Beth McLarty Halfkenny’s Post

geotechnical design

🌟 Geotechnical Engineer Soft Skills 🌟 In the world of geotechnical engineering, technical expertise is essential, but it's the soft skills that set great engineers apart from the rest. These intangible qualities are the secret sauce that drives success in this field. From effective communication to problem-solving abilities, geotechnical engineers must possess a wide range of soft skills to excel in their roles. The ability to work well with others, foster strong relationships with clients, and think critically under pressure are just a few examples of the key soft skills required in this challenging profession. Imagine a scenario where a geotechnical engineer is faced with a complex problem on a construction site. Without strong interpersonal skills, they may struggle to collaborate effectively with their team members and find a solution. However, a geotechnical engineer with excellent soft skills can navigate the situation with ease, leading their team to success. So, next time you're brushing up on your technical know-how, don't forget to sharpen your soft skills as well. They could be the difference between mediocrity and greatness in the world of geotechnical engineering. 💪🔧 #GeotechnicalEngineering #SoftSkills #SuccessStory

The California Board for Professional Engineers, Land Surveyors and Geologists (BPELSG) is undertaking a comprehensive research project of the geotechnical engineer profession referred to as an Occupational Analysis. You are invited to participate in an online survey that will validate the tasks and knowledge that are important to the work performed by geotechnical engineer professionals as it applies to the definition of geotechnical engineer and authority to practice in California.  The results of the study will be used to update the California Geotechnical Engineer examination. The Occupational Analysis is completed every five to seven years and is the source for determining the content of the licensing examinations. This analysis is an essential step in keeping the geotechnical engineer examinations current and practice related. Your participation is critical to ensuring the success of the study. As part of this study, we need your assistance in completing an online survey. Please consider filling out the survey that takes approximately 30 minutes to complete and can be saved and completed in multiple sessions. Once you start the survey, you will have 7 days to complete. Survey link: https://lnkd.in/gji56svu Your completed survey should be submitted on/by June 30, 2024 (11:59 PM PST). Thank you in advance for your participation in this survey and ongoing support of the program. Please also share this information with other California Geotechnical Engineer licensees, the more licensees that participate, the better results we will receive.

We feel the need -- the need for speed (and doing the job properly!). 😎 Getting the job done on time and on budget requires proper planning and execution from our project team and field staff, while ensuring that proper safety and environmental conditions on site are being met. #drilling #canadiandrilling #mineralexploration #geotechnical #siteinvestigation #engineering #soilinvestigation #canadiantrades #explorationdrilling

🌿 Foundations of Success: The Critical Role of Geotechnical Site Investigations 🌍 A fundamental aspect of any successful construction and environmental project: geotechnical site investigations. This process ensures that we understand the subsurface conditions that influence the design and integrity of our developments. 🔍 What Are Geotechnical Site Investigations? Geotechnical site investigations provide essential data about soil, rock, and groundwater conditions at a site. These investigations are critical for designing foundations, retaining structures, and other key elements. By thoroughly understanding subsurface conditions, we can ensure the stability, safety, and sustainability of our projects from the outset. 🚀 The Investigation Process: Precision and Expertise Our geotechnical investigations begin with a detailed site assessment, utilising a variety of techniques such as soil borings, test pits, and geophysical methods. These methods allow us to collect precise subsurface data, which is then analysed to determine soil composition, strength, and other essential parameters. The culmination of this process is a comprehensive geotechnical report that guides engineering decisions and risk management strategies. 📊 Applying Geotechnical Insights: From Data to Action The insights derived from geotechnical investigations are indispensable for informed project planning and execution. Our Geotechnical Consultant use our findings to design foundations that address site-specific challenges, including variable soil conditions and seismic activity. Our work ensures that structures are not only safe and compliant but also optimised for long-term performance and resilience. 🌟 Impacting the Future: The Value of Geotechnical Expertise Our geotechnical expertise extends beyond immediate project requirements. By providing accurate, reliable data, we help clients mitigate risks, reduce costs, and enhance the durability of their projects. Whether the project involves new commercial developments, infrastructure upgrades, or environmental remediation, our geotechnical investigations form the bedrock of success. If you're looking for deeper insights into the role of geotechnical investigations and other key aspects of environmental consulting have a look on our website: https://lnkd.in/gvr_4tjr

A Phase 2 Ground Investigation (also known as a site investigation) is often the first bit of groundbreaking to be done for a new project, usually after a period of desk-based assessment (Phase 1). The best ground investigations are designed to target areas of geotechnical or environmental concern from the Desk Study, to 'fill in' any gaps with real site data and provide more information for the development design. There are a wealth of different ground investigation techniques available to use, from simple hand dug pits to complex multi-phased investigations combining several types of drilling, specialist testing, and soil, groundwater and gas sampling and monitoring. Every site is different, and a good consultant tailors their investigation plan to suit the specific needs of the development in hand. FWS has the expertise to undertake the necessary desk study, investigation programmes, remediation design, specification and contract management to help ensure your developments are delivered on time and to budget. The attached photos are from a recent ground investigation in Lincolnshire with Lankelma Ltd undertaking CPT testing - a great technique for the ground conditions and client's requirements at this stage. To take advantage of FWS Consultants Ltd's capabilities and for geotechnical and geo-environmental support either on current projects or pipeline opportunities, don't hesitate to get in touch with one of the team, who will be more than happy to help. Matthew Lakey or Catherine Miller can be contacted either by email (matthew@fwsconsultants.com, catherine@fwsconsultants.com) or by phone (01388 420633) Scotland: Monique Pearce can be contacted either by email (mcuthbert@fwsconsultants.com) or by phone (01355 207778) Yorkshire/Midlands: Brad Hall can be contacted either by email (brad@fwsconsultants.com) or by mobile (07842 442498) or feel free to contact the head office (admin@fwsconsultants.com or 01388 420633) #groundinvestigation #siteinvestigation #drilling #sampling #testing #Geoenvironmental #Geotechnical #Phase2  #contamination #contaminatedland #consultancy #planning #planningpermission

