of a scientific and technical nature
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Activities dealing with machinery and equipment
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Perform a variety of duties which may change often
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Use logical step-by-step procedures in your work
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Make decisions based upon accurate information
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Compare/see differences in size/shape/form of lines or other figures
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Picture objects and their space requirements
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Use mathematics quickly and accurately
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Work within precise limits or standards of accuracy
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Communicate well in speech and in writing
Math Problem You Should Be Able to Solve:
A job was timed for 60 cycles and had an average of 1.2 minutes per piece. The performance rating was 95% and allowances are 10%, based on the eight hour day. Determine observed time, normal time, and standard time.
Reading Example You Should Be Able to Read and Comprehend:
The concept outlined for a single-degree of freedom inertial navigation system can readily be implemented in three degrees of freedom by providing a multigimballed platform carrying three accelerometers with their sensitive axes arranged in an orthogonal triad, and with three gyros mounted on the platform to sense platform rotation about three axes.
Writing Example You Should Be Able to Produce:
Prepare an analysis report examining production costs.
Thinking Skill You Should Be Able to Demonstrate:
Should be able to demonstrate excellent analytical skills and be detail oriented in assessing and solving problems related to production efficiency.
Although certification is not required for employment, Industrial Engineering Technicians with an acceptable combination of education and experience may obtain certification from the
Society of Manufacturing Engineers
or
The National Institute for Certification in Engineering Technologies
. A written exam may be required.
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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) or a Bachelor's Degree (four years of study 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***
0300 AUTOMOTIVE , 0500 BUILDING TRADES , 0700 CAREERS , 0900 COMMUNICATIONS , 1000 COMPUTERS , 1200 ELECTRONICS , 1300 ENGLISH , 2200 MATH , 2300 METALS , 2900 SCIENCE , 3200 TECHNICAL DRAWING , 3300 TECHNOLOGY , 3400 WOODS
***VOCATIONAL EDUCATION PROGRAMS***
There are no Vocational Education Programs related to this Career Exploration Script.
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Students should obtain the local
Education & Training Opportunities
for information on what happens to students who successfully complete a program. This information is available at each high school or career/technical center.
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***POSTSECONDARY PROGRAMS***
082 INDUSTRIAL TECHNOLOGY
Programs in Industrial Technology provide opportunities to gain the knowledge and skills necessary for employment in the technical areas of plant layout, production planning, environmental control, quality control, job evaluation, and cost control in a factory, business, or institution. These programs also provide useful training for potential supervisors.
Courses will vary from school to school but may include:
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Technical Math & Drafting
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Metal Processing
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Blueprint Reading
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Machine Tool Laboratory
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Precision Measurements
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Electronics
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Computer Science
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Time & Motion Study
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Standards of Quality and Auditing
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Industrial Organization
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Materials & Processes of Industry
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Business & Industrial
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Manufacturing Processes
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Team Concepts and Problem Solving
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Industrial Safety Standards
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Robotics and Flexible Manufacturing
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Programs in Quality Control provide opportunities to gain the knowledge and skills necessary for employment in the areas of controlling the quality and reliability of goods and services in government and industry.
