Online Courses for an Environmental… AI recommendations | Parse
What are the best online courses for an environmental engineer to learn about new remediation technologies?
Data as of Sep 29, 2026 · Based on 344 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
For environmental engineers seeking remediation technology training, the best options depend on your goals. Use the Environmental Response Training Program Virtual University (ERTPVU) for highly technical, EPA-aligned training on remediation specificities. For career advancement, the University of Illinois and Rice University offer structured, graduate-level certification programs focusing on compliance, groundwater plumes, and emerging contaminants.
If your goal is practical exposure to emerging remediation technologies—rather than a general environmental-engineering refresher—I’d focus on courses covering in-situ treatment, PFAS, bioremediation, thermal remediation, ISCO/ISCR, groundwater treatment, and technology selection/design.
Courses I’d put on your shortlist
Course
Format
What you’ll learn
Best for
Princeton Groundwater – The Remediation Course
40 hrs, live online
Groundwater/soil characterization, hydrogeochemistry, regulations, and practical design of remediation technologies
Question: What are the best online courses for an environmental engineer to learn about new remediation technologies?
PFAS chemistry, transport/fate, treatment technologies, site management
Focused PFAS training
1. Princeton Groundwater — The Remediation Course
This is probably the most comprehensive option if you're already an environmental engineer and want to become substantially stronger at remediation technology selection and design. The 2026 online course is 40 hours and covers high-resolution characterization, hydrogeochemistry, regulations, and practical design details across remediation technologies. The October/November 2026 session is listed at $1,695.
2. Rutgers — Science & Practical Aspects of In Situ Technologies
Especially relevant if you're interested in where remediation technology is heading. It covers bioremediation, chemical oxidation, thermal remediation (ERH/TCH/SEE), zero-valent iron and other reduction technologies, along with injection practices and treatment trains. Rutgers specifically describes it as appropriate for professionals wanting to stay current with innovative technologies.
The EPA's Environmental Response Training Program has a particularly useful technology-survey course. It covers technology screening plus capping/containment, water treatment, sediment remediation, in-situ treatments, phytoremediation, bioremediation, monitored natural attenuation, soil washing/immobilization, thermal treatment, and process testing.
The broader EPA Training Exchange is also worth bookmarking because it has courses on emerging and specialized remediation technologies.
One caveat: some EPA offerings are aimed primarily at government personnel, so check eligibility for each course.
4. AAEES PFAS Microcredential
If PFAS is relevant to your work, this is an inexpensive way to build a focused specialty. The American Academy of Environmental Engineers and Scientists package is self-paced and includes four expert-led webinars, quizzes, case studies, and a digital microcredential. It specifically addresses PFAS treatment technologies as well as regulatory/risk-management issues.
5. University of Illinois — Environmental Remediation & Compliance
If you're looking for something more substantial than individual CE courses, Illinois has a 12-credit, fully online graduate certificate designed for working environmental professionals. The curriculum includes treatment technology design, pollutant fate and cleanup, hydrogeochemistry, bioremediation, and emerging-contaminant cleanup including PFAS.
For a concentrated PFAS course, NEMA's live-online program covers PFAS chemistry, sources, transport/fate and treatment technologies in soil, groundwater and surface water. Its 2027 calendar currently lists an April 27–28 session.
A particularly good learning path
Rather than taking several generic environmental courses, I'd structure it like this:
Deep remediation engineering: Princeton Groundwater Remediation Course
Emerging in-situ technologies: Rutgers In Situ Technologies
Specialization: PFAS Microcredential or NEMA PFAS
Keep current: EPA Training Exchange + technology-specific webinars
For staying genuinely current, I'd also use the PFAS Applied Remediation Clearinghouse (PFAS-ARC) alongside coursework. It was updated in August 2026 and lets you compare documented in-situ and ex-situ PFAS treatment technologies and studies rather than relying solely on vendor training.
