
Explore SolidWorks basics from scratch as the instructor introduces CAD concepts and the key workflow of geometric modeling, design and analysis, drafting, and documentation.
Explore SolidWorks core pillars: part modeling, assembly modeling, and drawing; learn how 2D drawings become 3D parts, and navigate the welcome page resources.
Explore the sketch panel in SolidWorks to create 2d drawings with dimensions. See how these sketches become 3d parts through basic modeling steps.
Learn to convert 2D sketches into 3D SolidWorks models using the features panel, with extrude, revolve, swept, cut, fillet, chamfer, and pattern or mirror tools.
Master essential SolidWorks features, including revolve boss base, swept boss base, lofted boss base, and boundary boss base, using sketches, planes, and cross sections.
Remove material from 3D models using extrude cut, revolve cut, swept cut, lofted cut, and boundary cut. Create sketches, select planes, and set depths from blind to through all.
Explore advanced SolidWorks features panel techniques for material adding and removal, including variable radius fillet, chamfer, mirror, rip, draft, shell, wrap, and intersect, plus curves and reference geometry.
Explore surfaces, sheet metal, weldments, and add-ins in SolidWorks, and learn basic commands to extrude surfaces along a path, apply thickness, and weld features.
Learn SolidWorks basics by building a base plate bracket from a drawing, using extrude, extrude cut, fillet, and mirror to create multiple brackets.
Practice SolidWorks part modeling by building a double-circle plate, switching the unit system to inches, dimensioning circles and rectangles, applying fillets and tangent arcs, and extruding to 0.1 inch thickness.
Create a solid pipe and two plates in SolidWorks by switching to IPS units, sketching a path and profiles, and using sweep, extrude, pattern, and fillet features.
Master SolidWorks basics by building a base plate and parts through sketches, extrudes, fillets, holes, lofts, and mirrors, while learning to read drawings and use reference geometry to speed CAD.
Finish the part modeling final example by building a 100 by 65 mm base plate with three holes and a middle part joined by a loft, ahead of assembly modeling.
Master assembly modeling in SolidWorks by learning to join parts with mates, insert components, and move or rotate them, connecting part modeling to drawing.
Master SolidWorks basics by building parts from a base plate to brackets, holes, and center block, then assemble with mates to form a universal joint.
Learn SolidWorks basics by modeling parts for assembly, starting with the base plate, block, and shoe, using extrusion, extrude cut, mirror, and fillet, and reading drawings.
Learn SolidWorks basics by modeling five parts, including a pin, rod, cotter, and quarter pin, using extrusion, mirroring, and plane-based sketches.
Assemble multiple parts in solidworks by importing two at a time, aligning, and applying concentric and coincident mates to build a shaft, block, and cotter pin.
Explore SolidWorks assembly techniques using a bolt and nut example. Learn mechanical and advanced mates, thread command, offset, and motion study to create and animate assemblies.
Learn to design and assemble an Oldham coupling in SolidWorks, creating flange and disk parts, and master mating, concentric and coincident relations to connect two parallel shafts.
Learn how to create 2D drawings from 3D SolidWorks models using the drawing command. Understand sheet sizes, title blocks, and annotation tools to prepare professional engineering drawings.
Master drawing commands in SolidWorks by importing models, arranging top, side, back, and isometric views, and applying dimensions, tolerances, surface finish, datum, centerlines, balloons, and notes before submission.
I am a Mechanical Engineer, and I love this profession because I enjoy engineering. I love to crack engineering behind every action taking place in the world. Specifically, in mechanical engineering, I love the design part. This is one of the initial steps in producing anything. I was utterly dependent on my professors for jobs, skills, and education at my UG. Later I learned that they are here in college only for your education, not for your job. They can guide you but you have to learn skills yourself if you want to make your career. If you want to be a design engineer and get a good job, you can't depend on professors because these advanced skills don't come under the college curriculum. It is not their responsibility to teach you these softwares.
Everyone thinks that mechanical engineers get significantly lower salaries compared to other engineers. If you also feel the same, then I must say your approach is incorrect. You must work with the latest technologies & software to keep up with every profession. If you solely depend on core mechanical studies, then I'm sorry, but you will earn significantly less than others. Foreign Mechanical Engineers earns a lot more than Indian engineer. Do you ever think of why? Because they know how to work with the latest technologies.
Mechanical engineering is very vast, and we are the ones who can keep it updated. You should start learning new skills in the mechanical field. I got inspired by designers worldwide working on massive projects through LinkedIn, and because of that, I also began learning software from my first year of UG. Now I am trying to pass on this teaching skill to my juniors, classmates, and everyone. I am a teacher but you can call me a friend. I think that if you are learning something from your friend then definitely you will not forget that but if any teacher is teaching you then there is a high chance that you will not focus properly and you'll definitely forget that skill. So, here I am, a college student from the National Institute of Technology, Calicut and I want you to watch this course assuming that your friend is teaching you.
This is a full legit course on CAD Software right from basics. In this course, I demonstrated all the features of CAD software. SolidWorks is the most user-friendly software available for Computer-Aided Design. I tried to make this course as comprehensive as possible so that you all can learn the basic features of SolidWorks in time and practice all the questions that are uploaded in this course.
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About this course:
with this course, you are liable for:
- Full, free lifetime access to all the lectures of this course.
- Lectures that will be added to this course in the future will also be free with this purchase.
- Unconditional Udemy 30 days money-back guarantee - I am sure you would love the course though :)
So, overall with the help of this course, you can learn new CAD skills and add them to your resume and aim for high-paying jobs in mechanical engineering. I tried and I got it so you can also get it. All the best. :)
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Why my course?
- As I said already, learning from a friend will make to remember this skill for all time. I am sure you all faced this challenge while preparing for exams in college.
- I am 24 X 7 available to clear your doubts. You can mail me if you have any doubt.
- This is the challenge that I have created for myself to teach all my juniors and help them choose the right career.
- This is a recorded lecture (No screenshots), you can learn with me. You can also design with me if you think that will help you.
- Lectures are short and concentrated but cover all the features available in Solidworks.
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Instructor support
Whenever you have a subject matter question you can post it in the Q&A forum or you can mail me directly on my mail ID and I will answer your questions as soon as possible. So, with the course, you not only get video lessons but also quick and responsive support from your friend.
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So this is it. Click on the "Take this course" button and help me in this challenge. Mark my words, you have to learn advanced technologies to sustain yourself in this fast-moving world and to earn more than a conventional mechanical engineer. Enhance your skill not only through this course but by doing projects in advanced fields like Metal additive manufacturing, Topology optimization, and many more.
I wish you all the best for your future and feedback is most welcomed.
Thanks,
Harsh Mundra.