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DTSTART;TZID=America/New_York:20261014T123000
DTEND;TZID=America/New_York:20261014T133000
DTSTAMP:20261007T191801Z
CREATED:20260908T183913Z
LAST-MODIFIED:20261007T191801Z
UID:10000879-1791981000-1791984600@www.parsons.com
SUMMARY:Webinar | Methods Of Reducing And Removing Fugitive And Waste Greenhouse Gas Emissions
DESCRIPTION:Background/Objectives\nGlobal climate change is a significant risk to global market stability and quality of life. Higher global temperatures can lead to extreme weather\, food\, and water shortages\, and increased outbreaks of infectious diseases. Mitigating greenhouse gas (GHG) emissions is an important part of long-term climate sustainability. \nApproach/Activities\nMajor sources or GHG emissions are orphan oil and gas wells\, landfills\, and industrial plants. Utilizing innovative technology\, we locate\, identify\, and quantify GHG emissions rates to aid prioritizing sites for remedial action. Our internal research and development team has developed and installed novel biofilter media that efficiently oxidizes methane to reduce its GHG potential. \nResults/Lessons Learned\nMethane quantification is a critical component of ranking point source emissions to maximize project benefits\, and methane biofilters are an innovative solution to treat waste gases where remediation is feasible. \nPresenter\nKYLE METZ Kyle is a petroleum geologist and project manager at Parsons. He leads Parsons’ orphan well programs and serves on our internal research and development team\, where he markets our innovative methane biofilter technology. \nRegister\nPlease enable JavaScript in your browser to complete this form.First Name *Last Name *Email *Company/AgencyHow did you hear about us?GoogleSocial MediaEmailTradeshowAdvertisingCustomer ReferralEmployee ReferralSubscribeYes\, subscribe me to the Parsons Innovation NewsletterCommentSubmit  \nMicrosoft Teams Meeting\nJoin on your computer\, mobile app or room device: Click here to join the meeting.\nPhone Conference ID: 264 565 240 313 87\nPasscode: mm6qQ7iJ \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/methods-of-reducing-and-removing-fugitive-and-waste-greenhouse-gas-emissions/
LOCATION:Online
CATEGORIES:Energy,Environmental
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260923T130000
DTEND;TZID=America/New_York:20260923T140000
DTSTAMP:20260921T191832Z
CREATED:20260918T210523Z
LAST-MODIFIED:20260921T191832Z
UID:10000882-1790168400-1790172000@www.parsons.com
SUMMARY:Webinar | Parsons X & Trimble Webinar
DESCRIPTION:Overview\n\nLearn how the Las Vegas Valley Water District and Southern Nevada Water Authority (LVVWD-SNWA) eliminated data silos and aligned people\, processes\, and technology to strengthen capital program management and improve project delivery. \nIn 2019\, LVVWD-SNWA began implementing a modern technology environment to manage more than 200 capital projects each year. At the center of this effort was a new Project Management Information System (PMIS) built on Trimble Unity Construct\, which standardized project management practices and improved data consistency across the organization. Integrations with enterprise systems enabled real-time dashboards and reporting\, providing leaders with the insights needed to make faster\, more informed decisions while enhancing project performance and financial forecasting. \nIn this 60-minute webinar (50-minute panel discussion followed by 10 minutes of live Q&A) on Wednesday\, September 23 at 10:00 a.m. PST\, hear from the LVVWD-SNWA Director of Engineering and Construction Division Manager as they share lessons learned\, key challenges\, and the benefits realized throughout their digital transformation journey. \n\nWhat We’ll Cover\n\nThe approach taken to evaluate and select a new PMIS\nHow project management best practices were established\nHow the PMIS was integrated with other enterprise systems\nHow reports and dashboards are facilitating timely decision-making\nLive Q&A: bring your questions
URL:https://www.parsons.com/event/webinar-trimble-x-parsons-webinar/
LOCATION:Online
CATEGORIES:Water and Wastewater
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END:VEVENT
BEGIN:VEVENT
DTSTART;VALUE=DATE:20260914
DTEND;VALUE=DATE:20260919
DTSTAMP:20260114T164347Z
CREATED:20251210T172731Z
LAST-MODIFIED:20260114T164347Z
UID:10000783-1789344000-1789775999@www.parsons.com
SUMMARY:KALI-LINUX Online Training (5 Days) | Sept. 2026 | Gov. Only
DESCRIPTION:Overview\nThis course prepares students to conduct Open-Source Intelligence (OSINT) investigations using a Debian-based Linux distribution. Enroll in our KALI-LINUX Online Training to learn essential Linux skills such as command-line interface\, file system management\, permission management\, automation\, package management\, and security\, while also gaining hands-on experience with OSINT-specific tools and techniques. The course covers installing and managing open-source investigation tools from various Internet repositories\, including PyPi\, Github\, and Gitlab\, as well as customizing tool installations to meet specific operational needs or troubleshoot malfunctioning installations. Additionally\, students will learn how to install containerized software such as Snaps\, Flatpaks\, and Docker containers\, providing isolated environments for software applications. \nCourse Dates\n\nSeptember 14 – 18\, 2026\n\nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s operational requirements. For contracted training and price quotes please send all inquiries to Togtraining.parsons@parsons.us. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage. \nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer.
