Do you have Engineering experience with an emphasis in stormwater management including hydrologic and hydraulic modeling, analysis of watersheds, and design of stormwater improvement projects? If you enjoy working in a dynamic environment and want to make a difference for Chesapeake and its citizens, come and join our team! The City of Chesapeake’s Department of Public Works is seeking a Civil Engineer IV that is responsible for managing and supervising our Stormwater Engineering Section. The selected candidate will have a strong working knowledge of stormwater practices and experience in supervising a team of professionals to successfully deliver projects within schedule and budget. Find Your Path! Apply NOW! Jobs.CityOfChesapeake.net #civilengineer #stormwater #publicworks
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As a civil engineer you need as much information as possible to make the right choice when considering a stormwater quality treatment device for your project. But how can you be certain that the system you’ve chosen is the best value and fit for your customer? At Stormwater Professionals Group, we inspect and maintain stormwater quality systems. Because of that experience, our stormwater engineering team in Houston has a thorough, real world understanding of the multitude of systems out there and the real cost of ownership. Put our knowledge to work on your next project! Our stormwater engineering experts in the Houston area will provide a no cost analysis of whatever systems you would like to compare and provide recommendations based on the site, with the goal of both lower upfront costs, as well as cost of maintenance and ownership. Learn more on the website, the link is in the first comment. #stormwater #civilengineering #stormwaterprofessionalsgroup #texas #detentionpond #propertymanagement
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Civil Engineers are known for their adaptability, handling various project aspects. For these tasks, a reliable partner with expertise in stormwater management, low impact development, and more is a must. Since 2002, Convergent has been that partner. Together, we shape a brighter project landscape. #Stormwater #GreenInfrastructure #Innovation #Construction
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I love surveying because with it I am able to solve alot of issues practically in the implementation of complex building and civil engineering tasks and simplifying major activities while providing accurate land surveying.
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SURVEY ENGINEERING SERVICE PROVIDER 18 Years Experience in Survey Engineering, Providing all types of Survey like BUILDING, ROAD, HIGHWAY, METRO, AIRPORT , BRIDGS,RAIL,WE ALSO PROVIDE SURVEY TEAM FOR ALL PROJECTS.
Coordinate measurement; The coordinates of an unknown point relative to a known coordinate can be determined using the total station as long as a direct line of sight can be established between the two points. Angles and distances are measured from the total station to points under survey, and the coordinates (X, Y, and Z; or easting, northing, and elevation) of surveyed points relative to the total station position are calculated using trigonometry and triangulation. To determine an absolute location, a total station requires line of sight observations and can be set up over a known point or with line of sight to 2 or more points with known location, We are providing a survey team with equipment (Total Station) on a monthly Basis. For More- Please Contact- FORTUNATE ENTERPRISES Construction & Engineering Survey Service Mob : +91 7738840508 Email : [email protected] #surveyor #surveying #landsurveyor #projectsurveyor #buildingsurveyor #constructionsurveyor #surveyagency #surveyteam #buildingconstruction #project #civil #urgent #hiring #survey
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Great Opportunity in Florida
✊ 👊 Knock, Knock! - Opportunity is knocking at your door! I am looking for a Water Resources Engineer in our #sarasota FL office. Successful candidate would have roughly 3-7 years of experience in land development and/or stormwater engineering. 👉 https://lnkd.in/gBVF--me #civilengineeringjobs #waterresources #careerdevelopment #careeradvancement #opportunities
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🌊 Water Resource Engineering is making waves in the world of civil engineering! With infrastructure grades barely paddling above a 'D', the push for specialized water resource engineers is more than just a ripple - it's a tsunami of demand. 💧 In their watery world, these engineers aren't just designing treatment plants or fixing pipelines. They're the unsung heroes ensuring every drop we drink is safe and our natural disasters don't turn into man-made catastrophes. Their latest quest? Turning wastewater into gold - well, not literally, but almost! They're extracting nutrients for fertilizers and capturing heat for our homes. 💡 And as the climate heats up, they're our knights in shining armour, turning down the temperature on waterways to keep our planet cool. It's more than a job; it's a call to keep our communities afloat. 🚰 Considering this career? A splashing start is a degree in civil engineering, and catapulting ahead could mean a master's. So, are you ready to dive in and make a splash in water resource engineering? 🎓💼 #CivilEngineering #WaterResource #Sustainability P.S. I'm looking to speak with talented Transportation and Water Engineers all across Florida. We are currently partnered with some exciting firms who are offering: 🏠 - fully remote and hybrid working models (company dependent) 🚀 - working on FDOT projects 😊 - friendly, supportive and collaborative environment
Water Resource Engineering: Trends and Careers in Civil Engineering
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The roads and highways construction include the following tasks that invloved a professional Geotechnical Engineer who is respnsible for the mentioned work: 1. **Site Investigation:** Conducting thorough site investigations to assess soil and rock conditions, groundwater levels, and potential hazards such as landslides or subsidence. 2. **Geotechnical Analysis:** Analyzing soil and rock samples obtained from drilling to determine their engineering properties and suitability for construction. 3. **Foundation Design:** Designing appropriate foundations for highway structures, such as bridges and overpasses, based on soil conditions and load requirements. 4. **Slope Stability Analysis:** Assessing the stability of highway embankments and cut slopes to prevent slope failures and ensure road safety. 5. **Earthwork Design:** Designing earthworks, including cuts and fills, to optimize construction costs and minimize environmental impacts. 6. **Pavement Design:** Providing input for pavement design by evaluating subgrade conditions and recommending appropriate pavement structures. 7. **Groundwater Management:** Designing dewatering systems for controlling groundwater during excavation and construction activities, particularly in water well drilling projects. 8. **Construction Monitoring:** Monitoring construction activities to ensure compliance with geotechnical design specifications and addressing any unforeseen ground conditions encountered during drilling or excavation. 9. **Risk Assessment:** Identifying and mitigating geotechnical risks associated with highway and well drilling projects, such as liquefaction, settlement, or groundwater contamination. 10. **Environmental Impact Assessment:** Assessing the potential environmental impacts of construction activities on soil, water, and ecosystems, and proposing mitigation measures as necessary. By fulfilling these tasks, Geotechnical Engineers contribute to the successful planning, design, and implementation of highway and water well projects while ensuring safety, stability, and environmental sustainability. Collected post from Gabro Geo.
