Why Should Mechanical Engineers Learn SolidWorks?

SolidWorks software is a powerful 3D CAD (Computer Aided Design) program designers and product engineers use for product development and design. It helps them create models, drawings, and simulations quickly and easily. 

Furthermore, it allows engineers to design components and assemblies in 3D accurately. This tool also facilitates collaboration between different departments, making it easy to share designs. SolidWorks also provides a wide range of analysis tools, enabling product engineers to validate their designs and ensure they meet the required performance criteria. 

All of this makes SolidWorks an invaluable tool for designers and product engineers.

What does SolidWorks Designers do?

Mechanical engineers, drafters, and other CAE professionals use this software to create, simulate, and analyse designs. Automotive, aerospace, industrial machinery, electronics, medical, consumer products, and other manufacturing companies incorporate SolidWorks to ease their workload. 

It is used to create both detailed 2D technical drawings and 3D models. The software comes in handy while designing and simulating a variety of products such as cars, aeroplanes, robots, furniture, and more. It even allows for animation and rendering of 3D models to help bring designs to life.

How to Best Describe a SolidWorks Drawing?

SolidWorks helps to develop a visual representation of the product in a 3D view. It can display the model in a particular orientation and scale. The drawing view can be annotated with dimensions, geometric tolerances, notes, and other annotations to represent the model with clarity.

What Are the Steps to Complete a Drawing in SolidWorks?

Especially if you are a beginner, the vast collection of features can overwhelm you. Hence, we have summarised the drawing process. Follow these steps to get a precise outcome:

• Open SolidWorks and select the "Sketch" tab.
• Select the "Create Sketch" option.
• Select the plane on which you would like to draw.
• Select the "Line" tool from the Sketch toolbar.
• Click and drag your mouse to draw out the line.
• Select the "Arc" tool to draw out curves.
• Use the "Trim Entities" tool to clean up your sketch.
• The "Extrude" tool turns the sketch into a 3D object.
• Select the "Save" option to save the drawing.

Features of SolidWorks

It is an integral part of the engineering software stack serving many purposes. Because of its wide-scale applicability, SolidWorks design seems helpful for many professionals. It helps in:

• Parametric Modeling: Create parts and assemblies with precise relationships between components.
• 3D Interconnect: One can open and edit multiple CAD file formats within SolidWorks.
• Sketching: You may proceed to design both 2D and 3D parts with intuitive sketching tools.
• Simulation: Whether you need to analyse the static, kinematic or dynamic behaviour of designs or evaluate the fatigue, this software provides the best-in-class responses. 
• Photorealistic Rendering: With its help, you can create photorealistic images of your design.
• Design Automation: Now, with the help of SolidWorks, you can easily automate design tasks and create parts and assemblies faster.
• Sheet Metal Design: You can easily create sheet metal parts, such as housings, ducts and enclosures. This feature is specifically helpful for surface modelling engineers.
• Mold Design: Design molds and tooling for injection and blow molding are all a part of this application.
• Drawing and Detailing: Stay assured of creating detailed drawings for manufacturing and inspection.
• Electrical Design: Engineers can design electrical systems with schematics and cable harnesses.
• Toolbox: You can access a library of standard components for quick assembly design.
• Direct Modeling: It is quick and easy to modify designs with direct manipulation. 

How Should You Approach Pursuing a Career With Knowledge of SolidWorks?

There is a set pattern that you can follow to build a solid career. Here we have delineated everything for you.

Step 1: Earn a Degree in Mechanical Engineering

Many universities and colleges offer degrees in mechanical engineering, which is the foundation for a career in SolidWorks.

Step 2: Get Certified

A SolidWorks certification shows employers that you are proficient and can use the software effectively. For this, you can try attending free counselling for Skill-Lync’s Ultimate SolidWorks Course.

Step 3: Find a Job

There are many job opportunities available for individuals with knowledge of SolidWorks. Look for jobs in engineering, manufacturing, and design that require software.

Step 4: Consider Joining Communities

Building a strong network is crucial to your career. Attend industry events and connect with people already working in the field.

Step 5: Keep Learning

Technology is always changing, so it is important to stay up to date. Take courses or attend seminars to stay ahead of the curve and be a valuable asset to your employer.

Conclusion

Skill-Lync's SolidWorks course gives engineers the knowledge and skills to use the tool for various engineering applications. Through the course, engineers can become more proficient in the software, better understand the capabilities, and apply their knowledge to solve real-world engineering problems. 

The course also provides an opportunity to learn from industry professionals and collaborate with peers, providing a unique learning experience. 

Skill-Lync's SolidWorks course offers engineers an excellent opportunity to gain knowledge and work on industry-level projects. Book your free demo with our career counselling expert.