URL:https://www.parsons.com/event/kali-linux-online-training-sept/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,National Security
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260909T123000
DTEND;TZID=America/New_York:20260909T133000
DTSTAMP:20260902T203553Z
CREATED:20260902T140450Z
LAST-MODIFIED:20260902T203553Z
UID:10000878-1788957000-1788960600@www.parsons.com
SUMMARY:Webinar | Management Of PFAS And Other Emerging Contaminants Using Catalyzed UV Technology
DESCRIPTION:Background/Objectives\nPer- and polyfluoroalkyl substances (PFAS) remain difficult to manage because conventional treatment often concentrates rather than destroys contamination. Catalyzed UV technology was developed to provide destructive treatment\, using UV-activated photocatalysis and photoreactor design to convert PFAS-associated organic fluorine to inorganic fluoride. This webinar highlights progress from bench-scale chemistry toward scalable treatment trains for PFAS and other emerging organic contaminants in real-world matrices. \nApproach/Activities\nPhotoreactor geometry and chemistry have been optimized\, and Catalyzed UV technology has advanced from benchtop operation toward a 10 liter per hour floor-scale system. Testing evaluated PFAS destruction across compound classes\, pH conditions\, inorganic and organic co-contaminants\, industrial wastewater\, aqueous film-forming foam reinstates\, and PFAS-enriched regenerants. Sorbent concentration/regeneration and tunable oxidation/reduction modes have also been evaluated to support practical treatment-train design. \nResults/Lessons Learned\nResults demonstrate broad PFAS applicability and confirm that kinetics and operating conditions are compound- and matrix-dependent. Catalyzed UV technology has achieved significant PFAS destruction in landfill leachate\, PFAS-enriched regenerant\, and complex wastewater\, as will be demonstrated by case studies. Tunable oxidizing and reducing modes also broaden application to other emerging and legacy organic contaminants. \nPresenter \nNatalia O’Connor Natalia is a research and development scientist with experience in PFAS remediation. She has six years of experience in environmental research and development\, focusing on the characterization and destruction of organic pollutants\, including PFAS \nMicrosoft Teams Meeting\nJoin on your computer\, mobile app or room device: Click here to join the meeting.\nMeeting ID: 280 888 328 545 56\nPasscode: kU9ZF9HK \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/management-of-pfas-and-other-emerging-contaminants-using-catalyzed-uv-technology/
LOCATION:Online
CATEGORIES:PFAS
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260812T123000
DTEND;TZID=America/New_York:20260812T133000
DTSTAMP:20260804T125039Z
CREATED:20260803T131507Z
LAST-MODIFIED:20260804T125039Z
UID:10000872-1786537800-1786541400@www.parsons.com
SUMMARY:Webinar | Uranium Mine And Mill Cleanup: Challenges\, Remediation Strategies\, And Lessons Learned
DESCRIPTION:Join us on August 12th\, 2026 for a technical webinar regarding Uranium Mine And Mill Cleanup: Challenges\, Remediation Strategies\, And Lessons Learned. \nBackground/Objectives\nUranium mine and mill cleanup presents unique technical and regulatory challenges compared to conventional mine reclamation. This presentation examines how differing regulatory frameworks\, radiological contaminants\, site conditions\, and cleanup objectives influence investigation strategies\, remedy selection\, and long-term stewardship of legacy uranium sites. \nApproach/Activities\nThe presentation reviews uranium decay products\, contaminants of concern\, cleanup goal development\, investigation techniques\, and remedial technologies. Four case studies representing state-led\, U.S. Environmental Protection Agency-led\, Potentially Responsible Party-led\, and Nuclear Regulatory Commission-regulated cleanup programs are used to compare regulatory approaches\, characterization