If you tell me your experience level (e.g., 0–5, 5–10, or 10+ years) and whether you're more interested in groundwater, soil, PFAS, brownfields, or industrial sites, I can narrow this to a 3–5 course curriculum with approximate cost, CEUs/PDHs, time commitment, and technology coverage.
For an environmental engineer looking to dive deep into cutting-edge cleanup methods—such as advanced in-situ treatment, emerging contaminant destruction (like PFAS), and bioredmediation—massive open online courses (MOOCs) on general platforms like Coursera or edX tend to be too introductory.
Instead, the best options for practical, advanced, and engineering-focused learning come from targeted university graduate certificates, professional continuing education (PDH/CEU) providers , and specialized technical programs.
The top online learning pathways and platforms for new remediation technologies are structured below:
University Graduate Certificates & Advanced Online Programs
University of Illinois Urbana-Champaign (Environmental Remediation & Compliance Certificate) : This 12-credit, fully online graduate program is built specifically for working environmental professionals. It dives straight into treatment technology design, hydrogeochemistry, bioremediation, and the mechanics of dealing with recalcitrant/emerging contaminants like PFAS.
American Public University (Graduate Certificate in Environmental Hazard Mitigation and Restoration) : Focuses heavily on the regulatory frameworks, risk assessment principles, and engineering alternatives used to design modern site restoration plans.
University of Wisconsin-Madison (Online MS in Environmental Remediation & Management) : While a full master's degree rather than a single course, their specialized online classes target deep physical science and engineering applications for soil and groundwater remediation.
Targeted Professional Engineering & Continuing Education (PDH/CEU)
CED Engineering (Site Remediation / Protection Category) : Offers granular, self-paced engineering courses focused entirely on specific technical applications. Available modules include In Situ Thermal Remediation, In-Situ Air Sparging, An Introduction to In-Situ Treatment of Hazardous Soil , and advanced landfill gas or groundwater cleanup designs.
PDH Online : Similar to CED, this platform provides peer-reviewed, state-board-accepted engineering modules detailing specific remediation mechanisms, chemical oxidation techniques, and updates on EPA cleanup guidelines for contaminated parcels.
Intergovernmental and Agency Training Archives (Free / Low Cost)
ITRC (Interstate Technology & Regulatory Council) : While not a traditional "course" platform, ITRC provides extensive, highly regarded internet-based training documents, recorded training videos, and technical guidance documents on breakthrough technologies (such as robust strategies for chlorinated solvents, nanomaterials, and PFAS remediation). It is widely considered the gold standard for regulatory-backed engineering application updates.
US EPA Treppo / CLU-IN (Contaminated Site Clean-Up Information) : Keep an eye on the EPA's CLU-IN training webinar archive. They host frequent, free live and archived webcasts featuring national experts discussing pilot-scale and full-scale implementations of novel chemical, biological, and thermal remediation tech.
If you want to narrow this down, let me know:
Are you looking for formal university credit / a certificate , or just quick professional development hours (PDHs)?
Are you targeting a specific contaminant (e.g., PFAS, chlorinated solvents, heavy metals)?
If you’re already an environmental engineer, I’d prioritize practical remediation design, technology selection, and emerging contaminants over broad introductory environmental courses. Based on current offerings, these are particularly useful:
Recommended courses
Princeton Groundwater — The Remediation Course
Best for: A comprehensive deep dive into modern soil/groundwater remediation.
Format: 40 hours, live online.
Covers: In-situ chemical oxidation, permeable reactive barriers, thermal remediation, SVE/air sparging, DNAPL, MNA, advanced characterization, PFAS, reactive zones, and remediation system design.
Why it stands out: It connects the underlying hydrogeology with actual technology selection and design rather than treating technologies in isolation.
The currently listed 2026 online session is October 26–30 and November 2–5.
Rutgers — The Science and Practical Aspects of In Situ Technologies
Best for: Engineers wanting to understand in-situ remediation technologies at a practical level.
