The Path to Professional License: Kirsi Longley, PMP

In the science and engineering industry, seeing a “PE”, “LG”, “PMP”, or other initials behind someone’s name shows that person went through years of work experience that culminated in a substantial test to confirm the right to practice their area of technical expertise. A professional license is a proof statement that communicates that the people charged with designing roads and buildings; solving water supply challenges; cleaning up contaminated soil and water; and successfully managing project quality are qualified and ethically accountable professionals. Many go through this licensing journey but few outside that group know what the process is really like.

We’re telling those stories here. Aspect’s professionals are writing a series of articles that capture the trials and successes of studying for and receiving these career-defining milestones.

Kirsi Longley, Project Management Professional (PMP)

PMP awarded February 2018

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What the heck do the initials PMP stand for?

Pretty Marginal Pianist? Nope! PMP stands for Project Management Professional. It’s a certification administered by the Project Management Institute (PMI), the internationally recognized association “for those who consider project, program or portfolio management their profession.” Pretty fancy, huh!

Having PMP certification can give you a great advantage in a variety of careers, including environmental consulting. When clients see PMP on your resume, it shows you’re a professional and among the cream of the crop of project managers. In Aspect’s realm of work, some public agencies, like King County, strongly encourage or even require PMPs to be included on project teams to be considered for contracts. You also receive recognition from fellow PMPs who know and appreciate the hard work and diligence that goes into the certification.

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How does one become a PMP?

The process of becoming a PMP is not as long as what’s required for a PE or LG in terms of meeting the qualifications, testing and studying, but it is still pretty rigorous. For me, it was a very intense six weeks.

In-Person Course Work

The first step is to complete 35 hours of in-person project management education. Several organizations offer classes with curriculum approved by PMI. I went through the Project Management Academy, which I highly recommend. I took a week off from Aspect (thanks Aspect!) and met with the class in a hotel conference room over four long days. On the last day of the in-person class, we took a practice test to gauge how well we’d absorbed the material. Let’s just say that I did not ace the practice test, meaning I had a lot of studying ahead of me.

Application

It was recommended to me that I take the in-person course first, and then fill out the PMP application. This might seem counterintuitive, but once you’ve gone through the course, you have a solid grasp on the terms PMI uses and can then incorporate that language in your application to talk about your experience. It also makes it easier for you to go through your work history and identify pieces they are looking for.

The application takes hours to complete. In order to be considered a candidate for PMP certification, you must document at least three years managing projects during the five stages of the project lifecycle: initiating, planning, executing, monitoring, and closing. You have to document this experience in great detail and provide references for those who oversaw your work over the years. This takes a lot of time and research to track all of it down and complete the application.

After you’ve completed the course work and application, it’s time to start studying for the 4-hour exam.

How did you study to prepare for the exam?

I’ve heard the passing rate for first try is 50-60 percent, so the pressure was “on” to really absorb the material. I studied for about 5 weeks before taking the exam. The Project Management Academy and PMI have a lot of Study Guides and other materials to review, including all of the slides from the course, and some mock exams. There are Laminated Study Guides – double-sided sheets that cover the key concepts, work flow charts, vocabulary, and equations – that you can write on and mark up as needed. Those came in quite handy. There are also PMP apps that have flash cards and quizzes to help. I made myself some flash cards too, mostly to help memorize vocabulary with definitions specific to PMI.

Over those 5 long weeks, I ran flash cards or studied on the app on the bus to and from work, then would come home and study for a few hours each night. I studied in 4- to 8-hour blocks on the weekends, including taking practice tests – which meant sitting for 4 hours at a time on a Saturday.

To help me focus on the weekends and remove household distractions, I would set up camp in the local library with snacks, white-noise sounds playing through my headphones, and my study materials. 

What is the best piece of advice you got during your study process?

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The best piece of advice I got from those who’d gone through this was to take the practice exams repeatedly until you get at least 80 percent correct. The practice exams are the best gauge of how well you understand the material. The exam results break down how you did on each section – showing what you got wrong and what the correct answer was, and summarizing all incorrect questions so you can review and know what material you need to focus on in your next study section.