methods\, remedial strategies\, and engineering considerations across a range of uranium mine and mill sites. \nResults/Lessons Learned\nSuccessful uranium site remediation requires integrating regulatory requirements\, geologic conditions\, radiological science\, engineering feasibility\, and long-term stewardship. The case studies demonstrate that no single remediation strategy fits every site and that understanding regulatory drivers and site-specific conditions is essential for developing effective\, defensible\, and sustainable cleanup solutions. \nPresenters\nKYLE VICKSTROM\, PE Kyle is an environmental engineer and subject matter expert in sediment and mine site remediation specializing in contaminant fate and transport assessments\, environmental statistics and geostatistics\, alternatives evaluation\, and remedial and restoration design at complex sites. \nEDWARD GREINER Edward is a Senior Geologist and Geochemist with Parsons. He specializes in environmental remediation\, abandoned uranium mine investigations\, radiological characterization\, geochemistry\, and remediation planning for federal\, state\, tribal\, and private-sector clients. \nTo Join The Webinar\nJoin on your computer\, mobile app or room device: \nClick here to join the meeting.\nPhone Conference ID: 212 202 824 092 361 \nPasscode: Ru7WC6KT  \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/uranium-mine-and-mill-cleanup-challenges-remediation-strategies-and-lessons-learned/
LOCATION:Online
CATEGORIES:Environmental
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END:VEVENT
BEGIN:VEVENT
DTSTART;VALUE=DATE:20260810
DTEND;VALUE=DATE:20260822
DTSTAMP:20260114T161959Z
CREATED:20251217T223138Z
LAST-MODIFIED:20260114T161959Z
UID:10000792-1786320000-1787356799@www.parsons.com
SUMMARY:Training | CASO Certification Online (10 Days) | Aug. 2026 | Gov. Only
DESCRIPTION:Overview\nCASO™ instruction by Parsons Technical Operation Group delivers focused training in open-source research\, teaching participants to safely leverage publicly available information (PAI) through advanced\, secure research techniques. \nDelivery\nThis ten-day course teaches teams the skills needed to navigate and use the digital landscape to gain an informational advantage. Students conduct iterative assessments of their digital footprint while safely discovering\, synthesizing\, and analyzing PAI data. PAI research helps to identify risks to personnel\, reputation\, assets\, and supply chains. Available online or in person\, the course features secure digital research\, iterative footprint assessments\, and open-source research methods. Content can be customized to client needs\, ensuring relevant and actionable insights are effectively reported. \nDistance Live Online Learning\nOur CASO course can be taken Online during a scheduled open enrollment session or can be taught by our Mobile Training Team (MTT) at your location or in person at one of our state-of-the-art classrooms located in Herndon\, VA\, or Fayetteville\, NC. While open enrollment offers an excellent online live learning environment\, Parsons provides a range of distinctive Programs of Instruction (POIs). We believe that in-person training\, whether conducted at our facilities or at the client’s site\, delivers optimal value to our customers. A contracted course tailored to your specific needs and mission requirements (Intel\, IO\, IBM\, Targeting\, Due Diligence\, IDM\, CI/HUMINT\, Civil Reconnaissance) provides the most modularity and the customer direct input into their proposed training program they would like for us to create. \nCourse Dates\n\nFebruary 2 – 13\, 2026\nApril 6 – 17\, 2026\nAugust 10 – 21\, 2026\nOctober 19 – 30\, 2026\n\nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s customized operational requirements. For contracted training\, price quotes and open enrollment\, please send all inquiries to: Togtraining.parsons@parsons.us. \nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage.
