#Engineering Solutions

A little structural engineering lesson! Jettying is where upper level walls are shifted out beyond the area of the floor below. Beams supporting these walls have to be cantilevered out past the lower level walls. When a structure utilizes jettying - a negative bending moment is created which causes the beam to bend upwards. The positive bending moment from regular floor load is counteracted by the negative moment from the wall supported at the end of the cantilever. This can drastically reduce the depth of beams needed for floor framing! (Yes I know this is technically not a propped cantilever - it’s more like a cantilever with a back span!) #lego #structuralengineering #brickgineer

New Technologies for Electric Power Generation in 2026 Latest Innovations in Electricity Production Technology Future of Electric Power: New Energy Production Technologies Advanced Technologies for Sustainable Electricity Generation New Electric Power Generation Methods Explained New technology for electric production focuses on advanced, sustainable, and efficient methods of generating electricity. Innovations such as renewable energy systems, smart grids, hydrogen power, nuclear fusion, and AI-based energy management are transforming the power sector. These technologies reduce carbon emissions, improve energy efficiency, and support global demand for clean and reliable electricity. new technology for electric production • electricity generation technology • renewable energy technology • future power generation • smart grid technology • hydrogen energy production • nuclear fusion electricity • solar power innovation • wind energy technology • clean energy solutions #ElectricProduction #NewEnergyTechnology #PowerGeneration #FutureEnergy #renewableenergy

Could this waste water turbine lower household energy costs? 🤔 Final year Mechanical Engineering student, Tom talks us through his project, how it works and what inspired it… #MechanicalEngineering #UniKent #UniversityOfKent #Engineering #Uni #Project #mechanical #studentlife #Canterbury

What is a pump strainer in piping engineering? Why strainers protect pumps in oil & gas projects? This 3D pump strainer explains how suction line protection works in real refinery and offshore EPC piping systems. In piping engineering, a strainer is not just a filter. It protects: • Pump impeller from debris • Mechanical seal damage • Flow blockage issues • Cavitation risk • Startup contamination Common types used in oil & gas industry: Y-Strainer Basket Strainer Temporary Cone Strainer Improper strainer selection can cause: Pressure drop increase Pump suction problems Maintenance shutdown System efficiency loss In real projects, pump suction line design must consider: NPSH requirements Flow velocity Temporary startup strainers Maintenance accessibility Mechanical graduates learn pump theory. Piping designers understand suction line protection and flow stability. If you want your first piping design job in oil & gas industry, learn real EPC-level fundamentals. Follow for structured piping engineering knowledge. Comment “STRAINER” if you want pump design clarity. #mechanicalengineering #engineeringdesign #oilgasindustry #pipingengineering

This induction heating machine is used to close pipe ends. #engineering #interestingengineering #InductionHeating #PipeEnds #PipeSealing #Metalwork #HeatTreatment #InnovativeTech #PipeIndustry #MachineTech #PipeClosure #EngineeringSolutions #MetalSealing #HeatTechnology

Engineering is the only degree that teaches you how to think when there is no obvious answer. Because real problems do not come with worked solutions. They do not tell you what formula to use. They do not tell you where to start. They just sit in front of you messy and unclear. And that is exactly where engineering changes you. It teaches you to slow down. And to break the problem apart. Because problem solving is not about knowing the answer straight away. It is about knowing how to move forward when you don’t. And that is why engineering is so powerful. It does not just teach you what to think. It teaches you how to think. Follow for more daily engineering content! #electricalengineering #engineering

How do you see this from DCS, Plant, P&ID and in Books? In the DCS: Operators navigate a digital landscape, overseeing intricate processes in real-time, enhancing control efficiency. During on-site plant visits, the refinery unfolds physically, revealing the scale, equipment, and operational intricacies. P&IDs offer a symbolic roadmap, decoding the systematic flow of fluids and control loops. Meanwhile, literature dives deep into theoretical frameworks, explaining refining principles and technologies, fostering a comprehensive understanding. Each viewpoint, whether digital, physical, schematic, or theoretical, contributes uniquely to the holistic comprehension of industrial chemical refineries. 👉 @coreengineeringg 👈 Please DM for credit/removal! #HeatExchanger #ShellAndTube #ThermalEngineering #ProcessEngineering #HeatTransfer #EnergyEfficiency #IndustrialEquipment #EngineeringSolutions #MechanicalEngineering #ChemicalEngineering #HeatExchange #HeatRecovery #EnergySavings #IndustrialDesign #EngineeringLife #EfficientTechnology #EnergyManagement #HeatExchangerDesign #CoolingSystem #HeatTransferFluid