Covers: Bioremediation, chemical oxidation, thermal treatment (ERH/TCH/SEE), zero-valent iron and other reducing technologies, injection design, and treatment trains.
Particularly useful if your work involves designing or evaluating injection-based remedies.
Best for: Going deeper into the actual PFAS treatment technology landscape.
The 2026 course covered soil washing, stabilization/solidification, thermal desorption, RO, nanofiltration, GAC/biochar, anion exchange, foam fractionation, electrochemical oxidation, plasma treatment, and other emerging approaches.
This is especially interesting if you want exposure to technologies beyond conventional GAC/IX/RO.
ASCE — PFAS Contamination: Translating Research to Practice
Best for: Engineers who want to bridge academic research → field application.
The on-demand course focuses on PFAS fate/transport, modeling, biodegradation research, and both in-situ and ex-situ remediation approaches. It provides 1 PDH.
Best for: Developing a stronger technical foundation in bioremediation.
Separate online modules cover microbial biodegradation, in-situ soil remediation, ex-situ soil remediation, and groundwater remediation.
Topics include biostimulation, bioaugmentation, bioventing, biobarriers, natural attenuation and air sparging.
MIT OpenCourseWare — Waste Containment and Remediation Technology
Best for: A rigorous academic refresher rather than current professional training.
Covers contaminant transport, geochemistry, contaminated-site investigation/remediation, Superfund, and remediation technologies. The material is older (Spring 2004), so I'd use it for fundamentals rather than emerging-tech updates.
Advanced in-situ technologies: how newer remedies are implemented
PFAS/emerging contaminants: one of the most rapidly evolving areas
I'd also keep an eye on EPA's remediation training/webinar program, because it regularly provides webinars on characterization and emerging remediation technologies and is particularly useful for staying current after you've finished a formal course.
If you tell me whether your focus is groundwater, soil, PFAS, petroleum/DNAPL, chlorinated solvents, mining, or industrial sites, I can narrow this to a 3–5 course curriculum with approximate cost, PDHs/CEUs, and difficulty level.
Natural Attenuation of Groundwater Contaminants (Rice University via Rice Online): Focuses on state-of-the-art updates in monitored natural attenuation (MNA) processes, evaluation frameworks, and in-situ cleanup constraints.
Environmental Remediation of Contaminated Sites (NPTEL / IIT): A specialized technical course covering integrated approaches to screening, selecting, and designing modern site remediation technologies.
If you'd like to narrow this down, let me know:
Are you looking for a formal certificate/academic credit or a short professional development course?
Do you have a specific contaminant in mind (e.g., PFAS, chlorinated solvents, heavy metals)?
If you're already an environmental engineer, I'd focus less on broad introductory environmental courses and more on remediation technology selection, emerging contaminants, in-situ treatment, and real-world case studies.
Here are the strongest online options I found:
Princeton Groundwater — The Remediation Course
Best for: A comprehensive, engineering-focused upgrade.
40 hours of live online instruction covering soil and groundwater remediation, high-resolution site characterization, hydrogeochemistry, regulations, and practical design of remediation technologies.
Particularly useful if you work in consulting, site remediation, or groundwater.
The 2026 online sessions are listed for October 26–30 and November 2–6; tuition is currently $1,695 for one participant.
University of Alberta — Remediation Technologies
Best for: Systematically learning the technology landscape.
Covers engineering, physical, chemical, biological, and thermal remediation of contaminated soil and groundwater.
Importantly, it addresses applicability, limitations, cost, time frame, safety, and technology-selection decisions, rather than simply describing technologies.
Online synchronous delivery.
Rice University/Coursera — Natural Attenuation of Groundwater Contaminants
Best for: Deepening your understanding of modern groundwater remediation.
Advanced-level, approximately 3 weeks at 10 hours/week.
Taught by Pedro Alvarez, Charles Newell, and David Adamson.
