Environmental Engineering Technologists and Technicians
SOC Code: 17-3025.00
Architecture & EngineeringEnvironmental engineering technologists and technicians serve as the essential hands-on workforce behind environmental protection efforts, earning a median salary of $58,890. These professionals apply engineering principles to test, operate, and modify equipment and systems designed to prevent or clean up environmental contamination. Working alongside environmental engineers and scientists, they bridge the gap between theoretical solutions and practical implementation in the ongoing effort to protect air, water, and soil quality.
Salary Overview
Median
$58,890
25th Percentile
$48,250
75th Percentile
$75,290
90th Percentile
$92,280
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+1.2%
New Openings
1,100
Outlook
Slower than average
Key Skills
Knowledge Areas
What They Do
- Maintain project logbook records or computer program files.
- Record laboratory or field data, including numerical data, test results, photographs, or summaries of visual observations.
- Perform environmental quality work in field or office settings.
- Produce environmental assessment reports, tabulating data and preparing charts, graphs, or sketches.
- Collect and analyze pollution samples, such as air or ground water.
- Decontaminate or test field equipment used to clean or test pollutants from soil, air, or water.
- Prepare and package environmental samples for shipping or testing.
- Receive, set up, test, or decontaminate equipment.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: Bachelor's Degree
Related Careers
Top Career Pivot Targets
View all 42 →Careers with the highest skill compatibility from Environmental Engineering Technologists and Technicians.
A Day in the Life
A typical day for an environmental engineering technician begins with calibrating monitoring instruments and reviewing sampling schedules for the day's site visits. In the field, technicians collect water, soil, air, and waste samples from industrial sites, treatment plants, construction zones, or contaminated areas using specialized sampling equipment and following strict chain-of-custody protocols. Back in the laboratory, they prepare samples for analysis, operate analytical instruments such as gas chromatographs and spectrometers, and record results in laboratory information management systems. Technicians assist engineers in designing and testing pollution control equipment, setting up pilot-scale treatment systems, and evaluating the performance of remediation technologies. They review technical drawings and specifications, help prepare permit applications, and compile data for environmental impact assessments. Regular duties include maintaining and troubleshooting monitoring stations, ensuring equipment meets calibration standards, and managing inventory of sampling supplies and chemicals. Safety inspections of work areas, proper handling and disposal of hazardous samples, and adherence to quality assurance protocols are ongoing responsibilities. The day often ends with updating project databases, writing field reports, and coordinating with project managers on upcoming assignments.
Work Environment
Environmental engineering technicians work in a mixed environment that includes laboratories, offices, and outdoor field sites, with the proportion varying by employer and specialization. Field conditions can be physically demanding, involving work in extreme temperatures, muddy terrain, confined spaces, and areas with potential chemical exposure. Personal protective equipment including hard hats, steel-toed boots, respirators, safety glasses, and chemical-resistant gloves is required during many field and laboratory activities. Office time is devoted to data entry, report preparation, project coordination, and training activities. Most technicians work regular daytime hours, but emergency response situations, construction schedules, or continuous monitoring requirements may necessitate overtime, shift work, or weekend assignments. The workplace culture is typically team-oriented, with close collaboration between technicians, engineers, scientists, and regulatory professionals. Employers range from environmental consulting firms and government agencies to manufacturing companies, utilities, and construction contractors.
Career Path & Advancement
Entry into this field typically requires an associate degree in environmental engineering technology, environmental science, or a related technical discipline, though some employers accept candidates with a bachelor's degree in environmental science or engineering. Many community colleges and technical schools offer targeted two-year programs that include coursework in chemistry, biology, environmental regulations, and instrumentation. On-the-job training is standard, with new technicians learning sampling protocols, laboratory procedures, and specific equipment operation during their first several months. Professional certifications such as the Certified Environmental Scientist (CES) or Hazardous Waste Operations (HAZWOPER) certification enhance employability and advancement prospects. With experience, technicians can advance to senior technician, project coordinator, or laboratory supervisor positions. Some pursue a bachelor's degree in environmental engineering to transition into full engineering roles with higher earning potential. Others specialize in specific technical areas like geographic information systems, environmental modeling, or regulatory compliance, creating niche expertise that commands higher compensation.
Specializations
Environmental engineering technicians can specialize in several technical domains depending on their interests and employer needs. Water and wastewater treatment technicians operate and monitor treatment plant equipment, conduct process testing, and ensure effluent meets discharge permit standards. Air quality monitoring technicians install, maintain, and calibrate ambient air monitoring stations and stack emission testing equipment. Remediation technicians focus on contaminated site cleanup, operating groundwater extraction systems, soil vapor extraction units, and bioremediation systems. Hazardous waste management technicians handle the characterization, packaging, transportation, and disposal of dangerous materials in compliance with RCRA regulations. GIS and environmental data technicians manage spatial datasets, create environmental maps, and support decision-making with geospatial analysis tools. Stormwater management technicians design, install, and maintain green infrastructure systems such as rain gardens, permeable pavements, and bioswales. Some technicians specialize in environmental health, conducting indoor air quality assessments, lead and asbestos sampling, and mold investigations in residential and commercial buildings.
