A Strategic Case for a
Metrology and Calibration Technology Program
Executive Brief
Program Concept
The Metrology and Calibration Technology Technical Degree program will equip students with the skills to ensure the accuracy, reliability, and safety of measurement instruments across industries. Aligned with U.S. Bureau of Labor Statistics SOC code 17-3028 and CIP code 15.0303, the program will prepare graduates for careers in aerospace, manufacturing, energy, defense, medical technology, and more.
- First-in-class program and among the few in the nation
- Incorporates OSHA safety training, ISO/IEC 17025 compliance, and NIST GUM uncertainty analysis
- Prepares students for ASQ Certified Calibration Technician (CCT) certification
- Hands-on training with industry-grade calibration equipment, tools, and software
- Direct partnerships with OEM suppliers/employers for equipment donations, technical expertise, and internships
Economic Impact
This program addresses a critical workforce shortage in calibration and metrology, with demand spanning multiple high-wage, high-demand sectors. By producing job-ready graduates, State Tech will support Missouri’s advanced manufacturing base, strengthen national security-critical industries, and attract new business investment.
- Fills skill gap in a nationally recognized shortage occupation
- Supports quality and compliance in regulated industries
- Expands Missouri’s reputation as a leader in technical workforce training
- Generates high-wage job opportunities for Missourians
Workforce Benefits
Graduates will be trained to calibrate, maintain, and certify precision measurement equipment used in Missouri’s key industries. Skills are transferable across sectors, ensuring long-term career flexibility and growth.
- Career pathways in aerospace, defense, energy, manufacturing, and healthcare
- Directly complements existing State Tech programs (e.g., Aviation Maintenance, Biomedical Engineering, Electrical Technology, Precision Machining)
- Enhances employability with stackable skills supporting interdisciplinary technical roles
By launching this program, Missouri will solidify its leadership in precision measurement science, address a critical workforce gap, and deliver lasting economic and community benefits.
Introduction
As part of our institution’s ongoing commitment to excellence in workforce development and community advancement, this proposal presents a forward-thinking vision for establishing a Metrology and Calibration Technology Technical Degree program. Developed in response to a comprehensive review of emerging industry demands and educational priorities, the program is intentionally aligned with U.S. Bureau of Labor Statistics occupation code 17-3028 and CIP code 15.0303, ensuring regulatory relevance and national reporting compatibility.
Metrology—the science of measurement—and the discipline of calibration are the unsung pillars of every precision-driven industry, from aerospace and energy to healthcare, advanced manufacturing, and beyond. This program reflects a vital mission: to prepare students with cutting-edge, standards-based, and industry-validated skills that are in high demand across sectors critical to economic progress and public safety.
More than a degree pathway, this initiative is a strategic investment in people and potential—equipping the next generation of Metrologists with the tools, knowledge, and confidence to safeguard quality, ensure compliance, and drive innovation at all levels. It affirms our role not just as an educational provider, but as a community anchor and national contributor, dedicated to delivering accessible, high-impact technical training that changes lives, sustains industries, and secures America’s leadership in precision and reliability.
Program Overview
Metrology is the science of measurement, while calibration ensures instrument accuracy. Technicians in this field test, verify, and adjust instruments used in manufacturing, diagnostics, maintenance, and compliance. The discipline supports sectors such as aerospace, automotive, medical, energy, defense, semiconductor, and pharmaceutical.
The Metrology and Calibration Technology program prepares students for high-demand careers in precision measurement, calibration, and quality assurance. This two-year program equips graduates with hands-on experience in electrical, mechanical, dimensional, pressure, thermal, force, mass, and DC/low-frequency calibration techniques. The program emphasizes industry standards, including ISO/IEC 17025:2017 and measurement uncertainty based on the NIST Guide to the Expression of Uncertainty in Measurement (GUM).