Goes beyond traditional MNA into evolving approaches, computational exercises, contaminant attenuation processes, and implementation.
This would be my pick if you want something relatively inexpensive and self-paced.
Rutgers — Science and Practical Aspects of In-Situ Technologies
Best for: Learning the technologies that are actually being deployed for difficult contaminated sites.
Covers bioremediation, chemical oxidation, thermal treatment (ERH/TCH/SEE), zero-valent iron and other reducing technologies, plus injection practices and treatment trains.
Especially relevant if your work involves chlorinated solvents or challenging groundwater sites.
AAEES — PFAS Microcredential
Best for: Getting current on one of the most important emerging remediation problems.
Four expert-led, on-demand webinars with quizzes and case studies.
Covers PFAS treatment technologies as well as regulatory and risk-management considerations.
Currently advertised at $99.
NEMA — PFAS / Remediation Technology Training
Best for: Staying current on rapidly changing technologies.
NEMA offers live online courses on petroleum remediation, chlorinated hydrocarbons, contaminant transport/fate, PFAS, metals, and related subjects.
Its PFAS training is particularly interesting because it goes beyond GAC and ion exchange into technologies such as foam fractionation, electrochemical oxidation, plasma treatment, sonochemical treatment, and hydrothermal liquefaction.
One resource I'd use alongside the courses
EPA / Federal Remediation Technologies Roundtable (FRTR) is extremely useful for an engineer who wants to distinguish interesting technology from technology that has actually been demonstrated at scale.
Its matrix lets you compare roughly 49 in-situ and ex-situ technologies by contaminant, development status, cost, cleanup time, availability, and implementation status, with links to cost/performance reports.
EPA also maintains an ongoing remediation-training program with webinars and archived self-directed training.
How I'd structure the learning
If your goal is "I want to know what's new in remediation and be able to evaluate technologies professionally," I'd do:
Princeton Groundwater for the comprehensive foundation.
Rutgers for modern in-situ treatment.
AAEES or NEMA for PFAS/emerging technologies.
Rice/Coursera for deeper groundwater/MNA understanding.
Keep the FRTR matrix as your ongoing reference when evaluating unfamiliar technologies.
The particularly valuable skill isn't memorizing individual technologies—it's being able to look at a site and ask contaminant × geology × hydrogeology × mass distribution × treatment mechanism × technology maturity × cost × regulatory endpoint, then determine whether a technology is genuinely appropriate.
If you tell me whether you work primarily in groundwater, soil, industrial wastewater, PFAS, brownfields, or hazardous-waste sites, I can narrow this to a 5–10 course learning path from beginner → advanced, including approximate cost, CEUs/PDHs, and which technologies each course covers.
For an environmental engineer looking to dive into advanced or emerging remediation technologies (such as enhanced bioremediation, contaminant fate tracking, in-situ chemical oxidation, and subsurface engineering), structured online options range from rigorous university graduate certificates to specialized professional development.
The top options tailored to engineering professionals include:
University of Illinois Urbana-Champaign – Environmental Remediation & Compliance Graduate Certificate
Format: 100% online, 12-credit-hour graduate certificate (offered jointly by the Department of Civil & Environmental Engineering and the School of Earth, Society & Environment).
Focus: Deeply technical, workforce-driven instruction covering treatment technology design (engineering chemical and biological processes), pollutant fate and transport, and hydrogeochemistry/bioremediation. It is ideal if you want formal academic credit that can stack toward an online master's. Explore details on Illinois Online.
US EPA Superfund Training and Learning Center / ERTP Virtual University
Format: Self-paced online modules, webinars, and technical training.
Focus: The Environmental Response Training Program (ERTP) offers exceptional practical modules covering the latest federal approaches to hazardous waste site evaluation, innovative treatment technologies, and Superfund cleanup strategies. It is an incredible, authoritative (and often free) resource for practical regulatory and technical field methods. Check out the resources via the US EPA Superfund Training and Learning Center.
