Solid Works (Mechanical Design)
### SolidWorks (Mechanical Design) Course by Creative Institute of IT, Multan
**Introduction:**
The SolidWorks (Mechanical Design) Course at Creative Institute of IT, Multan, is meticulously crafted for individuals who are passionate about mechanical design and engineering. SolidWorks is a powerful 3D CAD software used extensively by mechanical engineers and designers worldwide for creating detailed 3D models, assemblies, and technical drawings. This course is ideal for students, engineers, and professionals who want to master SolidWorks and enhance their skills in mechanical design, product development, and manufacturing. With a focus on real-world applications and hands-on learning, this course provides the tools and knowledge needed to excel in the mechanical design industry.
**Course Contents:**
1. **Introduction to SolidWorks:**
– Overview of SolidWorks software and its importance in mechanical design.
– Understanding the user interface, navigation tools, and workspace customization.
– Basic file management: creating, opening, and saving SolidWorks files.
– Introduction to 3D CAD principles and modeling workflow in SolidWorks.
2. **Sketching Fundamentals:**
– Creating and manipulating sketches using sketch tools and constraints.
– Understanding the sketch environment, including planes and coordinate systems.
– Techniques for creating precise 2D sketches: lines, arcs, circles, and splines.
– Applying dimensions, relations, and constraints for fully defined sketches.
– Best practices for organizing and managing sketches for complex designs.
3. **Basic Part Modeling:**
– Introduction to part modeling and feature-based design.
– Creating 3D models from sketches using extrusion, revolve, sweep, and loft features.
– Understanding and using parametric design principles.
– Modifying parts with features like fillets, chamfers, holes, and shelling.
– Techniques for creating and managing complex features using the feature tree.
4. **Advanced Part Modeling:**
– Advanced modeling techniques for creating complex shapes and surfaces.
– Working with multi-body parts and understanding their applications.
– Using advanced features like patterns, mirrors, and rib tools for efficient modeling.
– Creating thin-walled parts using the shell and draft tools.
– Surface modeling techniques for advanced geometry creation.
5. **Assembly Modeling:**
– Introduction to assembly modeling and the assembly environment.
– Techniques for inserting and organizing components in an assembly.
– Understanding and applying assembly mates to constrain components.
– Creating and managing sub-assemblies for large and complex designs.
– Techniques for detecting interference and ensuring proper fit and function.
6. **Technical Drawings and Documentation:**
– Creating detailed 2D technical drawings from 3D models.
– Understanding drawing views: standard, section, detail, and auxiliary views.
– Applying dimensions, annotations, and tolerances to drawings.
– Generating bill of materials (BOM) and exploded views for assemblies.
– Techniques for creating custom drawing templates and standards.
7. **Simulation and Analysis:**
– Introduction to SolidWorks Simulation tools for basic FEA (Finite Element Analysis).
– Performing static analysis to evaluate stress, strain, and displacement.
– Understanding the principles of thermal and frequency analysis.
– Techniques for optimizing designs based on simulation results.
– Overview of motion analysis for dynamic simulation of assemblies.
8. **Sheet Metal Design:**
– Introduction to sheet metal design tools in SolidWorks.
– Creating sheet metal parts using base flanges, bends, and forming tools.
– Converting solid models into sheet metal components.
– Understanding and creating flat patterns for manufacturing.
– Techniques for adding standard sheet metal features like hems, louvers, and jogs.
9. **Project Work and Industry Applications:**
– Working on real-world mechanical design projects using SolidWorks.
– Applying learned skills to create complete parts, assemblies, and technical drawings.
– Understanding project workflow, documentation, and best practices.
– Review of industry standards and real-world applications in mechanical design.
10. **Final Assessment and Certification:**
– Final project submission and presentation.
– Comprehensive review of course materials and Q&A sessions.
– Certification upon successful completion of the course.
**Benefits of the Course:**
– **In-Depth Learning:** Gain comprehensive knowledge of SolidWorks, covering all aspects of 3D modeling, assembly design, technical documentation, and simulation.
– **Industry-Relevant Skills:** Learn practical skills that are highly valuable in the mechanical design, engineering, and manufacturing industries.
– **Hands-On Experience:** Engage in hands-on projects that simulate real-world mechanical design scenarios, enabling you to build a strong portfolio.
– **Expert Instruction:** Receive guidance and mentorship from experienced instructors with extensive industry experience, ensuring a deep understanding of SolidWorks.
– **Flexible Learning Options:** Enjoy a flexible learning environment with both in-person and online classes available to suit your schedule and learning preferences.
– **Professional Certification:** Earn a certificate from Creative Institute of IT, Multan, that validates your proficiency in SolidWorks, enhancing your professional profile and career opportunities.
Enroll in the SolidWorks (Mechanical Design) Course at Creative Institute of IT, Multan, and take a significant step towards becoming a skilled mechanical designer. This course provides the knowledge and tools needed to excel in mechanical design, from fundamental concepts to advanced techniques, making it an ideal choice for aspiring engineers and designers.
Thank You For Joining us
Classes Schedule
| Seminar Date & Time | August 31, 2024 at 6PM |
| Last Date of Submission of Forms & Fees | August 31, 2024 at 8PM |
| Commencement of Classes | September 01, 2024 at 8AM or 6PM |
| Classes Days | Monday to Friday ( 2 Hours Daily ) |
| Duration | 3 Months (12 weeks) |
| Fee ( PKR ) | PKR 40000/Participant |
| Discount | Group or Sibling |
| Diploma Charges | PKR 2000 – for 6 months diploma PKR 6000/- for 1 year diploma DIT |
| Admissions Charges | PKR 500/- |
For details and registration, please contact or visit:
CREATIVE INSTITUTE OF IT MULTAN
Block W/1, New Multan, Multan-60000: Tel: +92 300 738 3401 | 333 763 5061
E–Mail: creativesoftec@gmail.com || Website: www.creativeitedu.com