Environmental Engineering
Protect and restore the environment through engineering solutions
Overview
Environmental engineering applies engineering, science, and policy to protect human health and the natural environment. It addresses challenges like water and air pollution, waste management, climate change, and ecosystem restoration. The field combines elements of civil, chemical, and biological engineering with environmental science and public health.
What You'll Actually Do
Your work might involve designing a wastewater treatment plant for a growing city, modeling groundwater contamination at a brownfield site, or developing an air quality monitoring network. You use software like GIS platforms, MODFLOW for groundwater modeling, and EPA regulatory tools for compliance analysis. Fieldwork is a significant part of the job - you collect soil and water samples, conduct environmental site assessments, and oversee remediation projects. You also spend time navigating regulatory frameworks like the Clean Water Act and the National Environmental Policy Act. Projects often require balancing technical solutions with community needs, budget constraints, and regulatory requirements.
Specializations
Water and wastewater engineering designs treatment systems for drinking water and sewage. Air quality engineering monitors and controls atmospheric pollutants from industrial and mobile sources. Remediation engineering cleans up contaminated soil and groundwater at hazardous waste sites. Solid waste management designs landfills, recycling systems, and waste-to-energy facilities. Sustainability engineering helps organizations reduce their environmental footprint through lifecycle assessment and green design. Climate engineering develops strategies and technologies for carbon capture and climate adaptation.
Who's Hiring
AECOM and Arcadis are global leaders in environmental consulting and remediation. Veolia and Xylem focus on water and waste treatment technologies. The EPA and state environmental agencies employ many environmental engineers directly. Tetra Tech handles large-scale environmental projects for government and industry. BioHabitats designs ecological restoration projects. On the startup front, Climeworks builds direct air carbon capture systems, and Lucid Energy generates hydropower from municipal water pipes.
Career Path
Recent graduates typically start as environmental engineers or environmental scientists at consulting firms, performing site assessments and assisting with remediation designs. Mid-career roles include project manager and senior environmental engineer, where you lead teams and manage client relationships. Senior positions like principal engineer or practice leader involve shaping technical strategy and mentoring staff. Some environmental engineers move into regulatory roles at government agencies or transition into sustainability leadership positions at corporations.
Licensing and Certification
The PE license is very important in environmental engineering. Much of the work involves preparing reports and designs that require a licensed engineer's stamp, especially for water treatment facilities, remediation plans, and environmental impact assessments. Most states require a PE for engineers who submit documents to regulatory agencies. Taking the FE exam right after graduation is strongly recommended, and pursuing the PE after four years of experience is the standard career path in this field.
Find out if Environmental Engineering is right for you
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