URL:https://www.parsons.com/event/training-caso-certification-online-10-days-aug-2026/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,National Security
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260806T144500
DTEND;TZID=America/New_York:20260806T160000
DTSTAMP:20260805T133710Z
CREATED:20260804T205336Z
LAST-MODIFIED:20260805T133710Z
UID:10000874-1786027500-1786032000@www.parsons.com
SUMMARY:Webinar | Preparing Water Utilities for Cyberattacks
DESCRIPTION:Overview\nJoin Parsons on Thursday\, August 6\, 2026\, for a timely webinar on how water and wastewater utilities can prepare for and respond to cyberattacks affecting critical water infrastructure. \nA recent coordinated cyberattack targeted operational technology at more than 30 community water systems in Minnesota. Several utilities experienced disruptions to automation and communications\, requiring operators to rely on manual procedures. Similar cyberattacks targeting critical water infrastructure have also been reported in other states. \nDuring this 45-minute webinar\, our panelists will discuss how utilities can reduce exposure\, detect activity targeting operational technology and programmable logic controllers earlier\, and recover faster when automation or system visibility is disrupted. \nWhat We’ll Cover\n\nWhat the Minnesota attacks reveal about real-world risks to critical water infrastructure\nCommon exposure paths\, including remote connectivity and vendor access\nFirst-hour incident response actions\, coordination\, and safe restoration principles\nQuick checks and hardening priorities to improve water utility cybersecurity\nMonitoring approaches that support security without disrupting operations\nLive questions and answers focused on attendee scenarios\n\nPresenters\nJUAN ESPINOSA\, PE\, PMP\, GICSP Juan is a licensed professional engineer at Parsons with more than 24 years of experience leading cybersecurity programs for critical infrastructure and government clients. As Parsons’ Vice President of Critical Infrastructure Cyber Security Products and Services\, he drives cybersecurity strategy\, develops innovative cyber solutions\, and leads business growth across the critical infrastructure\, defense\, and intelligence sectors. He is recognized for delivering award-winning cybersecurity modernization programs\, strengthening compliance\, and helping organizations enhance their cyber resilience. \nSCOTTY CARLISLE Scotty is a senior technical cybersecurity leader at Parsons with extensive experience securing AI- and machine learning-driven cloud products and SaaS platforms. A U.S. Army veteran\, he specializes in AI security\, secure systems engineering\, penetration testing\, compliance frameworks\, and integrating security throughout the software development lifecycle. He leads cross-functional teams in developing scalable\, cloud-native security solutions that support resilient infrastructure and responsible AI innovation. \nWho Should Attend\nThis webinar is intended for utility directors\, superintendents\, operators\, SCADA and controls professionals\, IT teams\, and system integrators supporting water and wastewater utilities. \nWebinar Details\nDate: Thursday\, August 6\, 2026 \nTime: 3:00 p.m. ET \nFormat: 30-minute panel discussion followed by 15 minutes of live questions and answers \nCost: Free \nTo Join the Webinar\nRegister today to join the webinar and learn practical steps your organization can take to improve its water utility cybersecurity posture. \nClick here to register for the webinar.
URL:https://www.parsons.com/event/webinar-preparing-water-utilities-for-cyberattacks/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,Environmental,Global Infrastructure,Water and Wastewater
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END:VEVENT
BEGIN:VEVENT
DTSTART;VALUE=DATE:20260720
DTEND;VALUE=DATE:20260725
DTSTAMP:20260114T163422Z
CREATED:20251210T173527Z
LAST-MODIFIED:20260114T163422Z
UID:10000784-1784505600-1784937599@www.parsons.com
SUMMARY:Investigational Python (5 Days) | July 2026 | Gov. Only
DESCRIPTION:Course Overview\nInvestigational Python (IP-C) is a comprehensive 40-hour programming course designed to teach object-oriented Python coding within a networked environment\, including connections to the Internet and the Dark Web via TOR. The course emphasizes practical coding exercises that focus on network connections and building web scraping tools. It covers installing and using Python on various operating systems\, creating a portable USB development environment\, and understanding object-oriented programming principles. \nStudents will learn to build objects and modules\, utilize network libraries with Python\, and enhance their practical coding and debugging skills against virtual targets. Upon completion\, students will have developed mission-oriented Python scripts and gained valuable programming expertise\, enabling them to troubleshoot existing programs and devise solutions for various scenarios. \nCourse Dates\n• July 20 – 24\, 2026 \nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s operational requirements. For contracted training and price quotes please send all inquiries to Togtraining.parsons@parsons.us. \nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer.