Pros & Cons
Advantages
- ✓The work directly contributes to environmental protection and public health, providing strong sense of purpose and professional satisfaction.
- ✓A two-year associate degree is sufficient for entry, allowing a faster and less expensive pathway into the workforce compared to four-year programs.
- ✓The combination of field, laboratory, and office work provides daily variety that keeps the job engaging and avoids monotony.
- ✓Demand for qualified technicians is growing due to increasing environmental regulations and infrastructure investment.
- ✓The role provides hands-on experience with scientific instruments, engineering systems, and environmental technologies.
- ✓Career advancement options include specialization, supervisory roles, or further education to transition into engineering positions.
- ✓Working alongside engineers and scientists provides ongoing learning opportunities and mentorship in a collaborative environment.
Challenges
- ✗The median salary of $58,890 is moderate and may feel limiting compared to what engineers with bachelor's degrees earn for similar work.
- ✗Field conditions can be uncomfortable and hazardous, involving exposure to chemicals, extreme weather, and physically demanding terrain.
- ✗The work requires strict adherence to safety protocols and regulatory procedures, which can feel constraining and paperwork-heavy.
- ✗Career advancement beyond senior technician levels may require additional education, such as a bachelor's or master's degree.
- ✗Emergency response and construction schedules can disrupt personal time with overtime, weekend work, and unpredictable hours.
- ✗Repetitive sampling routines and data entry tasks can become monotonous during long-term monitoring projects.
- ✗Budget constraints at consulting firms and government agencies can create high workloads and pressure to complete projects with limited resources.
Industry Insight
The environmental engineering technology field is evolving as new contaminants, regulations, and technologies reshape the profession. Emerging pollutants such as PFAS compounds, pharmaceuticals in water systems, and microplastics are creating new testing requirements and remediation challenges that technicians must address. Automated monitoring systems, remote sensors, and IoT-connected devices are augmenting traditional sampling methods, requiring technicians to develop digital literacy and data management skills. Green infrastructure and nature-based solutions for stormwater management are expanding the scope of technician work beyond traditional gray infrastructure approaches. Climate change adaptation is driving increased demand for flood resilience assessments, coastal erosion monitoring, and drought-resistant water system design. The Bipartisan Infrastructure Law and other federal investments are funding significant environmental cleanup and water infrastructure projects, boosting job prospects for qualified technicians. Environmental justice considerations are influencing where cleanup resources are directed and how community engagement is conducted during environmental projects.
How to Break Into This Career
Prospective environmental engineering technicians should pursue an associate degree in environmental technology or a related field from an accredited program that includes laboratory and field components. Seeking internships or co-op positions with environmental consulting firms, government agencies, or water utilities during school provides practical experience that employers value highly. Obtaining OSHA HAZWOPER 40-hour certification before graduation demonstrates safety awareness and is required for many positions involving hazardous site work. Familiarity with common laboratory instruments, sampling methods, and environmental regulations gives candidates a competitive advantage in interviews. Entry-level positions are frequently posted on environmental industry job boards, state environmental agency websites, and consulting firm career pages. Building skills in data management, Excel, GIS software, and environmental databases strengthens applications and prepares technicians for the digital aspects of the role. Networking through local chapters of professional organizations like the Air and Waste Management Association or National Ground Water Association connects job seekers with industry professionals and employment leads.
Career Pivot Tips
Environmental engineering technicians develop a practical skill set that translates well to multiple related careers. Laboratory skills in sample preparation, instrument operation, and quality control transfer directly to positions in pharmaceutical testing, food safety inspection, and materials science laboratories. Field sampling and data collection experience is valued in geological surveying, natural resource management, and agricultural technology roles. Proficiency with GIS software and environmental databases qualifies technicians for geospatial analyst and data management positions across public and private sectors. Those experienced in water and wastewater operations can pursue water treatment plant operator certifications, transitioning to utility operations with strong job security and competitive pay. Knowledge of environmental regulations prepares technicians for careers in regulatory compliance, environmental health and safety, and insurance claims investigation. Construction monitoring and site assessment skills support transitions into civil engineering technician, construction inspection, and building code compliance roles. Technicians with project coordination experience can pivot into environmental project management, especially with additional training in project management methodologies.
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