Lewisville ISD’s Post

As technology and environmental concerns advance, so does the field of civil design. The dynamic nature of civil engineering and design is advantageous to Gen Z's concentrate on developing transferable skills. Maintaining a competitive edge in an industry that is constantly carrying out new technologies and sustainable practises requires ongoing education and skill development. Gen Z civil designers can effectively navigate change, participate in creative projects, and help shape a resilient and sustainable future in infrastructure development and urban planning by cultivating adaptability. #genz #skillsdevelopment #developmentopportunity #growthmindset #education #innovation #ai #artificialintelligence #mindsetshift #creative #infrastructure #urbanplanning Dynamic Design Creations

Inspiration can come from the most unexpected places! In this case, a deck of playing cards sparked an innovative idea for our team. Civil Engineering has several important aspects, but not all are commonly discussed. That's why we're creating an interactive site for our young engineers to learn and ask questions. Understanding the impacts of each aspect of site design is crucial to our work. If you're curious about what some of these symbols represent, feel free to chime in! #urbanstrategy #civilengineering

Sunday STEM Funday - Civil Engineering Edition Welcome to a special edition of Sunday STEM Funday, dedicated to the fascinating world of civil engineering, brought to you by GWES. Activity: Sandcastle Foundations Challenge Experience the fun outdoors with the Sandcastle Foundations Challenge! Through this playful activity, kids will learn about the importance of strong foundations and soil stability in civil engineering projects. Materials you’ll need: • Sand (a sandbox or a visit to the beach would be perfect) • Buckets and small spades/shovels • Water • Stones, shells, and sticks for decoration (optional) Steps: 1. Introduce Foundations: Start by explaining how buildings and structures need a strong foundation to stay upright, especially in different types of soil. 2. Build the Base: Have the kids dampen the sand with water, then pack it tightly into the bucket to form the base of their sandcastle. 3. Shape and Design: Once the base is set, kids can shape and carve their sandcastle, ensuring they have a strong and wide base for stability. 4. Test Stability: Once their castles are built, simulate “earthquakes” by lightly shaking or tapping the ground nearby. Discuss which designs stood strong and why. 5. Decorate: Allow the kids to decorate their sandcastles using stones, shells, and sticks. 6. Discuss: Talk about the significance of a sturdy foundation and relate it back to real-world buildings and structures. 7. Share the Fun: Capture the budding engineers in action and share photos of their sandcastle creations on social media, celebrating their innovative designs! Eager for more hands-on engineering challenges? Stay tuned every Sunday for more STEM fun! Unearth the basics of civil engineering with hands-on exploration, making foundational concepts tangible and fun. #SundaySTEMFunday #GWESSTEM #SandcastleFoundationsChallenge #CivilEngineering

Wow, this is such an interesting video! I've always been fascinated by the process of building and architecture. It's amazing to see the level of skill and precision that goes into creating something as seemingly simple as stairs. This video is not only educational but also showcases the innovation and creativity in the field of civil engineering. Thank you for sharing this, Felipe! #architecture #engineering #education #civilengineering #innovation

Historic preservation plays a crucial role in our modern world by preserving cultural heritage and promoting sustainable development, but the lack of educational programs on #historicpreservation is significant.  Recognizing this gap, Johns Hopkins’ Civil and Systems Engineering (CaSE) is one of the few programs offering specialized courses in historic preservation for civil engineers. CaSE provides students with a unique education in preserving and enhancing the structural integrity of historical structures. They are taught how to maintain the physical integrity of structures, while also learning about historic materials that may no longer be in widespread use.  Take a look at American Society of Civil Engineers’ recent “Civil Engineering” article that highlights importance of the unique role civil engineers play in historic preservation: https://lnkd.in/gV6wJXUG

Civil Engineering is about implementing principles of Statics in creating structures. Very good post shared here , can be applied on your next construction project . A straight wall would topple more easily if pushed whereas a curved wall will transfer the load to the foundation and shear forces will bring the resistance . This clarifies the reason for the walls for many forts being curve too . Open to comments from Civil Engineering experts .

How design influence in the economy and in the environmental. #innovationindesign #sustainability #organics #environmentalsustainability

Simple that advantage of the structural value of the arch!

Read the full article on the introduction of #civilengineering at The University of Huddersfield 🏠👷🏗️

[PDF] Construction Technology Part. 2: Industrial and Commercial Building Mike Riley, Alison Cotgrave digsell https://lnkd.in/eKU-wpUK The second volume in the “Construction Technology” set looks at the construction of industrial and commercial buildings for students at undergraduate and HNC/D level. Each element of a structure is considered within a comparative study at the end of the chapter dealing with that element. The comparative study aims to summarise in very simple terms the salient features of the alternative options. Other key features include case study material taken from actual building sites, an accessible text design, self assessment review exercises, and an accompanying lecturer and student web site. The two volumes can either be used individually or together … Read More » https://lnkd.in/eRx4hMqG