URL:https://www.parsons.com/event/investigational-python-july/
LOCATION:Online
CATEGORIES:Cyber and Intelligence
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BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260708T123000
DTEND;TZID=America/New_York:20260708T133000
DTSTAMP:20260629T161945Z
CREATED:20260629T161945Z
LAST-MODIFIED:20260629T161945Z
UID:10000869-1783513800-1783517400@www.parsons.com
SUMMARY:Webinar | Development And Validation Of PFAS Analytical Methods For Characterization Of Complex Matrices
DESCRIPTION:Join us on July 8th\, 2026 for a technical webinar regarding Development And Validation Of PFAS Analytical Methods For Characterization Of Complex Matrices. \nBackground/Objectives\nPer- and polyfluoroalkyl substances (PFAS) occur in a wide range of environmental and industrial matrices\, but conventional analytical methods can be difficult to apply to complex samples\, particularly at low concentrations and in the presence of significant matrix interferences. This presentation reviews the technical challenges associated with PFAS characterization and examines the need for complementary methods that expand beyond targeted mass spectrometric analysis and reduce analytical turnaround time. \nApproach/Activities\nThis presentation summarizes several in-house analytical methods developed to support rapid PFAS screening\, including the colorimetric active surfactant (CAS) assay\, the ultraviolet-reducible organic fluorine (UV-ROF) assay\, and a UV-activated total oxidizable precursors (TOP) assay. Topics include method development\, validation against commercial methods such as Environmental Protection Agency Method 1633 and adsorbable organic fluoride (AOF) analysis\, and sample preparation strategies to address matrix complexity and concentration-dependent analytical limitations. \nResults/Lessons Learned\nThe results show that indirect screening methods can provide useful PFAS characterization across complex matrices when supported by appropriate pre-processing and quality assurance measures. Key lessons include the importance of managing matrix interferences\, matching sample concentration to the method’s linear range through dilution or pre-concentration\, and using rapid in-house screening to prioritize samples for external laboratory analysis. These methods can support faster\, lower-cost decision-making while expanding data coverage for PFAS investigations. \nPresenters\nDAVID PATCH\, PhD David is an analytical chemist with experience in both academic and industrial professional environments. He has six years of experience in environmental research and development\, specializing in the analysis of legacy and emerging contaminants. \nNATALIA O’CONNOR Natalia is a research and development scientist with experience in PFAS\nremediation. She has six years of experience in environmental research and development\, focusing on the characterization and destruction of organic pollutants\, including PFAS. \nTo Join The Webinar\nJoin on your computer\, mobile app or room device: \nClick here to join the meeting.\nPhone Conference ID: 284 815 940 467 73 \nPasscode: yC7De9qa \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/webinar-development-and-validation-of-pfas-analytical-methods-for-characterization-of-complex-matrices/
LOCATION:Online
CATEGORIES:PFAS
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END:VEVENT
BEGIN:VEVENT
DTSTART;VALUE=DATE:20260622
DTEND;VALUE=DATE:20260627
DTSTAMP:20260114T154933Z
CREATED:20251217T225718Z
LAST-MODIFIED:20260114T154933Z
UID:10000797-1782086400-1782518399@www.parsons.com
SUMMARY:Training | Advanced Digital Discovery (AD2) Online Training (5 Days) | Jun. 2026 | Open To All
DESCRIPTION:Overview\nAD² is a five-day course that equips your researchers with the necessary skills and tools to safely navigate the digital environment to keep your organization a step ahead of those trying to cause harm to national security\, your people\, reputation\, resources\, assets\, networks\, and supply chains. Built on PAI training methods; Parsons TOG extracted the most relevant digital research methodologies from our CASO™ course and created a program of instruction focused on teaching effective tool agnostic methodologies. \nOnline Distance Learning\nAvailable online\, AD2 utilizes a combination of interactive instruction and hands-on practical application focused on your organization’s requirements. Students use publicly available tools to enable the digital discovery cycle\, with an introduction to commercial analytics. Students learn to safely discover\, synthesize\, analyze\, and report publicly available data and metadata\, and to think critically to provide meaningful context in timely\, actionable insights for decision makers. \nWhile this course does not result in a certification\, our cadre of instructors inject the core CASO methodology to ensure that students build the critical foundation needed to manage their digital footprint while applying research techniques in the digital domain. Our unique and secure instructional platform utilizes US government-approved encrypted solutions that are Tier C compliant. This broad set of global compliance and data protection requirements includes ISO 27001\, ISO 27018\, EUMC\, SOC 1 Type I & II\, SOC 2 Type I and II\, HIPAA and FERPA. This course is open to all. \nCourse Dates\n\nJanuary 26 – 30\, 2026\nJune 22- 26\, 2026\nNovember 2 – 6\, 2026\n\nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s customized operational requirements. For contracted training and price quotes please send all inquiries to: Togtraining.parsons@parsons.us. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage.
