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👉 7 Main Reason to Make Drawings in GD&T standard only. 👨🏽💻 Every Mechanical Design Engineers must Know

Since April 2023 ,this course is talking about gd&t ,engineering drawings, and more topics in mechanical design engineering

This is a mechanical design for adjust the supports with different purpose. #engineering #design #mechanicalengineering

Getting back to basics with mechanical engineering design principles. Strong fundamentals are key. As mechanical engineers, core design principles empower us to create innovative and successful, sustainable products and by mastering the below fundamentals, we’re laying the groundwork for exceptional mechanical engineering designs and practices.  Here are a few key principles to keep in mind: ·        Form Follows Function: prioritize the product’s intended purpose when communicating design choices. To ensure optimal functionality, open communication should take place between the mechanical engineer and client to ensure the best result. ·         Material Matters: When selecting the right material for the job, factors like strength, weight, cost and environmental impact should always be considered ·         Safety First: User safety is paramount, so to ensure the product meets all the safety and regulatory requirements, integration of safety features from the design stage should be considered. ·         Simplicity is Key: Prioritize elegant and efficient solutions. Keep in mind the complex designs often lead to higher costs, manufacturing challenges and potential failure points. ·         Testability & Maintainability: Aim for a design for ease of testing and future maintenance as this will save time and resources through the product lifecycle. #mechanicalengineering #engineeringdesign #designprinciples #innovation #productdevelopment #function #simplicity #materials #safety #testing #maintainability #engineeringcommunity

When we speak about the application of Mechanical Engineering into the Design of any external or internal system!? What’s the most important aspect to start ? #MechanicalEngineering #Design #Systemintegration #Layoutdesign

There are plenty of people who can and should be able to dive into the world of mechanical design. That way leads to innovation! While working with an experienced mechanical engineer can ensure your project is setup for safety and success there are a few points that everyone involved should be aware of. In this two part series, I will look at what I believe are the essential mechanical engineering concepts that anyone working with a mechanical engineer should be aware of at a high level. To kick it off, in part 1 I look at the initial steps of kicking off a project. https://lnkd.in/gHGtmm5X

I just completed a course on Mechanical Design Engineering...

Just finished the course “Engineering Drawings for Manufacturing” by Tarkka! Check it out: https://lnkd.in/gJNw7w5c #engineeringdrawings. ✒ Hello connections 📢 I recently completed a course on Engineering Drawings for Manufacturing, and it has truly transformed my understanding of how to effectively represent designs and communicate ideas in the engineering field. 🔍 **Key Learnings:** 1. **Types of Drawings**: I learned about the common types of engineering drawings, including assembly drawings, detail drawings, and schematic diagrams. Each serves a unique purpose in conveying information. 2. **2D Representation of 3D Parts**: One of the core skills I developed was the ability to translate 3D components into clear 2D views. Understanding the guidelines for proper representation has made me appreciate the intricacies involved in this process. 3. **Views in Drawings**: I explored different types of views—such as orthographic, isometric, and sectional views—and learned how to use them to effectively communicate the design intent. 4. **Tolerances**: The course emphasized the importance of tolerances in manufacturing, highlighting how they impact functionality and assembly. I gained insight into selecting optimal tolerances for various components. 5. **Geometric Dimensioning and Tolerancing (GD&T)**: I was introduced to the basics of GD&T, which has deepened my understanding of how to specify allowable variation in part features. This is crucial for ensuring quality and precision in mechanical components. 6. **Mechanical Components**: Lastly, I had hands-on experience with dimensions and tolerances for various mechanical components like shafts and grooves, reinforcing my practical skills in engineering design. Overall, this course has equipped me with valuable tools and knowledge that I am excited to apply in future projects. I’m eager to continue expanding my skills in engineering design and manufacturing! tarkka #Engineering #Manufacturing #EngineeringDrawings #GDT #MechanicalEngineering #ContinuousLearning

Mechanical Design Expertise: Key Insights from Industry Interviews "Toughest Mechanical Design Questions Pitched by Companies" I. Core Design Engineering Knowledge A. Hand Calculations in Design: This section emphasizes the importance of understanding the fundamental engineering principles behind designs, even if daily work involves more drafting and GD&T. It highlights how companies use hand calculation questions to assess a candidate's depth of knowledge. B. Demonstrating Problem-Solving Skills: This section encourages candidates to be prepared to discuss real-world design problems they have solved using hand calculations, showcasing their practical application of engineering principles. II. Design Lifespan and Manufacturing Processes A. Determining Design Life: This section focuses on the critical aspect of calculating and justifying the expected lifespan of a design, demonstrating a comprehensive understanding of material science, load factors, and failure analysis. B. Manufacturing Process Flow: This section highlights the expectation that skilled design engineers should be able to create a detailed manufacturing process flow based on a 2D drawing or 3D model, showcasing their understanding of production feasibility and optimization. III. Moving Beyond Design Execution to Decision-Making A. The 5% of Decision-Making Engineers: This section draws a distinction between the majority of design engineers focused on execution and the smaller group who make key design decisions. It positions this ability as a desirable skill for ambitious engineers. B. Training for Design Leadership: This section promotes the services of "Deep Jyoti" as a training resource for engineers seeking to develop the skills and knowledge necessary to become design decision-makers, emphasizing the competitive advantage this offers. #mechanicalengineer #designengineer #caddesign #finiteelementanalysis #machinedesign #productdesign https://lnkd.in/d4YE4-_w

Mechanical design services encompass the complete design lifecycle, from initial concept development to detailed engineering and final documentation. #MechanicalDesign #SimulationTechnology #EngineeringSolutions #3DModeling #MechanicalEngineering #ProductDevelopment #EngineeringDesign #HazeliftAutomation #DesignOptimization #InnovativeEngineering #DigitalSimulation #IndustrialAutomation