GWES

?????????????? ?????????????? ????????????, ?????? ?????? ?????????????? ????????????????! We are excited to welcome Chelsea Hill Fallin, PE, to the GWES team as our newest Project Engineer. Chelsea graduated from the Georgia Institute of Technology with a degree in Civil Engineering and has a strong background in pipeline, civil site, and road design. She also has experience working on municipal projects, including water, wastewater, and stormwater infrastructure. In her role, Chelsea will assist with project management, design of municipal infrastructure, report writing, and construction management. She’s passionate about taking on turn-key projects and looks forward to working with clients and contributing to business development. Welcome to the GWES family, Chelsea! We’re excited to have you on board and look forward to seeing the impact you’ll make! #NewHire #ProjectEngineer #WelcomeToTheTeam #GWES #GrowingTogether #EngineeringSolutions

???????? ???????????? ?????????????????????? ???????????? ?????????????? Thanks to everyone who dived into this week’s trivia challenge! Your knowledge of flood probabilities is rock solid. ???????? ????????’?? ???????????????? ??????: The probability of a 100-year flood event being equaled or exceeded in any year is ________. A) 1% B) 10% C) 50% D) 0.1% ?????????????????????? ???????????? ????????... A) 1% ?????????????????????????? ?????? ??????-???????? ?????????? ?????????? The term "100-year flood" refers to an event that has a 1% probability of being equaled or exceeded in any given year. This does not mean such floods happen only once every 100 years—it’s a statistical measure based on historical data. Flood events of this magnitude can happen more than once within a short period, depending on climatic and environmental conditions. ?????? ?????? ????????? The concept of a 100-year flood is used in floodplain mapping, insurance rates, and infrastructure design to prepare for extreme weather events. For more information about flood probabilities, visit: NOAA: National Oceanic & Atmospheric Administration – Floods: Recurrence Intervals and 100-Years Floods -?https://lnkd.in/drZCU6MW. Join us next week for more GWES Weekly Engineering Trivia! Next week’s question will leave you high and dry in the best way possible—stay tuned!

?????????????? ????????????: ???????????????? ???????????? ???????? ???????????? ?????????????? GWES is proud to support Brantley County through construction inspection services as part of their Local Maintenance and Improvement Grant (LMIG) program. This paving project involved a comprehensive assessment of the road, identifying deficiencies, and implementing effective treatments to restore and improve its condition. The process included milling and removing old asphalt from areas with significant cracking and potholing, followed by patching those sections. A leveling course of asphalt was applied to address rutting and ensure a smooth base, topped with a final surface layer of asphalt for durability and longevity. Tack coats were used throughout to ensure strong adhesion between layers, ensuring a high-quality result. Check out the video and images showcasing the paving process and the finished roadway! We’re proud to play a role in enhancing infrastructure and improving the roads that keep our communities connected. #GWES #CivilEngineering #ConstructionInspection #BrantleyCounty #LMIG #Infrastructure #ProjectUpdate

???????? ???????????? ?????????????????????? ???????????? (?????????????? ???????????? ????????????) This week’s topic: Hydrology and Rain Events The probability of a 100-year flood event being equaled or exceeded in any year is ________. #Hydrology #RainEvents #EngineeringTrivia #GWESWeeklyTrivia #GoodLuck #DontCheat

???????? ???????????? ?????????????????????? ???????????? ?????????????? Thanks to everyone who honored our Veterans with this week's trivia challenge! Your understanding of military engineering is truly admirable. ???????? ????????’?? ???????????????? ??????: Which WWII military project, completed across harsh Alaskan and Canadian terrain, is a notable feat of engineering? A) Maginot Line B) Atlantic Wall C) Alaska Highway D) Siegfried Line ?????????????????????? ???????????? ????????... C) Alaska Highway ???????????????? ?????????????????????? ?????? ?????? ???????????? ?????????????? The Alaska Highway, built by U.S. Army engineers during World War II, spanned over 1,700 miles through rugged wilderness from Dawson Creek in British Columbia to Delta Junction in Alaska. Constructed in just eight months in 1942, the project presented extreme challenges due to freezing temperatures, rough terrain, and remote locations. This vital military route provided a crucial supply line to protect North America from potential invasions. ?????? ?????? ????????? The Alaska Highway became a symbol of American and Canadian cooperation, built with the efforts of over 10,000 soldiers and civilian workers. For more information about the Alaska Highway, visit: ???U.S. Department of Transportation Federal Highway Administration: America’s Glory Road - https://lnkd.in/ee-bnxGQ Join us next week for more GWES Weekly Engineering Trivia! Ready for next week’s challenge? It’ll honor engineering accomplishments just like this one!