URL:https://www.parsons.com/event/training-advanced-digital-discovery-ad2-online-training-5-days-jun-2026/
LOCATION:Online
CATEGORIES:Cyber and Intelligence
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260610T123000
DTEND;TZID=America/New_York:20260610T133000
DTSTAMP:20260603T222834Z
CREATED:20260603T222834Z
LAST-MODIFIED:20260603T222834Z
UID:10000867-1781094600-1781098200@www.parsons.com
SUMMARY:Case Studies Demonstrating The Outcome Of Integrating Nuclear Magnetic Resonance Into Conceptual Site Models
DESCRIPTION:Join us on June 10\, 2026 for a technical webinar regarding Case Studies Demonstrating The Outcome Of Integrating Nuclear Magnetic Resonance Into Conceptual Site Models  \nBackground/Objectives\nFor complex sites\, significant characterization may be required to develop a robust understanding of the chemical distribution within heterogeneous media\, identify preferential flow paths\, estimate chemical transport rates\, and define treatment zones for remedies. High-resolution site characterization (HRSC) tools can provide rapid\, field-based\, high-density data to enable more effective development of the conceptual site model (CSM). \nApproach/Activities\nNuclear magnetic resonance (NMR) is an HRSC tool that has recently been adapted for use at contaminated sites to collect high-resolution hydrogeologic data. Several case studies where NMR has been applied at contaminated sites with varying geology and wide-ranging objectives will be presented to demonstrate the advantages of using NMR for HRSC supported CSM development. \nResults/Lessons Learned\nThe case studies demonstrate that NMR provided hydrogeologic insights that were not readily resolved through conventional methods alone. NMR data helped identify preferential flow intervals\, support well screen placement\, estimate relative hydraulic conductivity\, and evaluate mobile water in the vadose zone. These applications improved subsurface interpretation\, reduced uncertainty in the CSM\, and provided a stronger technical basis for investigation planning and remedial design. \nPresenters\nKARLA LESLIE\, PhD\, PG Karla is a subject matter expert in environmental remediation\, specializing in CSM development\, high-resolution site characterization\, geochemistry\, and microbiology for the development\, design\, implementation\, and optimization of innovative remedial strategies. \nTODD BELANGER  Todd is a hydrogeologist and PFAS subject matter expert specializing in site-specific CSM development using regional geology\, hydrogeology\, environmental sequence stratigraphy\, 3D geologic modeling\, and data visualization to support complex environmental investigations. \nTo Join The Webinar\nJoin on your computer\, mobile app or room device: \nClick here to join the meeting.\nPhone Conference ID: 267 606 688 341 27\nPasscode: yL9YN7EY \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing
URL:https://www.parsons.com/event/case-studies-demonstrating-the-outcome-of-integrating-nuclear-magnetic-resonance-into-conceptual-site-models/
LOCATION:Online
CATEGORIES:National Security
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END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Asia/Dubai:20260521T100000
DTEND;TZID=Asia/Dubai:20260521T160000
DTSTAMP:20260514T124513Z
CREATED:20260514T124513Z
LAST-MODIFIED:20260514T124513Z
UID:10000863-1779357600-1779379200@www.parsons.com
SUMMARY:Jobs for Nationals - Virtual Emiratization Career Fair
DESCRIPTION:Overview\nDo you know a UAE national looking for their next big opportunity? Our team is growing & have several roles open to Emirati professionals. If you or someone you know would like to find out more or chat to the team\, join us online at the Jobs for Nationals – 2026 Virtual Emiratization Career Fair on Thursday 21st May. \nConference & Exhibit Info\nOur team will be online to chat to you about your experience & career opportunities with Parsons. From internships & graduate training programs to senior leadership roles\, we have a variety of roles across several departments ranging from Engineering & Design to Graphic Design & IT. \nMeet With Us\nRegister now before the 19th of May for free to join us online & meet the team!
