Industrial Engineering Technologists and Technicians
SOC Code: 17-3026.00
Architecture & EngineeringIndustrial Engineering Technologists and Technicians apply engineering theory and principles to solve problems related to industrial layout, manufacturing production, and process efficiency, earning a median salary of $64,790 per year. They work alongside industrial engineers to implement solutions that streamline operations and reduce waste. This hands-on technical role is essential in manufacturing, logistics, and production environments across virtually every industry.
Salary Overview
Median
$64,790
25th Percentile
$53,230
75th Percentile
$79,040
90th Percentile
$97,670
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+1.7%
New Openings
6,300
Outlook
Slower than average
Key Skills
Knowledge Areas
What They Do
- Study time, motion, methods, or speed involved in maintenance, production, or other operations to establish standard production rate or improve efficiency.
- Read worker logs, product processing sheets, or specification sheets to verify that records adhere to quality assurance specifications.
- Verify that equipment is being operated and maintained according to quality assurance standards by observing worker performance.
- Test selected products at specified stages in the production process for performance characteristics or adherence to specifications.
- Compile and evaluate statistical data to determine and maintain quality and reliability of products.
- Aid in planning work assignments in accordance with worker performance, machine capacity, production schedules, or anticipated delays.
- Evaluate industrial operations for compliance with permits or regulations related to the generation, storage, treatment, transportation, or disposal of hazardous materials or waste.
- Adhere to all applicable regulations, policies, and procedures for health, safety, and environmental compliance.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: Postsecondary Nondegree Award
Related Careers
Top Career Pivot Targets
View all 33 →Careers with the highest skill compatibility from Industrial Engineering Technologists and Technicians.
A Day in the Life
A typical day begins with reviewing production data and workflow reports to identify bottlenecks or inefficiencies on the factory floor. Industrial Engineering Technicians spend considerable time on the production floor, conducting time and motion studies to measure worker productivity and process efficiency. They use stopwatches, video analysis, and digital tools to document each step of manufacturing processes. Mid-morning might involve updating CAD layouts for workstation redesigns or creating process flow diagrams. They frequently collaborate with production supervisors to discuss proposed changes and gather feedback from line workers. Afternoons often include compiling data into reports, calculating cost savings from proposed improvements, and presenting findings to engineering teams. They may also calibrate equipment, test new tooling setups, or verify that quality control standards are being met. Some days involve training production staff on new procedures or equipment configurations that result from efficiency studies.
Work Environment
Industrial Engineering Technicians work in a hybrid environment that combines office work with significant time on manufacturing floors and production facilities. On the shop floor, they must wear appropriate personal protective equipment including safety glasses, steel-toed boots, and hearing protection depending on the facility. The office component involves working with computers for data analysis, CAD software, and report writing in climate-controlled environments. Noise levels can be high in manufacturing settings, and technicians may be exposed to industrial chemicals, dust, or temperature extremes. Most positions require standard 40-hour weeks, though shift work may be necessary to study operations during different production runs. The role involves considerable walking and standing during production floor observations and facility audits. Some positions require travel to different plant locations, particularly for technicians working in consulting or multi-site corporations. The work pace varies between intense data collection periods and more relaxed analysis and reporting phases.
Career Path & Advancement
Entry into this field typically requires an associate's degree in industrial engineering technology, manufacturing technology, or a related technical discipline, though some positions accept candidates with relevant vocational training. Many community colleges and technical schools offer two-year programs that combine classroom instruction with hands-on laboratory work. Graduates typically start as junior technicians, assisting senior staff with data collection, time studies, and basic process documentation. After two to three years, technicians take on independent projects and may begin specializing in areas like quality control, ergonomics, or lean manufacturing. With additional education or a bachelor's degree in industrial engineering technology, advancement to technologist-level positions is common. Senior technologists may supervise teams of technicians and manage larger process improvement projects. Some professionals pursue certifications like Six Sigma Green Belt or Certified Manufacturing Technologist to enhance their credentials. Long-term career growth can lead to industrial engineering roles, production management, or operations consulting.
