#Engineering Software

Software Engineering #software #softwareengineer #ai #programming #softwaredevelopment #softwaredeveloper

@cad_designer_mk #solidworks #engineering #mechanical #caddesign #tranding

Mechanical Engineering | Design a 3D Mechanical Design Of Jet Engine with Solidworks 🔧✅ #mechanicalengineering #solidworks #mindset #fyp #motivation

Solidworks Simulation 👩‍💻 By: Eng.Robîn Majouno #solidworks #simulation #ansys #analytical #engineer #mechanical #part #solidworks_design #تصميم #ميكانيك #solidworks_modeling #trendy #explorepage✨ #مهندسی #مهندس #مهندسی_مکانیک

requires lots of patience & determination! 🤓 throughout uni, i had to learn many new tools like MATLAB, Altium, Quartus Prime, LTSpice, Modelsim, Virtuoso, Sentaurus, Verilator quickly within a few weeks. im at a point where i wont be afraid to learn something new because im more confident in going through the process again and again 😇 sometimes i would get questions like “do you ever apply what you learned in uni to work?” in this case, yes! at work, i’m applying this skill to learn the tools used for Integrated Circuit Design in different parts of the design flow! sometimes, the software used in uni is the same/similar as the one used in the industry 🤩 most of these also require theoretical knowledge about the field so you will have an idea of what to do / try / what the process is like with the software. it probably applies to other engineering fields too 🥰

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

100k Views Description** Designing an impeller in SolidWorks is an essential skill for engineers working on pumps, turbines, and fluid-moving systems. By using tools like lofts, sweeps, circular patterns, and parametric modeling, you can efficiently create a high-performance impeller. This tutorial will guide you through the step-by-step process of designing an impeller with optimized blade profiles, ensuring smooth fluid flow and efficient energy conversion. **Working and Uses** The design process starts with sketching the hub and blade profiles, followed by applying loft or sweep features to create the impeller blades. Using circular patterns, the blades are replicated around the central axis for a symmetrical and balanced design. Uses: 1. Designing pump impellers for efficient water and fluid movement. 2. Creating turbine impellers for improved energy conversion in power plants. 3. Developing blower and compressor impellers for industrial air circulation. Follow @Mech_design_Nepal for more insights! #Mech_design_Nepal #follow #share #reels #SolidWorks #ImpellerDesign #CADModeling #3DDesign #PumpEngineering #MechanicalEngineering #CFD #FluidDynamics #EngineeringDesign

looked away for just a second 🥀 #mcmaster #engineering #1P13 #CAD

If you want to build drones, rockets, or just over-engineered desk toys, CAD (Computer-Aided Design) is your superpower. Here is my exact roadmap for beginners: 1️⃣ Pick your weapon: Fusion 360 or Onshape. (Onshape is browser-based, highly recommend if your laptop sounds like a jet engine). 2️⃣ The Fundamentals: Search YouTube for “Water Bottle CAD Tutorial.” Learn to Sketch, Extrude, and Revolve. 3️⃣ Assemblies: Search for “Gearbox Mate Tutorial.” Learn how to make parts interact without breaking the laws of physics. 4️⃣ Surface Modeling: (For my Aero people ✈️). Learn how to use lofts and sweeps to make aerodynamic, wind-tunnel-ready shapes. Tutorials mentioned: Aviv makes robots RELUvance TEX - Design & Engineering Learn Robotics #cad #computeraideddesign #futureengineers #buildinpublic #engineeringprojects

📸 #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

You’re structural engineer looking to up skill. What are the most important tools you should learn? Understanding the latest software and programming languages may be helpful, but the true backbone of structural engineering lies in mastering the fundamentals. For those looking to deepen their expertise, focusing on the foundational knowledge of how structures behave at various levels is crucial. Reading influential textbooks in structural engineering can provide this foundational knowledge. Additionally, learning advanced analysis methods such as nonlinear pushover and time-history analysis, along with design philosophies like displacement-based and performance-based design, can significantly enhance your ability to develop solutions that are not only effective but also resilient. #engineering #civilengineering #structuralengineering #earthquakeengineering #seismicdesign #performancebaseddesign #structuraldesign #steeldesign #concretedesign #revitstructure #etabs #sap2000 #steelstructures #steelstructure #concretestructures #highrisestructures #tallbuildings #professionalengineer #structuralengineering #structuraldesign #structuralanalysis #sustainability #professionaldevelopment

CAD (Onshape): Digital sculpting. Runs in your browser. FEA (Simscale): Virtual stress testing. Caution: Don’t spend 40 hours on a simulation when a 5-minute physical test will give you the answer. CFD (Simscale): Digital wind tunnel. Great for guidance, but real-world air is the ultimate judge #engineeringprojects #buildinpublic #futureengineers #engineeringstudents #aerospaceengineering