Metrology and Calibration: A Cross-Disciplinary Foundation
Metrology is the scientific discipline of measurement, and calibration is the practical application that ensures the accuracy of every tool and instrument used in manufacturing, diagnostics, maintenance, and inspection. This field intersects with virtually every technical program currently offered:
- In biomedical engineering and aviation maintenance, regulatory compliance hinges on precise instrumentation validated by trained calibration personnel.
- In automation, robotics, and electrical technology, multimeters, sensors, and process instruments require routine calibration.
- In precision machining and welding, dimensional inspection tools (e.g., calipers, micrometers, CMMs) must meet tight tolerances traceable to SI Units through NIST.
- In HVAC and facilities maintenance, accurate voltage, current wattage, temperature, and pressure measurements are essential.
By integrating a Metrology and Calibration Technology program, you can strengthen the measurement backbone that supports the reliability and safety of all applied technologies across your curriculum.
Market Demand and Workforce Gaps
According to the U.S. Bureau of Labor Statistics (SOC 17-3028) and national industry data, there is a critical and growing shortage of Calibration Technologists and Technicians. This shortage spans aerospace, energy, medical devices, defense, and semiconductor manufacturing—all sectors experiencing heightened regulatory scrutiny and reliance on precision.
Key indicators include:
- Aging workforce and retirements with minimal pipeline replenishment
- Increased employer demand for ASQ Certified Calibration Technicians (CCT)
- Emphasis on ISO/IEC 17025 compliance and uncertainty analysis (NIST GUM), now required in many accredited labs and global supply chains.
Offering this program would enable your institution to supply the industry with highly specialized, job-ready professionals, closing a documented skills gap.
Institutional Value and Academic Synergy
Launching a Metrology and Calibration Technology program would:
- Enhance vertical integration with existing programs, enabling interdisciplinary collaboration and cross-training
- Provide a credentialed pathway aligned to CIP 15.0303, supporting federal reporting and financial aid eligibility
- Prepare students for national certification (ASQ CCT), thereby boosting graduate placement rates and alumni reputation
- Create new partnerships with accredited calibration labs, manufacturers, and national metrology institutes, enriching our externship and employer pipeline
This program complements our core mission while enabling faculty collaboration, equipment sharing, and curriculum innovation across departments.
Competitive Differentiator: Elevating Our National Standing
Currently, very few technical colleges in the U.S. offer dedicated training in metrology and calibration. By becoming one of the first to offer a full-fledged Technical Degree program in this field:
- Position the institution as a pioneer in a niche technical discipline with high workforce ROI
- Attract industry attention, federal grant opportunities, and increased employer engagement
- Offer prospective students a unique specialization with direct application to high-tech industries
- Fulfill a national workforce development priority with real, measurable impact
Offering a Metrology and Calibration Technology technical degree demonstrates your strategic foresight and leadership in equipping tomorrow’s workforce with essential precision skills.
By advancing the development of a Metrology and Calibration Technology program aligned with CIP 15.0303 and SOC 17-3028, your institution reaffirms its legacy of excellence in technical education and its pivotal role in strengthening America’s industrial workforce. This program is more than timely; it is a strategic investment in the future of precision, safety, and innovation across sectors that define national progress and defense. As a recognized leader among trade schools, the commitment to launching high-impact, industry-aligned programs ensures the institution remains a trusted partner to employers, a catalyst for student success, and a cornerstone of America’s skilled labor pipeline.
Industry Commitment and Support
Industry leaders across metrology, aerospace, automotive, manufacturing, energy, medical technology, and semiconductor industries have voiced strong support for the development of the Metrology and Calibration Technology, Technical Degree program. Recognizing the urgent need for highly trained calibration professionals, these partners have committed to contributing calibration equipment, training resources, and technical expertise to ensure the program’s success. Their collaboration reflects a shared commitment to advancing precision measurement education and strengthening the nation’s skilled workforce. Through these partnerships, the program will offer students access to cutting-edge tools, real-world applications, and continued learning opportunities—empowering the next generation of Metrologists to uphold the highest standards of accuracy, safety, and innovation.