URL:https://www.parsons.com/event/jobs-for-nationals-virtual-emiratization-career-fair/
LOCATION:Online
CATEGORIES:EMEA (Europe, Middle East & Africa)
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BEGIN:VEVENT
DTSTART;TZID=America/New_York:20260513T123000
DTEND;TZID=America/New_York:20260513T133000
DTSTAMP:20260429T231504Z
CREATED:20260429T231504Z
LAST-MODIFIED:20260429T231504Z
UID:10000852-1778675400-1778679000@www.parsons.com
SUMMARY:Webinar | Thermal Remediation Design And Performance In Complex Source Zones 
DESCRIPTION:Join us on May 13\, 2026 for a technical webinar regarding Thermal Remediation Design And Performance In Complex Source Zones. \nBackground/Objectives\nThis webinar reviews thermal remediation technologies\, specifically electrical resistance heating (ERH) and thermal conduction heating (TCH)\, highlighting in situ and ex situ applications. It focuses on technical criteria for applying thermal methods to complex source zones and discusses key design considerations\, comparisons with alternative remedies\, and cost analysis. \nApproach/Activities\nTRS Group (TRS)\, a Parsons company\, uses thermal and three-dimensional models to support technology selection and develop heating system designs. This presentation summarizes ongoing research and development efforts to advance thermal technology applications. The webinar will highlight the effectiveness of thermal remediation in lithologic and hydrogeologic conditions\, including low permeability soils and bedrock. \nResults/Lessons Learned\nThe webinar will include case studies and discuss the lessons learned from more than 200 projects implemented worldwide over 25 years. The presenters will summarize key outcomes\, including mass removal\, achieved temperatures\, vapor and liquid treatment performance\, soil and groundwater results\, and how those results have informed optimization of thermal models\, design assumptions\, and operational strategies. \nPresenters\nCAMERON QUICK Cam is a TRS project engineer supporting the design and development of thermal remediation projects worldwide. Cam earned a bachelor’s degree in mechanical engineering from the University of Dayton \nEMILY CROWNOVER\, PHD Emily\, a Parsons Fellow\, began her research career in 2005. Emily designed\, implemented\, and optimized thermal remediation systems at sites across the United States and Canada. She manages TRS engineering staff and leads research and development efforts. Emily holds a doctorate in bioengineering from the University of Washington-Seattle. \nTo Join The Webinar\nJoin on your computer\, mobile app or room device: \nClick here to join the meeting.\nPhone Conference ID: 292 020 487 374 47\nPasscode: Xw6iF2wi \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/webinar-thermal-remediation-design-and-performance-in-complex-source-zones/
LOCATION:Online
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BEGIN:VEVENT
DTSTART;VALUE=DATE:20260507
DTEND;VALUE=DATE:20260508
DTSTAMP:20251210T174420Z
CREATED:20250217T231722Z
LAST-MODIFIED:20251210T174420Z
UID:10000717-1778112000-1778198399@www.parsons.com
SUMMARY:Training | Dark Web Seminar Online (1 Day) | May 2026
DESCRIPTION:Seminar Overview\nParsons Technical Operations Group’s Dark Web Seminar is designed to provide a foundational and advanced understanding of the levels of the internet and digital identity on the dark web. Attendees will work through downloading Tor to conducting research and navigating the dark web. This seminar will help you gain an understanding of dark web tradecraft which can be used to uncover risks to you\, your organization\, or your assets. \nDark Web Seminar: Quick Facts\n– 8-hour Hands-on Training Seminar\n– Gain an understanding of dark web tradecraft\n– Conduct effective research on the dark web using a variety of tools and methods\n– Detailed case studies\n– Get hands-on with Tor\n– Explore dark web access methods such as TAILS and Whonix \nCourse Dates\n\nMay 7\, 2026\nNovember 9\, 2026\n\nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s mission. For contracted training and price quotes please send all inquiries to Togtraining.parsons@parsons.us. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage.