Geotechnical Engineering

New Post: Project Environmental Engineer – Portland, Oregon - https://lnkd.in/giqYw2xg - Portland, Oregon GeoEngineers As an Project Environmental Engineer, you will be responsible for planning, performing, and managing fieldwork and technical tasks to collect environmental and compliance data (soil, sediment, groundwater, stormwater, wastewater and vapor), performing and managing oversight of construction, evaluating and interpreting environmental and compliance data, performing engineering and scientific analysis and evaluation, preparing documents including work plans, reports and design (design drawings, specifications, and engineers estimate), managing projects/tasks, and mentoring junior staff. Performs duties in collaboration with senior engineers/geologists.  Essential Duties and Responsibilities    Plan, perform, and manage field explorations and environmental and compliance data (soil, sediment, groundwater, and vapor) collection efforts. Field explorations may include drilling and test pitting to collect soil samples, sediment grab sampling and coring, and monitoring well installation, collection of groundwater samples, and site/Facility compliance inspections and sampling, such as stormwater, wastewater, or air samples.Evaluate and interpret field and laboratory  data, perform engineering/scientific analysis and evaluation, and develop solutions to complex problems.Evaluate the fate and transport of environmental contaminants in various media including soil, sediment, groundwater, and vapor, and develop conceptual site models to evaluate contaminant exposure pathways to receptors.Develop solutions to environmental and compliance problems by evaluating different and applicable technologies. Prepare remedial investigation work plans, sampling and analysis plans, data reports, remedial investigation/feasibility study (RI/FS) reports, cleanup action plans, and remedial action completion reports on environmental remediation projects involving multiple contaminated media including soil, sediment, groundwater, and vapor.Performing disproportionate cost analysis (DCA) to meet the requirements of the State’s Model Toxics Control Act (MTCA) Cleanup Regulations and/or Sediment Management Standards (SMS).Prepare design documents and supporting deliverables, including engineering calculations, design drawings, specifications, and engineers’ estimate.Prepare permit applications and coordinate with regulatory agencies in obtaining project permits.Support clients with project bidding/contract solicitation, and contractor selection process for cleanup construction.Perform management and oversight of construction involving remedial and compliance activities such as: dredging of contaminated sediment and wood debris; installation of sediment caps; installation, operations and maintenance of in-situ remediation systems; installation and operations and mai

New Post: Environmental Project Engineer – Portland, Oregon - https://lnkd.in/gSz9dvcj - Portland, Oregon GeoEngineers As an Environmental Project Engineer, you will be responsible for planning, performing, and managing fieldwork and technical tasks to collect environmental and compliance data (soil, sediment, groundwater, stormwater, wastewater and vapor), performing and managing oversight of construction, evaluating and interpreting environmental and compliance data, performing engineering and scientific analysis and evaluation, preparing documents including work plans, reports and design (design drawings, specifications, and engineers estimate), managing projects/tasks, and mentoring junior staff. Performs duties in collaboration with senior engineers/geologists.  Essential Duties and Responsibilities    Plan, perform, and manage field explorations and environmental and compliance data (soil, sediment, groundwater, and vapor) collection efforts. Field explorations may include drilling and test pitting to collect soil samples, sediment grab sampling and coring, and monitoring well installation, collection of groundwater samples, and site/Facility compliance inspections and sampling, such as stormwater, wastewater, or air samples.Evaluate and interpret field and laboratory  data, perform engineering/scientific analysis and evaluation, and develop solutions to complex problems.Evaluate the fate and transport of environmental contaminants in various media including soil, sediment, groundwater, and vapor, and develop conceptual site models to evaluate contaminant exposure pathways to receptors.Develop solutions to environmental and compliance problems by evaluating different and applicable technologies. Prepare remedial investigation work plans, sampling and analysis plans, data reports, remedial investigation/feasibility study (RI/FS) reports, cleanup action plans, and remedial action completion reports on environmental remediation projects involving multiple contaminated media including soil, sediment, groundwater, and vapor.Performing disproportionate cost analysis (DCA) to meet the requirements of the State’s Model Toxics Control Act (MTCA) Cleanup Regulations and/or Sediment Management Standards (SMS).Prepare design documents and supporting deliverables, including engineering calculations, design drawings, specifications, and engineers’ estimate.Prepare permit applications and coordinate with regulatory agencies in obtaining project permits.Support clients with project bidding/contract solicitation, and contractor selection process for cleanup construction.Perform management and oversight of construction involving remedial and compliance activities such as: dredging of contaminated sediment and wood debris; installation of sediment caps; installation, operations and maintenance of in-situ remediation systems; installation and operations and maintenance of stormwater and industrial wastewa