CED Engineering (Continuing Education) – Site Remediation & Protection Courses
Format: Self-paced online PDH (Professional Development Hour) or CEU courses.
Focus: Offers practical, bite-sized engineering modules specifically meant for Professional Engineers (PE) needing license renewals while brushing up on distinct remediation techniques, soil/groundwater cleanup tech, and site protection protocols. Browse the catalog on CED Engineering.
edX / Coursera Partner Universities (e.g., TU Delft, Wageningen, or MIT modules)
Format: Audit or paid certificate tracks online.
Focus: While broad "environmental engineering" is common, searching individual institutional extensions on edX often yields targeted modules in subsurface hydrology, geo-environmental engineering, and advanced water/wastewater reclamation techniques. Search current offerings on edX.
Engineering Geology & Subsurface Investigations
The Engineering Geology & Subsurface Investigations Graduate Certificate is a 12-credit, fully online program jointly offered by the School of Earth, Society & Environment and the Civil & Environmental Engineering Department, tailored for working consultants, remediation specialists, and engineers entering compliance fields. It delivers targeted training on remediation methods, pollutant behavior, and compliance to meet growing industry demands.
If your goal is practical exposure to emerging remediation technologies—not just a general environmental-engineering refresher, I’d prioritize courses that cover technology selection, field implementation, and newer approaches such as ISCO/ISCR, thermal remediation, advanced bioremediation, PFAS treatment, reactive barriers, and high-resolution site characterization.
That combination gives you both breadth and current technology depth.
One particularly useful area to watch is the intersection of PFAS remediation + emerging treatment technologies. Another is high-resolution site characterization + adaptive remediation, because modern remediation is increasingly about accurately defining contaminant mass and flux before choosing the treatment technology.
If you tell me whether you're early-career, mid-career, or a senior environmental engineer, and whether your focus is PFAS, groundwater, soil, petroleum, industrial sites, or Superfund, I can narrow this to the 5 courses I'd actually spend money/time on, including approximate cost, CEUs/PDHs, prerequisites, and how much each will improve your practical skills.
For environmental engineers looking to stay at the cutting edge of site cleanup, emerging contaminants (like PFAS), and novel subsurface treatment trains , specialized training usually bridges the gap between traditional geotechnics/chemistry and modern applied technology.
The best options range from live and archived regulatory-backed engineering webinars to formal university graduate certificates.
ITCR / EPA Clean-Up Information Network (CLU-IN) Training
What it is: The Interstate Technology and Regulatory Council (ITRC) partners directly with the U.S. EPA CLU-IN Training platform to deliver state-of-the-art, peer-reviewed web training.
Why it's great for new tech: This is widely considered the gold standard for practical, cutting-edge remediation tech (such as advanced PFAS sorption-based separation, complex vapor intrusion mitigation, electrokinetic remediation, and in-situ bioremediation updates). Courses are free, highly technical, and often provide continuing education units (CEUs). You can access live sessions or browse their extensive ITRC Online Training Archive.
University of Illinois Urbana-Champaign – Engineering Geology & Subsurface Investigations Graduate Certificate
What it is: A fully online 12-credit-hour graduate program offered jointly by the Department of Civil & Environmental Engineering and the School of Earth, Society & Environment.
Why it's great for new tech: Specifically targeted toward working environmental and consulting remediation specialists. It heavily emphasizes subsurface characterization, pollutant fate transport, and modern engineering design approaches for challenging remediation sites. You can review the structure on the Illinois Online Graduate Certificate page.
U.S. EPA Remediation Technologies Learning Center (RemTech) Self-Directed Modules
Why it's great for new tech: It offers deep-dive technical evaluations into thermal desorption, soil vapor extraction optimizations, permeable reactive barriers, and nanotechnology applications in groundwater cleanup.