Specializations
Quality control and assurance is one of the most common specializations, where technicians focus on statistical process control, inspection methods, and defect analysis. Lean manufacturing specialists concentrate on eliminating waste through techniques like value stream mapping, 5S methodology, and kaizen events. Ergonomics specialists study workplace design to reduce worker fatigue and injury, optimizing workstation layouts and tool designs for human factors. Some technicians specialize in automation and robotics integration, helping to design and implement automated production lines. Supply chain optimization is a growing subspecialty, applying industrial engineering principles to warehouse layout and logistics operations. Time and motion study specialists become experts in work measurement, establishing labor standards that drive staffing decisions and cost estimates. Safety engineering technicians focus on identifying workplace hazards and implementing engineering controls to prevent accidents. Packaging engineering is another niche, where technicians optimize packaging design for efficiency, cost, and product protection.
Pros & Cons
Advantages
- ✓Accessible entry point requiring only an associate's degree rather than a four-year engineering program
- ✓Tangible impact as efficiency improvements directly translate to measurable cost savings
- ✓Diverse work combining office analysis with hands-on production floor activities
- ✓Applicable across virtually every manufacturing industry providing career flexibility
- ✓Clear advancement path to senior technologist, engineer, or management positions
- ✓Problem-solving focused role with ongoing intellectual challenges
- ✓Stable demand driven by continuous need for manufacturing optimization
Challenges
- ✗Exposure to noise, chemicals, and physical hazards in manufacturing environments
- ✗Salary ceiling lower than degreed industrial engineers performing similar work
- ✗Recommendations for changes may encounter resistance from production workers and supervisors
- ✗Repetitive aspects of time studies and data collection can become monotonous
- ✗May require shift work or irregular hours to observe all production cycles
- ✗Career advancement beyond a certain level often requires additional formal education
- ✗Job availability concentrated in regions with significant manufacturing presence
Industry Insight
The demand for Industrial Engineering Technologists and Technicians remains stable, driven by the ongoing need for manufacturing efficiency and cost reduction across industries. Industry 4.0 and the integration of IoT sensors, data analytics, and smart manufacturing are transforming the role, requiring technicians to develop new digital skills. Reshoring of manufacturing to North America has increased demand for process optimization expertise as companies establish or expand domestic production facilities. The push for sustainable manufacturing practices is creating new opportunities for technicians who can identify waste reduction and energy efficiency improvements. Automation anxiety exists in the field, but technicians who embrace technology and develop skills in robotics programming and automated systems integration remain highly employable. The aging workforce in manufacturing is creating openings as experienced technicians retire, particularly in traditional industries like automotive and aerospace. Salary growth has been modest but steady, with the best compensation packages found in aerospace, pharmaceutical, and semiconductor manufacturing sectors.
How to Break Into This Career
The most direct path into this career is completing an associate's degree program in industrial engineering technology at a community college or technical school. Many programs include cooperative education components or internships with local manufacturers that can lead directly to employment. Developing proficiency in CAD software, Microsoft Excel, and basic statistical analysis tools is essential for entry-level competitiveness. Manufacturing experience in any capacity—even as a production line worker—provides valuable context for understanding the processes you will later optimize. Pursuing lean manufacturing or Six Sigma certifications demonstrates initiative and provides practical methodology knowledge that employers value. Joining student chapters of professional organizations like the Institute of Industrial and Systems Engineers creates networking opportunities. Military veterans with technical training in logistics or maintenance often transition successfully into this field. Starting in a quality inspection role at a manufacturing facility can serve as a stepping stone, as it provides exposure to the production environment and measurement techniques central to the technician role.
Career Pivot Tips
Manufacturing professionals already working on production floors have the most natural transition path, as they understand the processes they would be studying and improving. Quality inspectors and control specialists possess measurement and statistical analysis skills that directly transfer to efficiency studies and process improvement work. Military logistics and maintenance personnel bring systematic troubleshooting abilities and familiarity with standardized procedures that align well with industrial engineering methodology. Data analysts can leverage their quantitative skills, particularly in Excel and statistical software, needing mainly to develop manufacturing domain knowledge. Mechanical technicians and maintenance workers understand equipment operations intimately, giving them an advantage in identifying process bottlenecks and improvement opportunities. Project coordinators from any industry bring organizational and communication skills valuable for managing improvement initiatives. To facilitate a career pivot, consider earning a lean manufacturing or Six Sigma certification as a first step, then seek roles that bridge your current expertise with industrial engineering functions. Volunteering for process improvement teams or efficiency committees at your current workplace builds relevant experience without requiring a job change.
Explore Career Pivots
See how Industrial Engineering Technologists and Technicians compares to other careers and find your best pivot opportunities.
Find Pivots from Industrial Engineering Technologists and Technicians