Murray’s Post

Kickstart your #career in #engineering and #OffshoreWind with these #SkillsBootcamps.

Roles you didn't know within the construction industry 🚧🧱🦺🛠️ There are so many amazing and unique roles within the construction industry that so many people don't even think about! #construction #constructionroles #constructioniobs #jobsinconstruction #engineering #engineer #sustainability #sustainable #liftengineer #technician #electrician #fireengineering #firetech #energy #energyconsultant

A job site waiting for the action to start. That's how it all begins. As a wet utilities contractor, Paulus Engineering is the first to get things rolling at a job site. 🏗️🌄 #PaulusEngineering #WetUtilities #UndergroundServices #SouthernCaliforniaContractor #FirstOnSite #InfrastructureBuilders #CaliforniaWaterSystem #EngineeringPride #SoCal #PipelineInstallation #FireWater #StormDrainage

I had a great time back in Queensland last week catching up with some old faces and meeting new ones. A recurring topic of discussion among those I met was the challenge in innovating in geotechnical instrumentation, and engineering for that matter, in Australia – particularly when it comes to civil infrastructure. The concerns raised surrounded three interlinked issues: 1.      Client specifications are prescriptive to the extent that opportunities to introduce innovative solutions, advanced construction practices, or apply an observational approach in which efficiencies can be introduced through close real-time monitoring, are being stifled. Removing the opportunity to value engineer based on in-situ data limits the value offered by advanced instrumentation and monitoring programs. 2.      The engineers developing the I&M plan aren’t necessarily the ones reviewing and implementing the outputs, so the intended application of the data to the design can get lost in translation. This can go one of two ways; data from a comprehensive monitoring plan is underutilised by the reviewing consultants, stripping away value from the program; or inadequate instrumentation and monitoring is implemented, restricting the reviewing consultant’s capacity to derive value from it. Either way, the potential value from the instrumentation and monitoring plan is not met. Where outputs are applied appropriately, the ability to enhance design is inhibited by point 1. 3.      The ultimate purchasing decision for instrumentation will often come down to the contractor. With little upside exposure to the value offered by comprehensive monitoring programs, the lowest price to “tick the box” will often win, leaving little room for performance-based innovation. Clients, consultants, and contractors working together to deliver data-driven designs enabled by a modern monitoring approach will mean more efficient, sustainable, and cost-effective infrastructure and a better return on investment for the taxpayer. Do you agree? If so, how do we motivate clients to adjust their tolerance for creativity?

The Role and the Criticality of Site Surveys Site surveys are a critical stage in the beginning of a project as they provide a detailed understanding of the existing conditions and constraints of the site. This information is essential for planning and designing the project, and for ensuring that the final product meets the needs of the client. Site surveys should be performed by the most experienced technicians or engineers, as they require a high level of expertise and knowledge. The results of a site survey should be accurate and complete, as they will form the basis for the design and construction of the project. A well-conducted site survey can help to identify potential problems early on, and can save time and money in the long run. By ensuring that the site survey is performed by the most experienced technicians or engineers, clients can be confident that the results will be accurate and reliable, and that the project will be successful. #sitesurvey #engineering #projectmanagement #airfiltration #powerstation #offshore #onshore

Fantastic opportunities in Florida

🌍 Ready to change the world one engineering project at a time? 🌟 Let's talk about the power of creating a personal mission statement as a civil engineer and aligning your career goals with it! 💼 As a civil engineer, you have the incredible opportunity to make a positive impact on the world around you. 🏗️ From designing sustainable buildings to creating efficient transportation systems, your work has the potential to shape the future for generations to come. 🌱 One way to stay focused on your goals and values as a civil engineer is to create a personal mission statement. 📝 This statement acts as a guiding principle for your career, helping you stay true to your values and vision. By aligning your career goals with your mission statement, you can ensure that every project you work on is moving towards a greater purpose. 💫 When it comes to changing the world through engineering, renewable energy is a topic that cannot be ignored. 🌞 As a civil engineer, you have the skills and knowledge to design and implement innovative solutions that harness the power of renewable energy sources. Whether it's designing solar panels or wind turbines, your work in renewable energy can help reduce our reliance on fossil fuels and combat climate change. 🌿 So, why not embrace the power of changing the world by being an engineer? 🛠️ Let's create a future where sustainable energy is the norm and our planet is thriving. 🌎 Don't just take my word for it - take action! Start by creating your own personal mission statement as a civil engineer and see how it can transform your career. 💪 And remember, the world needs more engineers who are committed to making a difference. Let's be the change we want to see! 👷♂️👷♀️ #EngineeringWithCatalin #CivilEngineering #RenewableEnergy #MissionStatement #ChangeTheWorld #SustainableFuture #IngeniereCuCatalin #BeTheChange #EngineeringGoals #LinkedInPost 🚀 If you're ready to join the movement, hit the subscribe bell on my profile for more inspiring content! Let's make a difference together. 👏💼💡 #IngeniereCuCatalin #EngineeringWithCatalin #ChangeTheWorld #MissionStatement #RenewableEnergy #CivilEngineering #BeTheChange

Rahnamoun Geotechnical Consulting Engineers: Consultancy and services related to the vulnerability assessment of infrastructures and key resources in the Persian Gulf Special Economic Zone. Vulnerability assessment of infrastructures involves examining and analyzing the levels of vulnerability and reliability of various infrastructural components, including structures, roads, bridges, water and wastewater networks, water supply, energy, and other essential infrastructures. With their experience and expertise, Rahnamoun Geotechnical Consulting Engineers can provide accurate vulnerability assessments of infrastructures using engineering and analytical methods. This assessment involves examining and analyzing various factors such as geological conditions, hydrological conditions, seismic factors, environmental impacts, and other relevant factors. With this information, engineering consultants can offer suggestions and solutions for improving the vulnerability of infrastructures and optimizing the utilization of key resources in the Persian Gulf Special Economic Zone.

What's going on in Engineering? Check out our latest roles in Water Infrastructure and Treatment! Interested in a specific role? Reach out to Ben Chadwick for more information. bchadwick@smithandwilkinson.com 207.289.3138 #Hiring #Engineering #EngineeringRoles #WaterEngineering #WaterInfrastructure #PartnersinTalent