University of North Dakota – Online Environmental Engineering Graduate Certificate
What it is: A 9-credit flexible online program blending civil, chemical, and geological engineering perspectives tailored toward air, water, and soil remediation.
Why it's great for new tech: Useful if you want an academic credential focused on applied problem-solving in industrial and site cleanup processes. More details are available via the UND Online Environmental Engineering Certificate portal.
To help narrow down the best choice, tell me:
Are you looking for free professional development/CEUs or a formal university credential/certificate?
Are there specific contaminants (e.g., PFAS, chlorinated solvents, heavy metals) or media (groundwater vs. soil) you want to target?
If you're already an environmental engineer, I'd prioritize remediation-specific technical training over broad environmental-engineering courses. The best options I found fall into three tiers:
1. Best overall: Natural Attenuation of Groundwater Contaminants — Coursera
This is probably my #1 recommendation for a practicing remediation engineer. It's an advanced, 3-week course taught by Pedro Alvarez, Charles Newell, and David Adamson. It covers MNA, groundwater processes, modeling, microbiology, and how newer understanding is changing remediation practice. It includes computational exercises rather than being purely conceptual.
Best for: groundwater remediation, MNA, enhanced attenuation, contaminant fate/transport, and technology selection.
For someone who wants to stay current on actual emerging remediation technologies, I'd make CLU-IN a regular part of your professional development. It's free and has live and archived technical seminars.
Recent material has included PFAS treatment, pump-and-treat optimization, contaminants of emerging concern, vapor intrusion, groundwater/surface-water interfaces, and hydrocarbons.
The ITRC PFAS material is particularly worthwhile. Its PFAS treatment training covers integrated treatment strategies, field-implemented technologies, developing technologies, and treatment residuals.
Best for: staying current without spending much money.
3. Best for PFAS: ITRC PFAS Treatment Technologies
The clu-in.org is especially useful if PFAS is relevant to your work.
It goes beyond PFAS fundamentals into GAC, ion exchange, foam fractionation, destructive technologies, integrated remediation strategies, and treatment residuals.
There's also a newer ITRC module specifically on PFAS sorption-based technologies, covering technology selection, isotherm testing, foamability testing, and full-scale demonstration testing.
Best for: PFAS treatment design and technology evaluation.
4. Best broad remediation-technology foundation: EPA/CLU-IN Innovative Treatment Technologies
CLU-IN's remediation training covers technologies including bioremediation, enhanced soil-vapor extraction, thermal desorption, soil washing, air sparging, passive treatment walls, base-catalyzed dechlorination, surfactant flushing, and thermally enhanced extraction.
The Environmental Remediation Technologies course is specifically designed to explain the applicability and limitations of treatment technologies and also introduces innovative approaches.
Best for: building a technology-selection framework rather than specializing in one contaminant.
5. Good complementary course: Global Environmental Management — Coursera
This is broader and less technically deep, but it covers environmental technologies, sustainable soil management, groundwater protection, and integrated water-resource management.
Best for: engineers who want more context around sustainability and environmental technology management.
What I'd recommend for an environmental engineer
Rather than taking five generic courses, I'd build a remediation technology learning path:
Start with the Coursera Natural Attenuation course — build/update your subsurface remediation fundamentals.
Work through CLU-IN's archived remediation webinars — especially innovative treatment technologies.
Take the ITRC PFAS treatment modules — even if PFAS isn't your primary specialty, the technology-selection methodology is highly transferable.
Then specialize in whichever area is most relevant to your work: - Bioremediation / enhanced bioremediation
PFAS treatment
In-situ chemical reduction/oxidation
Thermal remediation
Groundwater treatment
MNA and enhanced attenuation
Emerging contaminants
Nature-based/passive remediation
One particularly useful feature of CLU-IN is that it maintains dedicated training collections for technologies such as bioremediation and natural attenuation, rather than treating remediation as a single generic subject.