I took five practice tests in all. On the last one, I got 81 percent. I knew then I was likely as ready as I could be to take the real thing.

Walk us through the Big Test Day…

I was assigned to take the exam at a testing center north of Seattle, so I stayed at my parents’ house the night before to save some commuting time and get a better night’s sleep (unfortunately, my dog Cooper had other ideas about getting sleep that night).

On Test Morning, I went to a coffee shop a few hours beforehand to wake up with some caffeine and a bakery treat while getting in some last-minute studying. At this point, I was very ready to have it all be done. Then I drove to the center and sat for the 4-hour exam.

Kirsi and her dachshund, Cooper

Kirsi and her dachshund, Cooper

The test itself was at times excruciating. It’s multiple choice, but there are nuances in answers that require you to really sit with them and think about the right choice. There are also math equations.

How did you feel when you finally got the results?

One great thing about the PMP certification exam is that it’s scored in real time and the results are immediate – no waiting in agony for weeks to find out how you did. After I submitted the answer for my last question, a pop-up appeared letting me know I’d passed. I felt a rush of mixed emotions as weeks of anxiety lifted off my shoulders. I closed my eyes and raised my arms in victory. This drew the attention of a test proctor, who came over to ask if I was ok. I just gestured at the screen, and they nodded approvingly. I left the testing center and cried in my car with relief that this was no longer hanging over me. The journey was over, and I’d earned that certification.

Any parting advice?

I would pass on the advice I got to keep taking the practice tests until you’re getting at least 80 percent correct. You don’t want to take the test, fail, and have to go through prep all over again.

PFAS: An Emerging Contaminant for Brownfield Sites

Source: https://www.defence.gov.au/Environment/pfas/PFAS.asp

PFAS may seem like an obscure scientific acronym, but we encounter these chemical compounds—dubbed “forever chemicals”—in our food, water, air, and soil.

PFAS are perfluoroalkyl and polyfluoroalkyl substances, a family of over 4,000 man-made surfactant compounds manufactured to repel water and oil/grease. Since the 1940s, PFAS have been widely used in commercial and industrial applications, including many consumer products that can be found in every household: Teflon non-stick pans, food packaging, stain-resistant upholstery, and more.

Recent studies point to PFAS as a growing concern for communities and clients, including at water systems and brownfield sites. Aspect has recently worked on sites with PFAs concerns, and we summarize the history, background, and current regulations (both the state and federal scale) around this emerging environmental concern.

A Brief History of PFAS: Why Should We Care?

In 1956, researchers discovered that PFAS compounds bind to human proteins, and by the 1970s PFAS were found to accumulate in human blood. In 2000, the American Chemical Society published a study showing the distribution of people with detectable concentrations of PFAS in their blood was at a global scale. Research groups worldwide, including the U.S. Environmental Protection Agency (EPA), are increasingly evaluating the toxicity and potential human health risks of PFAS exposure.

Though limited human epidemiological studies have been conducted to date, laboratory animal studies suggest that adverse health effects due to PFAS may include irregular fetal development, cancer, and liver and thyroid damage, among others.

PFAS in the Environment

Source: https://pfasproject.com/2018/10/02/analysis-of-state-by-state-differences-in-pfas-regulation/

PFAS are released into the environment primarily from locations with long-term use of aqueous fire-fighting foams (military sites, airports, and fire-training facilities), industrial facilities that produce metal plating or directly produce PFAS, and landfills that receive municipal or industrial wastes. One of the main exposure pathways for the general public is via PFAS-impacted drinking water.

Of about 6,000 public water systems monitored by the EPA for PFOA and PFOS between 2013 and 2015, approximately 80 public water systems were found to contain the compounds at concentrations above the EPA’s Lifetime Health Advisory level of 70 parts per trillion (ppt). In Washington State, Aspect is incorporating testing for select PFAS compounds into drinking water aquifer monitoring programs at the request of municipalities.

Current State vs. Federal PFAS Regulatory Context

Despite the public and regulator awareness and general acceptance of the risks associated with PFAS exposure, PFAS compounds are not currently identified as hazardous substances in federal regulations to enforce investigation and cleanup standards. In 2019, the EPA released a PFAS Action Plan outlining an approach for their response, which is in progress. The plan suggests that in the relatively near future, we can expect to see at least the two most well-researched compounds, PFOA and PFOS, listed as hazardous substances at the federal level, by Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), or other pathways.