???????? ?????? ??????????????: ?????????????????? ???????????????? ???? ???????????????????????? ?????????????? ?????????????? This Tech Tip Tuesday, we’re focusing on Construction Traffic Control—a critical process to ensure safety for workers, drivers, and pedestrians around construction zones while minimizing traffic disruptions. Effective traffic control involves careful planning, clear communication, and adherence to safety standards. ?????? ???????????????????? ???? ???????????????????????? ?????????????? ??????????????: 1. ?????????????? ?????????????? ???????? (??????): A detailed plan for managing traffic around the site, including signage, barriers, and lane configurations to guide traffic safely through or around the zone. 2. ??????????????: Alerts drivers to changes like "Road Work Ahead," "Reduced Speed," and detour directions, with temporary lane markings guiding traffic safely. 3. ???????????????? ?????? ????????????????????: Barriers (e.g., concrete or plastic drums) separate construction areas from traffic lanes, ensuring worker safety and preventing vehicles from entering restricted zones. 4. ????????????????: Trained personnel direct traffic through complex zones, ensuring smooth flow when lane closures or detours create uncertainty. 5. ?????????????? ?????? ???????? ????????????????: Detours redirect traffic, while lane closures reduce lanes. Proper management is crucial to minimize congestion. 6. ?????????????????? ?????????????? ??????????????: Used on major roads to control traffic flow, especially at impacted intersections. 7. ???????????? ??????????????????????????: Keeping the public informed through alerts, social media, and message signs helps drivers plan alternate routes. 8. ???????????? ????????????????: Safety barriers, reduced speed limits, and designated walkways ensure worker and pedestrian safety. 9. ?????????????????????? ???? ?????????????? (??????): Continuous management of traffic flow around the site, adjusted as project phases progress. 10. ???????????????????? ???????? ??????????????????: Adhering to guidelines like MUTCD in the U.S. ensures safe, standardized traffic control, meeting legal and practical safety needs. ???????????????? ???? ?????????????????? ???????????????????????? ?????????????? ??????????????: ?????????????????? ????????????:?Reduces accidents for drivers and workers. ???????????????? ????????????:?Minimizes congestion through planning and guidance. ?????????????? ??????????????????:?Informed drivers make safer route choices. ?????????????????????? ????????????????????:?Meets all legal requirements for construction zone traffic. Effective construction traffic control keeps projects safe and organized, helping the public navigate zones with minimal disruption. Join us next week for more #TechTips from GWES! #TechTipTuesday #ConstructionSafety #TrafficControl #PublicSafety #GWES

???????? ???????????? ?????????????????????? ???????????? (?????????????? ???????????? ????????????) This week’s topic: Military Engineering – Veterans Day Edition Which WWII military project, completed across harsh Alaskan and Canadian terrain, is a notable feat of engineering? #VeteransDay #MilitaryEngineering #EngineeringTrivia #GWESWeeklyTrivia #GoodLuck #DontCheat

On this Veterans Day, we honor and thank the brave men and women who have served our country with dedication and courage. At GWES, we deeply appreciate the sacrifices made by our veterans and their families to protect our freedoms. Today, we salute you and recognize your invaluable contributions to our nation. #VeteransDay #ThankYouVeterans #HonorAndRespect

???????? ???????????? ?????????????????????? ???????????? ?????????????? Thanks to everyone who tuned into this week’s timely trivia challenge! Your knowledge of Daylight Saving Time history is right on schedule. ???????? ????????’?? ???????????????? ??????: Which U.S. agency implemented Daylight Saving Time during World War I to help conserve fuel? A) Department of Agriculture B) Interstate Commerce Commission C) Federal Power Commission D) Fuel Administration ?????????????????????? ???????????? ????????... D) Fuel Administration ?????? ?????????????? ???? ???????????????? ???????????? ???????? The U.S. Fuel Administration introduced Daylight Saving Time in 1918 during World War I as a measure to conserve fuel for the war effort. By extending daylight hours, they hoped to reduce the need for artificial lighting in the evenings, saving valuable resources. Although initially unpopular, Daylight Saving Time has continued in various forms, with ongoing debates about its impact. ?????? ?????? ????????? Daylight Saving Time was repealed after World War I due to widespread opposition, especially from farmers who found it disruptive. For more information about Daylight Saving Time, visit: ???AARP - Daylight Saving Time Facts: https://lnkd.in/dgm-i4Qz Join us next week for more GWES Weekly Engineering Trivia! Ready for next week’s challenge? It’s sure to be illuminating!

#??????????????????????????????: ?????????????????????? ?????????? ?????????????????????????? ???? ???????? ???????? This #ThirstyThursday, we’re excited to highlight our recent experience at the Georgia Association of Water Professionals (GAWP) 2024 Fall Conference & Expo on Jekyll Island! The conference brought together water professionals from across Georgia to share knowledge, explore new technologies, and discuss solutions for the critical challenges facing the water industry today. ?????? ?????????????????????? ???????? ???????? ????????????: ?????????????????? ??????????????:?With sessions covering everything from biosolids management to laboratory practices, the GAWP conference allows professionals to learn about the latest advancements in water and wastewater management. ???????????????????? ?????? ????????????????????:?Conferences like GAWP introduce emerging technologies and methods that enhance water treatment, distribution, and conservation efforts. ?????????????????????????? ?????? ????????????????????:?Bringing together water industry experts fosters collaboration, building a stronger network of professionals dedicated to providing safe, reliable water for communities. ???????????????????????? ??????????????????????:?These events offer insights into best practices that improve the efficiency and quality of water services, benefitting both the professionals in attendance and the communities they serve. At GWES, we value continuous improvement, and the GAWP conference provided us with invaluable insights to apply in our projects and better serve our clients. We’re proud to be part of a community dedicated to advancing water and wastewater practices, supporting sustainable, resilient infrastructure for Georgia’s future. This #ThirstyThursday, let’s raise a glass to the professionals and organizations working to ensure safe, reliable water for all! #ThirstyThursday #GAWP2024 #WaterProfessionals #SustainableWater #GWESImpact #ContinuousImprovement