Electrical Course 🎦 Books 📚 Link In Bio ✅ . . . . . #electricalengineering #electrician #automation #electrical #technology

Mechanical engineering point of view ⛓️ ⚙️ 🔧 #mechanicalengineer #mechanical #mechanicalengineer #me #mech #ballscrews #rails #industrialautomation #engineer #engineering #mechatronics #automation #extruder #motioncontrol #hmi #plc #servomotor

Mechanical engineering tools every student should know 🛠️⚙️ If you want to become a strong mechanical engineer, learning the right software is essential. These tools help engineers design, simulate, analyze, and build real-world machines and systems. • SolidWorks – 3D mechanical design and assemblies • FreeCAD – Powerful open-source parametric CAD • Fusion 360 – Design, simulation, and manufacturing in one platform • AutoCAD – Precise 2D and technical engineering drawings • CATIA – Advanced design used in aerospace and automotive industries • MATLAB – Mathematical computing and engineering analysis • ANSYS – High-level engineering simulation and physics analysis Mastering these tools will open the door to innovation, creativity, and real engineering projects. #MechanicalEngineering #EngineeringStudent #SolidWorks #FreeCAD #Fusion360 AutoCAD CATIA MATLAB ANSYS CADDesign EngineeringLife FutureEngineer

Here are 5 tips to kickstart your journey! 👇 1️⃣ Get Hands-On: Whether it’s building circuits or coding a simple app, hands-on projects make all the difference. Start small, and grow your skills as you go. 🔧 2️⃣ Master the Basics: Math, physics, and problem-solving are the backbone of engineering. Invest time in these skills—they’ll be your strongest tools! 📐 3️⃣ Stay Curious: Engineering is all about discovery. Ask questions, take things apart, and never stop exploring. 🌍🔍 4️⃣ Learn from Others: Join online communities, follow creators, and get inspired by real-world engineering projects. 🌐 5️⃣ Embrace Challenges: Every project has its hurdles; problem-solving is half the fun! Keep going, and let every challenge become a lesson. 💪 Ready to take the leap? Follow for more on your engineering roadmap! #engineering #engineer #electronics #robotics #arduino #aerospace #mechanical

📸 #REPOST - Credits: @electrifywithayesha Here are my favorite free, beginner-friendly software tools for Electrical Engineers with plenty of online resources to help you get started: KiCAD: For schematic capture and PCB layout. Tons of tutorials and templates are available, including Shawn Hymel’s Digikey video series. LTSpice: For analog electronic circuit simulations. It has a vast library of parts, example circuits, and plenty of free tutorials online. Onshape: For 3D modeling of components and PCB enclosures. No download is required, and a free maker license is available. The Onshape Learning Center offers free tutorials. SMath Studio: A free MATHCAD alternative for quick circuit calculations. It's easy and intuitive, with lots of tutorials on their website. STM32Cube : The Arduino IDE for Arduino-based platforms and Thonny for MicroPython are great for beginners. For the next step above, I highly recommend STMCube. It has many tutorials, templates and makes peripheral configurations and code generation easy. Bonus Tools: TeraTerm for serial data logging Octave as a MATLAB alternative FEMM for Finite Element Analysis Let me know in the comments which software you love or if you discovered something new from this list! °°° °°° °°° Like ❤️, share 📨, follow 👥 DM me for permission to repost ✔️ #engineeringtips #engineeringresources #internship #engineeringstudents #helpfultips #electricalengineering #kicad #ltspice #onshape #stm32 #arduino #micropython #matlab #gnuoctave #teraterm #femm #stmcube #smathstudio #arduinoide #arduinotutorial #arduinofun #engineeringstudent #engineeringlife #engineertools #engineeringprojects #electronics #diyelectronics