In the meantime, 28 states are forging ahead with state-level regulations in lieu of EPA enforceable action and CERCLA status. In Washington, the state legislature recently passed two bills limiting uses of PFAS in food packaging and Aqueous Film-Forming Foams (AFFFs) in 2018 (Engrossed State House Bills 2658 and 6413). Additionally, the Washington State Department of Health (DOH) is developing an amendment for Chapter 246-290 of the Washington Administrative Code (WAC) to address PFAS in drinking water in Washington. This amendment includes state action levels for the EPA’s two target compounds, PFOA and PFOS, as well as three additional compounds (PFHxS, PFNA, and PFBS).

The DOH is proposing a more protective approach than the EPA by setting the draft state action levels for PFOA and PFOS for Group A public water systems at 10 ppt and 15 ppt, respectively—lower values than the EPA’s Lifetime Health Advisory value of 70 ppt. DOH is projecting to finalize the amendment in 2021.

Learn More About PFAS

PFAS Draft Chemical Action Plan (CAP) – October 2020
Long-awaited Washington state plan (a joint publication by the DOH and Ecology) that offers recommendations to reduce PFAS exposure to humans and the environment. The public comment period is currently open until December 7, 2020.

Click here to access the public comment form.

Washington State Department of Health
Resource to learn more about PFAS, and a guide to statewide and nationwide initiatives to address public health concerns related to PFAS.

EPA PFAS Action Plan
National PFAS Action Plan detailing how the EPA is addressing PFAS identification, mitigating exposure, and engaging with affected communities. Refer to the EPA’s homepage for more information.

Safer States
A nationwide coalition of advocates, policymakers, and scientists who collect data on current PFAS policies and guidelines by state, which is then used to make PFAS policy and mitigation recommendations to the federal government.

PFAS-Free Products
A comprehensive list of products and brands from apparel to cookware to furniture that do not contain PFAS.


PFAS Next Steps in the Pacific Northwest

In October 2020, Washington State Departments of Health and Ecology published their PFAS Draft Chemical Action Plan (CAP). The draft CAP has been in development since 2016 and includes recommended actions to reduce human and environmental exposure based on a comprehensive assessment of known and potential sources and occurrences of PFAS in Washington State. The public comment period started on October 7, 2020, and closes on Monday, December 7, 2020. DOH and Ecology are projecting to finalize the CAP in 2021.

Applying State-of-the-Science Insight to PFAS Cleanup and Monitoring

The lack of federal PFAS guidance creates significant challenges for industry and public officials as they assess environmental liability and community impacts. Aspect is working on several projects to help clients problem-solve PFAS challenges, including applying state-of-the-science PFAS data to help municipalities evaluate and monitor wellhead protection programs.

On December 9, 2020, Aspect Senior Geologist Ali Cochrane and Associate Environmental Scientist Kirsi Longley will be presenting on PFAS at the CLE Bootcamp, an annual event for the continuing education of legal professionals, hosted by The Seminar Group. If you are interested in arranging a PFAS presentation for your team/organization or want to learn more about how Aspect can provide PFAS support, please reach out to Ali Cochrane and Kirsi Longley.

Zap! Pow! Remediators Unite: Environmental Science in a Comic Book

Aspect feels lucky to have a strong connection with Western Washington’s Huxley College of the Environment in Bellingham. Associate Scientist Kirsi Longley (Huxley College alumnus; featured on page 38 of the below comic!) and Principal Hydrogeologist Steve Germiat have guest lectured there over the years, talking the ins and outs of environmental remediation along with the day-to-day realities of being an environmental consultant. In fact, Steve Germiat presented to the class in March 2020, just a day before they stopped meeting on campus due to COVID-19 risks.

We wanted to turn the spotlight on this innovative and creative group taught by Professor Ruth Sofield. In just one example of creative communication, the students in the Science, Management, and Communication of Contaminated Sites (SMOCS) have taken their learning of environmental remediation and powered it into comic form. The comic is an innovative form of public outreach – and communicates the complexity of environmental cleanup to reach all audiences.