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As municipalities grow, the number of buried #utilities grows. Likewise, the number of potential problems grows, including more live and abandoned utilities interfering with new projects. Subsurface Utility Engineering looks to counteract these pain points through civil engineering, surveying and vacuum excavation. Read more: https://ow.ly/AxKm50Q7FVl #damageprevention
Damage prevention and safety: SUE, vac excavation increase safety and save time
undergroundinfrastructure.com
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I was asked recently by a client 'what else can civil IQ help us with?'. We are currently developing a civil/ stormwater remediation project with them, but made me think, that with our organic growth, we have probably not made it known of the services we offer these days regionally in NQ and interstate, which are: - Civil Engineering Design o Earthworks o Roads Infrastructure o Stormwater and Drainage o Water Sensitive Urban Design o Erosion and Sediment Control - Geotechnical Engineering o Investigations and Assessments o Geotechnical Design o Factual/ Interpretative Reporting o Technical Specifications - Hydrologic/ hydraulic modelling and Flooding Assessments, SWMP’s - Natural Resources and Waterways Rehabilitation - Civil Design Modelling and Drafting - Material Take Offs/ Schedules of Quantities - Asset Management Services - Construction Phase Services/ Quality Assurance - Independent Review and Verification We are currently working in the following industries/ sectors: - Civil Infrastructure - Local, State and Federal Government Projects - Ports - Defence - Mining and Mining Rehabilitation - Renewables - Natural Resources An example of our diversity of projects and what we are doing/ have done is here too
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Drainage Applications in Tunnels: Tunnels, as crucial underground structures in the fields of civil engineering and underground transportation, hold significant importance. One fundamental aspect in the design and implementation of tunnels is the proper management of water within the structure. Drainage applications in tunnels are of paramount importance, being indispensable for enhancing the lifespan, safety, and stability of tunnels. 1-Prevention of Water Ingress: One of the primary applications of drainage in tunnels is to prevent water from entering the structure. Water ingress can lead to serious issues such as a reduction in the strength of construction materials, flooding, and damage to internal tunnel equipment. 2-Groundwater Level Control: Drainage systems serve as effective tools for controlling groundwater levels. By establishing suitable pathways for water movement, it is possible to prevent an increase in groundwater pressure and reduce water infiltration into the tunnel. 3-Protection of Electrical and Mechanical Systems: Tunnels typically house electrical and mechanical equipment vulnerable to water damage. Utilizing drainage systems ensures proper protection against water ingress, preserving the integrity of these systems. 4-Safeguarding Adjacent Structures: Water entering the tunnel can not only harm the tunnel itself but may also have adverse effects on nearby structures and infrastructures. Adequate drainage can mitigate these impacts, keeping structures safe. 5-Prevention of Hydrostatic Pressure: The entry of water into the tunnel may increase hydrostatic pressure, posing a threat to the structure. Drainage systems alleviate these pressures, providing assurance of tunnel stability. 6-Enhancement of Safety and Efficiency: By preventing flooding and water ingress into the tunnel, safety is improved, and the likelihood of operational and maintenance issues is reduced. This positively influences efficiency and maintenance costs. #tunnellingcourse #tunnelengineering #tunnelcourse #tunelfuturistico #tunelizacion #tunelfuturistico #tunnelengineering #artoftunnelling #tunnel #tunnelengineeringisthefuture #tunnelling#civilengineering #miningengineering #knowledge #drainage #drainagesolutions #learntunnelling #tunnelphoto #geotechnicalengineering #geologist #undergroundconstruction #undergroundspace #undergroundproject #تونلسازی #tunellingtechnique #tuneldeviento #tünel #tunelbana #túnel
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