Courses vary from school to school but may include:
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Introduction to Quality Control
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Control Methods
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Managerial Techniques
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Probability and Statistics
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Control Charts
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Sampling Procedures
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Basic Reliability
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Experiment Design
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Search for a College and/or Instructional Program
***APPRENTICESHIP OPPORTUNITIES***
040 QUALITY CONTROL INSPECTOR
Many 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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Shop Rules & Regulations
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Learn to Diagnose Operator Error
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Learn Various Lab Analysis
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Learn to Diagnose Quality Problems
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Learn Metal Characteristics
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Learn to Diagnose Machine Malfunctions
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Learn Paint Characteristics
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Learn the Quality System in the Plant
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Learn to Assess Shop Quality
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Evaluate Paint Quality Problems
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Evaluate Metal Quality Problems
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Learn Use of Customer Gages/Checking Fixtures
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Procedures that can be Performed for Metal/Paint
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Systems for Conformance to Customer Requirements
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Gather Data/Analyze for Variable/Attribute Studies
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Become Familiar with various Auto Industry Quality Systems
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Read/Use Blueprints to Determine Variations from Specifications
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WHAT IS LEARNED IN THE CLASSROOM
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Algebra and Geometry
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Apprentice Math and Drawing
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Industrial Materials
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Physics
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Metals and Alloys
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Machining
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041 QUALITY CONTROL TECHNICIAN
Many 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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Learn Record Maintenance
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Learn Quality Assurance
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Supervise Line Inspections
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Learn Inspection Procedures
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Record & Evaluate Test Data
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Use Standard Measuring Equipment
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Calibrate Inspection Equipment
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Take Dimensions & Record Measurements
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Learn Testing Procedures
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Attend Quality Control Production Meetings
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Determine Appropriate Inspection Techniques
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Familiarization with Basic Machining Capabilities
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Determine what Results and Accuracy can be Expected
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Learn Specifications/Engineering Drawings/Schematics
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Learn Related Documents for Blueprint Reading/Manuals/Service Bulletins
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WHAT IS LEARNED IN THE CLASSROOM
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Drafting
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Welding Theory & Operations
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Shop Math
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Machine Trades Print Reading
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Technical Programming
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Statistics & Quality Control
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Industrial Shop Safety
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Machining Theory & Operations
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Managing with Statistics
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Algebra, Geometry,& Trigonometry
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Heat Treatment of Metals
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True Position Geometric Tolerencing
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Characteristics of Metals
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Fundamentals of Hydraulics/Pneumatics
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***MILITARY TRAINING PROGRAMS***
There are no Military Programs related to this Career Exploration Script.
E-Learning Courses and Programs
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OPPORTUNITIES FOR EXPERIENCE AND METHODS OF ENTRY
Some of the ways to gain experience in this occupation include summer or part-time work with manufacturing firms, research labs, or construction projects where you might observe conditions under which these Technicians work. Postsecondary programs in industrial technology or quality control may offer co-op or internship opportunities.
School-to-Work opportunities include:
informal apprenticeships
mentorships
job shadowing experiences
touring a local Industrial Engineering Technician employer
internships
volunteer work with a Industrial Engineering Technician employer
community service work with an agency
Industrial Engineering Technicians locate jobs through direct application to employers or by taking civil service examinations to obtain positions with government agencies. Assistance may be available from placement offices of colleges and technical schools, local offices of Michigan Works!, and reading newspaper want ads. In addition, you should access and search the Internet's on-line employment services sites such as:
Institute of Industrial Engineer's Career Center
Society of Manufacturing Engineers
NSPE Job Board
Engineer Jobs
Building Industry Exchange
Michigan Jobs & Career Portal
simplyhired.com
Indeed | one search. all jobs.
MONSTER.COM
Yahoo! hotjobs
Career Builder
Michigan Talent Bank
Michigan Works!
You should also enter an electronic resume on these on-line services.
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EARNINGS AND ADVANCEMENT
Earnings of Industrial Engineering Technicians depend on their level of education, specialties, abilities, and work experience as well as size, type, and geographic location of the company.
Nationally, in mid 2008, Industrial Engineering Technicians in private industry earned an average annual salary of $53,000. Technicians who performed routine standard tasks earned $42,800. Intermediate level Technicians earned $55,700 per year. Those with several years of experience performing non-routine and complex assignments earned $72,100 or more (mid 2008). The median yearly earnings of "all" workers in the U.S. were $36,140 in 2007.
In the federal government, inexperienced Technicians with a high school diploma (2008) started at $17,046 a year. Technicians with an associate's degree began at $20,911. Those with a bachelor's degree began at $26,264 or $32,534 depending on their academic records and qualifying test scores. The salaries of these federal government workers may be higher in some urban areas.
In the Great Lakes States, which includes Michigan,
Industrial Engineering Technicians
earned an average annual salary of $46,400 (mid 2008). Industrial Engineering Technicians had annual earnings from $43,800 to $51,600 per year.