Why a Career in Metrology is Especially Suited for Women
Metrology offers a stable, well-paying, and intellectually engaging career that values precision, problem-solving, and analytical thinking over physical strength. It provides women with opportunities to work in diverse, high-tech industries such as healthcare, medical device, pharmaceutical, aerospace, nuclear, and manufacturing, where accuracy and attention to detail are critical. With growing demand for skilled calibration professionals, transferable skills across sectors, and strong industry support for diversity in STEM, metrology is an ideal field for women seeking meaningful, advancement-oriented careers in technology.
1. Emphasis on Skill, Not Physical Strength
Unlike many traditional technical fields that historically emphasized heavy physical labor, metrology relies on analytical skills, attention to detail, and mastery of precision tools and instruments. This levels the playing field and allows women to excel based on their technical knowledge, accuracy, and quality-focused mindset.
2. Growing Demand and Career Security
The shortage of qualified calibration and metrology professionals, combined with the expansion of high-tech and regulated industries, means stable, well-compensated opportunities for women entering the field. From medical device calibration to aerospace quality control, employers are actively seeking diverse, skilled candidates.The shortage of qualified calibration and metrology professionals, combined with the expansion of high-tech and regulated industries, means stable, well-compensated opportunities for women entering the field. From medical device calibration to aerospace quality control, employers are actively seeking diverse, skilled candidates.
3. Opportunities for Leadership and Specialization
Metrology offers numerous pathways for career advancement—from laboratory management to quality systems auditing and standards development. Women in the field often bring collaborative leadership styles and meticulous organizational skills that are highly valued in these roles.
4. Cross-Industry Impact
Skills in metrology are transferable across sectors, allowing women to work in industries that match their interests—whether that’s renewable energy, defense, healthcare, or advanced manufacturing. This flexibility supports career longevity and adaptability in a rapidly changing economy.
5. Supportive Environment for STEM Diversity
As industries and professional organizations, such as the American Society for Quality (ASQ), actively work to increase gender diversity in technical fields, metrology stands out as a career where women can enter, thrive, and influence the next generation of STEM professionals. Mentorship programs, professional networks, and leadership development opportunities further support women in building long-term careers.
A career in metrology empowers women to apply precision, problem-solving, and analytical expertise in roles that are critical to quality, safety, and innovation worldwide. It offers stability, advancement, and the chance to make measurable contributions—literally and figuratively—to industries that shape our future.
Advancing America’s Metrology Workforce
Metrology—the science of measurement—is the foundation of modern industry, innovation, and national security. It underpins every critical system, from aerospace and defense to healthcare, energy, and advanced manufacturing. Without accurate measurement, there can be no precision, no quality assurance, and no technological advancement.
Calibration technicians, as metrology professionals, ensure that the tools, systems, and processes driving our economy meet exacting standards of accuracy and reliability. Their work safeguards public safety, supports regulatory compliance, and sustains global competitiveness.
Yet our nation faces a growing shortage of skilled metrology professionals. This gap threatens to erode innovation, weaken safety protocols, and disrupt critical supply chains. To secure America’s leadership in science, technology, and manufacturing, we must elevate metrology as a national workforce priority and invest in the next generation of measurement experts.
Advancing America’s metrology workforce is not a luxury—it is a necessity. Calibration technicians are the unsung professionals behind safe aviation, sterile surgical instruments, accurate diagnostics, and reliable microelectronics. Sustaining U.S. leadership in innovation and manufacturing requires strategic investment in those who uphold measurement accuracy and standards compliance.
From AI and missile guidance to semiconductors and medical devices, calibration professionals ensure precision, traceability, and safety in critical systems. Yet a nationwide shortage of skilled technicians poses a serious risk, undermining innovation, compromising safety, and threatening regulatory compliance across high-tech and defense sectors.
To maintain global competitiveness and national security, metrology must be recognized as a strategic workforce priority.