Given the recent COVID-19 public health recommendations, the class is now meeting exclusively online thus highlighting, even more, the importance of unique science storytelling that can reach many audiences even when not physically in the same location.

See the latest example of The Remediators here: https://issuu.com/ruth.sofield/docs/volumefive

Helping Power Seattle's Tech Sector

Seattle City Light is about to unveil its new state-of-the-art substation that will transition this South Lake Union site from a Greyhound bus maintenance facility and parking lot into an “architectural marvel.” From property acquisition and contaminant remediation through design and construction, Aspect completed a full range of environmental and geotechnical services to support the redevelopment of a sleek electrical substation wedged in the heart of Seattle’s tech sector.

Check out this great Seattle Times article on the new substation and peruse some photos of the truly impressive facility.

Testing Innovative Methods for Landfill Gas Monitoring in King County

Scientists from the CSE Corporation (a company developing cutting-edge gas detection devices used in air-quality monitoring) and Aspect remediation engineers are working in partnership to develop new methods for continuous methane-gas monitoring at landfills. CSE’s methane-gas monitoring products use solar-powered instruments outfitted with telemetry. Solar power eliminates the need for frequent battery replacement while telemetry allows remote monitoring of the data. With cooperation from King County Solid Waste Division, CSE has provided Aspect with test units to install at several of the County’s closed landfills to gauge the effectiveness of this technology for the landfill industry.

CSE has roots in the mining industry and a history of innovations, including the first self-contained rescue-breathing apparatus for use by mine personnel. KCSWD, Aspect, and CSE are testing the devices ability to monitor methane, a primary source of greenhouse gas emissions from landfills.
 

Got methane? CSE remote methane monitoring setup with telemetry and solar panel  on a passive landfill gas collection system in King County, Washington.

Inspiring Burgeoning Environmental Consultants

For an interdisciplinary WWU course led by Dr. Ruth Sofield and focused on the Science and Management of Contaminated Sites (SMoCS), Aspect’s Steve Germiat and Kirsi Longley gave budding environmental consultants a look at what life and work is really like for professional environmental consultants.

To complement the students’ landfill RI/FS case study, Kirsi presented Aspect’s recent RI/FS work at a landfill in western Washington. The presentation focused on the scope of the investigation, the findings, including how volatile contaminants can transfer between landfill gas and groundwater, and how the findings were developed into recommendations for remedial alternatives.  In addition to the scientific and technological challenges of environmental remediation, Steve and Kirsi addressed the nuts and bolts of a consultant’s role in the MTCA cleanup process, and the skills and attributes that enable a consultant to excel. Looking back on the presentation, Dr. Sofield said “Students benefit so much from interactions with Steve and Kirsi.  To actually learn from a practitioner and see that classroom material has real application changes how students think about and participate in their education.  It changes a lot for the students, including their intended career path.”

About SMoCS

In collaboration with Washington State Department of Ecology Toxics Cleanup Program, WWU’s Huxley College of the Environment (Huxley) offers undergraduate students a course series in the Science and Management of Contaminated sites (SMoCS). The SMoCS series includes three courses that build knowledge of the contaminated site cleanup process in Washington State with an emphasis on how scientific investigations are conducted, use of the technical documents associated with cleanups, the roles of different parties in cleanup decisions, and enhanced professional skills.  For more information on the program visit http://faculty.wwu.edu/harperr3/SMoCS.shtml.

Kirsi Longley Earns Project Management Professional Certificate

Aspect’s Senior Environmental Scientist, Kirsi Longley, recently passed the Project Management Professional (PMP) certificate exam. The PMP designation is through the Project Management Institute, a globally recognized nonprofit that champions professional development through trainings, research, and certification programs. Public sector and private clients are increasingly favoring a PMP to lead teams on complex, multidisciplinary projects. Kirsi joins Aspect’s other certified PMPs on staff: Principal Geotechnical Engineer Henry Haselton and Principal Water Resources Engineer John Knutson.

Kirsi’s new PMP status creates more opportunities for her and Aspect to serve as valued advisors to our clients. Congratulations, Kirsi!