URL:https://www.parsons.com/event/dark-web-seminar-online-may/
LOCATION:Online
CATEGORIES:Cyber and Intelligence
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BEGIN:VEVENT
DTSTART;VALUE=DATE:20260427
DTEND;VALUE=DATE:20260502
DTSTAMP:20260114T163028Z
CREATED:20250217T224400Z
LAST-MODIFIED:20260114T163028Z
UID:10000712-1777248000-1777679999@www.parsons.com
SUMMARY:Training | CASO II Online (5 Days)  | April 2026 | Gov. Only
DESCRIPTION:Overview\nThe CASO™ II Course trains CASO graduates to efficiently target big data\, extract critical information\, and create clear reports across multiple fields. This CASO online training equips users to work independently or in teams in dynamic settings\, enabling them to deliver actionable insights for decision makers. \nCourse Dates\n\nApril 27 – May 1\, 2026\nNovember 16 – 20\, 2026\n\nAdditional Courses\nThis course provides the next level in the CASO curriculum. To continue to enable your team to be the most capable possible\, we offer other trainings that pair perfectly with the knowledge that CASO brings: \n\nCommercial Signature Reduction (CSR) – advanced commercial best practices for digital data protection techniques to facilitate safe virtual on-line operations.\nCASO Specialty Dark Web Immersion – 5-day course designed to provide a foundational and advanced understanding of how to conduct research on the dark web while maintaining safety and anonymity during online operations.\n\nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer. \nAdditional details for each option provided upon request at TOGTraining.parsons@parsons.us. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage.
URL:https://www.parsons.com/event/caso-ii-april/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,National Security
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BEGIN:VEVENT
DTSTART;VALUE=DATE:20260406
DTEND;VALUE=DATE:20260418
DTSTAMP:20260114T161940Z
CREATED:20251217T221437Z
LAST-MODIFIED:20260114T161940Z
UID:10000791-1775433600-1776470399@www.parsons.com
SUMMARY:Training | CASO Certification Online (10 Days) | Apr. 2026 | Gov. Only
DESCRIPTION:Overview\nCASO™ instruction by Parsons Technical Operation Group delivers focused training in open-source research\, teaching participants to safely leverage publicly available information (PAI) through advanced\, secure research techniques. \nDelivery\nThis ten-day course teaches teams the skills needed to navigate and use the digital landscape to gain an informational advantage. Students conduct iterative assessments of their digital footprint while safely discovering\, synthesizing\, and analyzing PAI data. PAI research helps to identify risks to personnel\, reputation\, assets\, and supply chains. Available online or in person\, the course features secure digital research\, iterative footprint assessments\, and open-source research methods. Content can be customized to client needs\, ensuring relevant and actionable insights are effectively reported. \nDistance Live Online Learning\nOur CASO course can be taken Online during a scheduled open enrollment session or can be taught by our Mobile Training Team (MTT) at your location or in person at one of our state-of-the-art classrooms located in Herndon\, VA\, or Fayetteville\, NC. While open enrollment offers an excellent online live learning environment\, Parsons provides a range of distinctive Programs of Instruction (POIs). We believe that in-person training\, whether conducted at our facilities or at the client’s site\, delivers optimal value to our customers. A contracted course tailored to your specific needs and mission requirements (Intel\, IO\, IBM\, Targeting\, Due Diligence\, IDM\, CI/HUMINT\, Civil Reconnaissance) provides the most modularity and the customer direct input into their proposed training program they would like for us to create. \nCourse Dates\n\nFebruary 2 – 13\, 2026\nApril 6 – 17\, 2026\nAugust 10 – 21\, 2026\nOctober 19 – 30\, 2026\n\nRegistration\nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s customized operational requirements. For contracted training\, price quotes and open enrollment\, please send all inquiries to: Togtraining.parsons@parsons.us. \nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer. \nLearn More\nTo view all of our available training opportunities\, please visit our training and readiness webpage.
URL:https://www.parsons.com/event/training-caso-certification-online-10-days-apr-2026/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,National Security
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