U.S. Bureau of Labor Statistics Occupational Classification
- Title: Calibration Technologists and Technicians
- SOC Code: 17-3028.00
- Description: Apply principles of measurement science, physics, electronics, and mathematics to calibrate inspection, measurement, and test equipment. May determine the suitability of standards, perform corrective maintenance, and follow quality system procedures, often under the direction of engineering staff.
National Center for Education Statistics
- Title: Electrical, Electronic and Communications Engineering Technology/Technician.
- CIP Code: 15.0303 (Electromechanical Technology/Electromechanical Engineering Technology)
- Definition: A program that prepares individuals to apply basic engineering principles and technical skills in support of electrical, electronics, and communication engineers. Includes instruction in electrical circuitry, prototype development and testing, systems analysis and testing, systems maintenance, instrument calibration, and report preparation.
Occupational Outlook
Employment in STEM Occupations
“Science, technology, engineering, and mathematics (STEM) occupations are a hot topic in economic research, job training and economic development programs, and the media. These occupations are at the forefront of cutting-edge activities such as artificial intelligence, robotics, medical research, and high-tech manufacturing. STEM occupations are generally high-paying and highly skilled: compared with all occupations, STEM occupations are more likely to have above-average wages and require postsecondary education for entry.1 They are also fast-growing. According to data from the Bureau of Labor Statistics (BLS) Employment Projections program, STEM employment is projected to increase at nearly 3 times the rate of non-STEM employment between 2023 and 2033.” According to Andrew Watson, June 2025, [5]
Employment Statistics
Top Employing Industries
- Aerospace & Defense
- Energy & Utilities (Nuclear, Oil & Gas, Renewables)
- Medical Device & Healthcare Manufacturing
- Pharmaceuticals & Biotechnology
- Metrology and Calibration Service Labs (ISO/IEC 17025 Accredited)
- Military and Federal Agencies (e.g., DoD, NASA)
Growth Drivers
- Increasing reliance on automated systems and precision instrumentation
- Expansion of aerospace, healthcare, and renewable energy sectors
- Emphasis on compliance with international quality standards (ISO/IEC 17025, FDA, FAA)
- Rising importance of data integrity and uncertainty management in regulated industries
Essential Qualities for Calibration Technicians
| Quality | Description |
| Attention to Detail | Calibration work requires precise measurement, documentation, and adherence to procedures—minor errors can lead to major system failures. |
| Analytical Thinking | Ability to interpret data, evaluate uncertainty, and determine whether instruments meet required specifications. |
| Problem-Solving Ability | Technicians must troubleshoot faulty instruments, address calibration failures, and identify root causes. |
| Integrity & Ethics | Required for maintaining traceability, following quality systems, and ensuring compliance with ISO 17025 standards. |
| Manual Dexterity | Working with delicate instruments and test equipment demands fine motor skills and hand-eye coordination. |
| Organizational Skills | Technicians often handle multiple tools, schedules, and documents—organization is key to efficiency and accuracy. |
| Communication Skills | Must document results, write calibration reports, and sometimes explain findings to engineers or auditors. |
Key Technical Skills
| Skill Area | Examples |
| Calibration Techniques | Dimensional, electrical, pressure, temperature, mass, and RF calibration methods |
| Measurement Science | Understanding SI units, traceability, and metrological hierarchy |
| Uncertainty Analysis | Applying NIST GUM principles to evaluate and document uncertainty |
| Quality Standards | Implementing ISO/IEC 17025:2017 procedures, audits, and corrective actions |
| Instrumentation Use | Oscilloscopes, DMMs, signal generators, pressure and temperature devices, dimensional measuring tools, torque, force, mass, and electronic measuring equipment |
| Software & Data Tools | Calibration software, Excel (for uncertainty), Indysoft, LabVIEW, Met/Cal, MOX, CMM Applications, or automation platforms |
| Preventive Maintenance | Cleaning, tuning, and servicing test equipment according to schedules |
TWO-YEAR TECHNICAL DEGREE PROGRAM
Program Title: METROLOGY AND CALIBRATION TECHNOLOGY
SOC Code: 17-3028 – Calibration Technologists and Technicians
CIP Code: 15.0303 (Electromechanical Technology/Electromechanical Engineering Technology)
Degree Awarded: Associate of Applied Science
Preparation for ASQ Certified Calibration Technician (CCT) exam
Program Overview
This two-year, four-semester (72 Credit Hours) technical college program is aligned with CORE 42, and the U.S. Bureau of Labor Statistics (BLS) occupation code 17-3028: Calibration Technologists and Technicians, and the Classification of Instructional Programs (CIP) code 15.0303 for Calibration Technology. It integrates OSHA safety and PPE training, core calibration and metrology coursework, quality systems ISO 17025:2017, OSHA safety training, advanced software and systems instruction, and culminates in an internship and capstone project. Graduates will be prepared to take the ASQ Certified Calibration Technician (CCT) certification exam.