Depending on the employer, fringe benefits usually include health, life, accident, and disability insurance; paid vacations and holidays; sick leave; retirement plans; profit-sharing plans; and savings or stock investment plans. Some employers also pay for the cost of additional education and provide planned recreational programs.
Newly hired Industrial Engineering Technicians usually work under the close supervision of an experienced industrial engineer. As they gain experience, they are given more responsible assignments and work under very general supervision.
Experience, education, and job performance are the most important factors in advancement. Experienced Technicians may become supervisors. Some Technicians may also qualify for jobs in other areas such as industrial safety, job analysis, or production supervision. With additional education and training, some workers advance to professional scientific or engineering positions.
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EMPLOYMENT AND OUTLOOK
Nationally, about 74,900 Industrial Engineering Technicians were employed in 2006. Employment of Industrial Engineering Technicians is expected to grow about as fast as the average for all occupations through the year 2016. The industry distribution for Industrial Engineering 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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20.1
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336000
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Transportation equipment manufacturing
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18.0
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541000
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Professional, scientific, and technical services
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8.9
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333000
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Machinery manufacturing
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8.6
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325000
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Chemical manufacturing
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5.0
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510000
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Information
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4.9
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560000
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Administrative and support and waste management and remediation services
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4.2
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339000
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Miscellaneous manufacturing
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3.3
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332000
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Fabricated metal product manufacturing
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2.9
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321000
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Wood product manufacturing
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2.3
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337000
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Furniture and related product manufacturing
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2.3
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335000
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Electrical equipment, appliance, and component manufacturing
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2.2
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551100
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Management of companies and enterprises
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2.0
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326000
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Plastics and rubber products manufacturing
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2.0
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990000
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Government
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1.9
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420000
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Wholesale trade
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1.8
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--
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Others
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9.6
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To find employers, click
Employer/Business Locator.
Technicians will be needed because of industrial expansion, greater complexity of operations, and emphasis on scientific management to reduce costs, improve quality, and increase productivity. Employment opportunities for Industrial/Engineering Technicians may occur in production, maintenance, technical sales, installation, and service jobs. However, the growing availability and use of advanced technologies, such as computer-aided design and drafting and computer simulation, is expected to curtail some employment growth for engineering technicians.
There were about 5,950 Industrial Engineering Technicians employed in Michigan. Most worked in urban areas. They worked for manufacturing firms, wholesale and retail firms, engineering firms, government agencies, trucking and warehousing businesses, and mining companies. Nearly half of the Industrial Engineering Technicians employed in manufacturing worked for auto, truck, and other transportation equipment companies.
The employment of Industrial Engineering Technicians is expected to grow about as fast as the average for all occupations through the year 2014. An average of 180 annual openings is expected, with 50 due to growth and 130 due to replacement of those who retire or leave the labor force. Additional openings will occur as workers change jobs or occupations. Opportunities are best for highly experienced Industrial Engineering Technicians.
MICHIGAN'S EMPLOYMENT OUTLOOK TO 2014
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EMPLOYMENT
REGION
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NUMBER
EMPLOYED
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PERCENT
GROWTH
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PROJECTED
YEARLY JOB
OPENINGS
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MICHIGAN - State-wide
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5,950
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8.8
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180
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Ann Arbor Area
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280
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16.3
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11
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Battle Creek Area
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165
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14.4
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6
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Central Michigan
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85
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-9.6
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2
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Detroit Area
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3,560
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6.7
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98
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East Central Michigan
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30
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9.4
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1
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Grand Rapids Area
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780
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16.6
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29
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Jackson Area
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220
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9.1
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7
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Lansing MSA
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45
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32.6
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3
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Muskegon Area
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95
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14.0
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3
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Northwest Lower Peninsula
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40
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14.3
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2
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Saginaw Area
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85
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10.8
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3
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Thumb Area
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170
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3.5
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4
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Upper Peninsula
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35
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18.2
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1
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*NOTE: Areas may not add up to state-wide total due to rounding, sampling or statistical errors, and/or confidentiality issues.
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SOURCES OF ADDITIONAL INFORMATION
Printed Occupational information is available upon written request from the sources below.
Copyright © 2009 Michigan Department of Energy, Labor & Economic Growth
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