If your goal is specifically to learn the newest technologies rather than earn a certificate, I'd actually rank them: CLU-IN/ITRC > Coursera Natural Attenuation > generic edX/Coursera environmental-engineering courses. The first two are much closer to what remediation practitioners encounter in real projects.
If you tell me whether you work primarily with soil/groundwater, PFAS, hazardous waste, brownfields, industrial sites, or Superfund/DoD sites, I can narrow this to the 5 most valuable courses for your specialty, including approximate cost, CEUs/PDHs, duration, and whether each is beginner/intermediate/advanced.
For an environmental engineer, the best courses depend on whether you want to deepen technical design skills, learn emerging contaminants (PFAS, 1,4-dioxane, pharmaceuticals), improve site remediation decision-making, or earn professional development hours (PDHs). These are some of the strongest options.
Best overall remediation technology courses
1. Princeton Groundwater — The Remediation Course
Best for: Experienced engineers who want a comprehensive groundwater/soil remediation foundation.
Covers: - Groundwater flow and contaminant transport
Site characterization
Pump-and-treat optimization
In situ chemical oxidation/reduction (ISCO/ISCR)
Enhanced bioremediation
Soil vapor extraction
DNAPL remediation
Remedial design concepts
Format: Live online intensive course
Level: Intermediate–advanced
PrincetonGroundwaterWhy it stands out: It is one of the few courses that connects hydrogeology, chemistry, regulatory decisions, and actual remediation design.
2. U.S. Environmental Protection Agency CLU-IN Training
Best for: Staying current on new technologies and case studies.
Free webinars and archived training covering: - PFAS treatment
Bioremediation
In situ chemical reduction
Vapor intrusion
Emerging cleanup technologies
Site characterization tools
Particularly useful for consultants and government/industrial remediation engineers.
US EPACLU-INRecommended starting point: Browse CLU-IN technology-focused training areas rather than taking random webinars. The site is designed around contaminated-site cleanup technologies and field applications.
3. American Society of Civil Engineers — Groundwater Treatment
Best for: Engineers who design treatment systems.
Topics include:
PFAS removal system design
Activated carbon
Ion exchange
Membranes
Aeration
Adsorptive media
Residuals management
Treatment process selection
It provides PDHs and is focused on practical design calculations.
Best courses for emerging remediation technologies
PFAS remediation
PFAS is currently one of the most important growth areas in remediation engineering.
Good options:
American Academy of Environmental Engineers and Scientists PFAS Microcredential - Self-paced
Covers treatment technologies, risk management, and regulatory issues
A practical learning path for a working environmental engineer
If you have 0–3 years of remediation experience:
EPA CLU-IN webinars (free)
Groundwater fundamentals course
Bioremediation + PFAS modules
Basic remedial design course
If you have 3–10 years:
Princeton Groundwater Remediation Course
ASCE groundwater treatment design
PFAS specialization
ITRC technical webinars
If you are moving into senior technical roles:
Focus on:
Remedy selection
Treatability studies
Life-cycle cost analysis
Digital site characterization
Machine learning for contaminant plume prediction
Sustainable remediation metrics
Technologies worth prioritizing in 2026
For career value, I would prioritize learning:
PFAS treatment and destruction
Activated carbon
Ion exchange
Foam fractionation
Electrochemical and thermal destruction approaches
Advanced in situ remediation
ISCO
ISCR
Enhanced bioremediation
High-resolution site characterization
Membrane interface probes (MIP)
Direct-push tools
3D conceptual site models
Sustainable remediation
Low-carbon remedies
Passive treatment systems
Green remediation metrics
Data-driven remediation
GIS
Python/R for environmental data
Machine-learning-assisted plume modeling
If you tell me your background (consulting vs. industry vs. government, years of experience, and whether your focus is soil, groundwater, PFAS, mining, petroleum, or hazardous waste), I can narrow this to a more targeted course sequence.