Example Course Curriculum
Semester 1: Foundations of Metrology and Safety
| Course Title | Credits | Course Description |
| English Composition, ENG 101 | 3 | MOTR ENGL 100, (CORE 42) |
| College Algebra, MAT 115 | 3 | MOTR MATH 130, (CORE 42) |
| Introduction to Metrology and IM&TE | 3 | Introduction to measurement systems, NIST, SI units, and basic metrology equipment. Covers instrument traceability and introduces the fundamentals of calibration. |
| Professional Ethics and Technical Communication | 1 | Focuses on professional conduct, calibration documentation, and communication skills. |
| Quality & Safety in the Calibration Lab (OSHA 10) | 2 | Introduces lab safety standards and OSHA 10 certification. Emphasizes PPE and hazard recognition. |
| Introduction to Calibration Procedures | 3 | Overview of calibration steps, procedures, and recordkeeping for standard instruments. |
| Precision Measurement Tools & Equipment | 2 | Hands-on training with calipers, micrometers, dial indicators, height gauges, and other precision instruments. |
| Total | 17 |
Semester 2: Calibration Methods and Systems
| Course Title | Credits | Course Description |
| Introduction to Physics with a laboratory, PHY 100 | 4 | MOTR PHYS 100L, (CORE 42) |
| Calibration Systems and Procedures | 3 | Detailed study of calibration systems, lab environments, and calibration planning. |
| Measurement Uncertainty & Data Analysis I | 3 | Intro to uncertainty principles, Type A and B analysis, and basic statistics. |
| Measurement Systems and Error Sources | 3 | Explores error types, system bias, linearity, resolution, and environmental effects. |
| ISO/IEC 17025 and Z540.3 Quality Systems | 2 | Introduces ISO/IEC 17025 and ANSI/NCSL Z540.3 lab standards, audits, and compliance. |
| Calibration Lab Practicum I | 2 | Supervised lab time applying basic calibration principles and documentation. |
| Digital Tools for Calibration | 2 | Covers spreadsheets, digital templates, and introductory software tools for calibration management. |
| Total | 19 |
Summer Internship:
| Course Title | Credits | Course Description |
| Internship in Calibration Laboratory | 3 | Structured internship in an accredited calibration lab. Real-world exposure to procedures and standards. |
Semester 3: Advanced Calibration Techniques
| Course Title | Credits | Course Description |
| Oral Communications, COM 111 | 3 | MOTR COMM 100, (CORE 42) |
| Advanced Dimensional & Mechanical Calibration | 3 | Focuses on torque, force, and dimensional measurement using high-accuracy tools. |
| DC Low/Frequency | 3 | Calibration of DC/low-frequency devices, including DMMs, Oscilloscopes, function generators, and counters. |
| ISO/IEC 17025 Internal Audits & Quality Control | 2 | Covers internal audit procedures, CAPA, and continuous improvement. |
| Calibration Lab Practicum II | 2 | Advanced application of calibration with intermediate and complex instrumentation. |
| Process Control Instrumentation | 3 | Focuses on temperature, pressure, and process control instrumentation. |
| Total | 16 |
Semester 4: Industry Integration and Capstone
| Course Title | Credits | Course Description |
| Technical Writing & Reporting for Metrology | 2 | Professional technical report writing, calibration certificate creation, and data reporting. |
| Measurement Uncertainty & Risk Analysis (GUM II) | 3 | Advanced application of NIST GUM principles, uncertainty budgeting, and TUR calculations. |
| Instrumentation Maintenance & Troubleshooting | 3 | Preventive maintenance procedures, diagnostics, and fault analysis for calibration instruments. |
| Metrology Software & Automation Systems | 3 | Training on MET/CAL, MET/TEAM, MOX, and PC-DMIS software. Focus on automation and data tracking. |
| Capstone Project in Applied Metrology | 5 | Final project integrating core competencies, uncertainty evaluation, and reporting. |
| Certification Prep & Career Readiness | 1 | Preparation for the ASQ CCT exam and career placement activities. |
| Total | 17 |
Textbooks and Resources:
- The ASQ METROLOGY HANDBOOK, Third Edition, by Heather A. Wade, Editor, ISBN: 978-1-63694-019-9
- Metrology Handbook: The Science of Measurement, by Nobuo Suga, ISBN: 978-0955613302
- Metrology and Measurement Uncertainty: Concepts and Applications, by Pedro Paulo Novellino do Rosario (Author), Alexandre Mendes (Author), ISBN: 978-3031823022
- MITUTOYO Metrology Books, https://www.mitutoyo.com/resource-center/?resource-type=metrology-book#filter
- Fluke Online training resources: https://www.fluke.com/en-us/learn/blog/calibration
References:
- U.S. Bureau of Labor Statistics, Calibration Technologists and Technicians, SOC Code 17-3028. Retrieved from https://www.bls.gov/ooh/installation-maintenance-and-repair/calibration-technologists-and-technicians.htm
- U.S. Bureau of Labor Statistics, Occupational Employment and Wages, May 2023, 17-3028 Calibration Technologists and Technicians, Retrieved from https://www.bls.gov/oes/2023/may/oes173028.htm
- O*Net Online, Calibration Technologists and Technicians, 17-3028, Retrieved from https://www.onetonline.org/link/summary/17-3028.00
- U.S. Bureau of Labor Statistics, Calibration Technologists and Technicians, Employment Projections, Retrieved from, https://data.bls.gov/projections/nationalMatrix?queryParams=17-3028&ioType=o
- Andrew Watson, June 2025, Employment and wages for alternate definitions of science, technology, engineering, and mathematics (STEM) occupations, Retrieved from, https://www.bls.gov/opub/btn/volume-14/stem-alternate-definitions.htm
- National Center for Education Statistics, CIP Code: 15.0303 (Electromechanical Technology/Electromechanical Engineering Technology), Retrieved from, https://nces.ed.gov/ipeds/cipcode/cipdetail.aspx?y=55&cipid=88143
- American Society of Quality (ASQ), Certified Calibration Technician (CCT), Retrieved from, https://www.asq.org/cert/calibration-technician
About the Metrology Institute, Inc.
| Our Purpose: The Metrology Institute aims to advance the science of measurement globally by providing high-quality education and eLearning training resources through strategic partnerships. We strive to foster a global community of metrology professionals with the knowledge and skills to drive progress and ensure quality across diverse industries, research initiatives, and societal applications. Through our commitment to excellence in measurement science, we support innovation, accuracy, and reliability in all areas where precise measurement is essential. | Our Mission: To advance scientific knowledge and practical skills in the field of measurement. Our Vision We envision a world where the science of measurement fuels innovation, ensures quality, and drives global progress. |
| The Metrology Institute, Inc. is a Nonprofit 501(c)(3) training and educational organization dedicated to advancing the Science of Measurement. | |
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