Learning SOLIDWORKS : For Students, Engineers, and Designers

For Basic and Intermediate Users
⏱️ Length: 9.3 total hours
⭐ 4.29/5 rating
👥 113,853 students
🔄 July 2020 update

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Course Overview
- This comprehensive course, titled ‘Learning SOLIDWORKS: For Students, Engineers, and Designers,’ offers an immersive gateway into the world of professional 3D computer-aided design. It is meticulously crafted to serve both individuals taking their first steps in CAD and those with some foundational experience looking to solidify and expand their skill set. With an impressive track record of over 113,000 students and a high rating of 4.29 out of 5, updated in July 2020, this program has consistently delivered high-quality instruction. Spanning 9.3 total hours, it is structured to provide a thorough understanding of the software’s core functionalities, enabling learners to transition from conceptual ideas to precise, manufacturable digital models with confidence and efficiency. The curriculum is designed to foster a practical, hands-on learning experience, ensuring that every participant can apply theoretical knowledge directly to real-world design challenges, making them proficient users of an industry-leading design tool across various sectors.
Requirements / Prerequisites
- While the course is structured to be accessible for new users, a fundamental comfort level with operating a personal computer and navigating software interfaces is beneficial. Learners should have reliable access to the SOLIDWORKS software installation, ideally a recent educational or professional version, to actively participate in the exercises and follow along with the instructor’s demonstrations. A basic understanding of geometry and spatial reasoning will certainly aid in quicker comprehension of 3D modeling concepts, although it is not strictly mandatory as the course builds from the ground up. Most importantly, a keen eagerness to delve into mechanical design, product development, or any field requiring precise 3D visualization and prototyping is the primary prerequisite, encouraging an engaged and productive learning environment for all participants. No prior experience with SOLIDWORKS specifically is assumed or required, making it an ideal starting point for aspiring designers and engineers.
Skills Covered / Tools Used
- Through guided exercises, you will develop a robust capacity for precise two-dimensional technical drawing and conceptual layout, mastering the essential tools for constructing accurate and fully defined initial design blueprints. This foundational skill is critical for establishing the primary geometry that underpins all subsequent 3D modeling efforts, ensuring design intent is clearly captured from the outset.
- You will gain profound expertise in feature-based three-dimensional component creation, learning to transform 2D profiles into complex solid bodies using a variety of sophisticated tools such as extrusions, revolves, sweeps, and lofts. This involves understanding how to manipulate geometric features to construct intricate mechanical parts, incorporating elements like fillets, chamfers, shells, and patterns to achieve specific design requirements and functional attributes.
- The course will equip you with the ability to construct sophisticated multi-component system integrations, allowing you to combine individually designed parts into functional mechanical systems. This involves developing a strong grasp of defining relationships and constraints between various components, ensuring proper fit, alignment, and movement within a larger product structure. You will learn to manage complex hierarchies, detect interferences, and simulate basic motion for verification.
- You will master advanced techniques for generating aesthetically pleasing and organically shaped forms, venturing beyond conventional prismatic shapes into the realm of complex curvature and freeform design. This involves utilizing specialized tools to create smooth, continuous, and visually appealing contours, which are indispensable for industrial design, ergonomic products, and any application demanding sophisticated aesthetic appeal or aerodynamic profiles.
- Furthermore, you will learn to implement intelligent design intent through parametric modeling and dimensioning strategies, ensuring that your models are easily modifiable and update predictably when changes are introduced. This includes applying appropriate geometric and dimensional constraints, establishing robust feature relationships, and setting up equations that drive design parameters, significantly enhancing design flexibility and project scalability.
- Beyond basic construction, you will acquire skills in material assignment and property management, understanding how to apply realistic material characteristics to your digital models. This provides an initial foundation for estimating mass properties, conducting basic engineering analyses, and preparing models for more advanced simulation tools, bringing your virtual prototypes closer to real-world performance.
- You will also develop proficiency in generating professional-grade technical documentation and manufacturing drawings directly from your 3D models. This involves creating detailed orthographic, isometric, and section views, applying standard dimensions, tolerances, and annotations, thereby translating your digital designs into clear, actionable instructions for fabrication and production.
Benefits / Outcomes
- Upon completion, you will possess a highly sought-after skill set, significantly enhancing your employability and career prospects across diverse industries, including mechanical engineering, product design, automotive, aerospace, and consumer goods. The ability to confidently operate SOLIDWORKS is a critical asset in today’s competitive job market.
- You will gain the capability to translate abstract ideas and engineering concepts into precise, tangible three-dimensional models, effectively bridging the gap between imagination and digital reality. This empowers you to visualize, refine, and iterate designs with unprecedented clarity and speed, fostering innovation and accelerating product development cycles.
- The course will solidify your foundation for pursuing more advanced CAD/CAE applications, such as simulation, rendering, and CAM (Computer-Aided Manufacturing), setting you on a path towards becoming a more versatile and proficient design professional. You’ll understand the underlying principles required for advanced analysis and manufacturing integration.
- Students will be able to significantly bolster their design portfolios with professional-grade 3D projects, showcasing practical skills to potential employers or academic institutions. This hands-on experience translates directly into tangible examples of your design capabilities and technical proficiency.
- You will develop enhanced problem-solving abilities within a design context, learning to approach complex engineering challenges with a systematic and efficient methodology. This includes identifying design flaws, proposing optimal solutions, and implementing those solutions effectively within the CAD environment.
- The acquired proficiency will enable you to significantly improve design workflow efficiency, reducing design time and accelerating project delivery by leveraging the powerful tools and parametric capabilities of SOLIDWORKS. You’ll learn to work smarter, not just harder, in your design endeavors.
- Ultimately, you will gain the confidence and technical acumen to contribute meaningfully to real-world engineering and design projects, collaborating effectively with teams and stakeholders. This course prepares you to be an active and valuable participant in modern product development processes.
PROS
- Expert Instruction: Learn from experienced professionals who guide you through the software with clear, practical explanations and examples, ensuring a high-quality learning experience.
- Self-Paced Flexibility: The 9.3-hour length allows for flexible learning, enabling you to progress through the material at your own convenience, revisiting challenging topics as needed to ensure mastery.
- Industry-Relevant Skills: Focuses on practical application of SOLIDWORKS, a widely adopted industry standard, making your newly acquired skills immediately valuable in professional settings.
- Proven Success: A strong rating of 4.29/5 from over 113,000 students indicates a well-regarded and effective learning path that has successfully trained a massive user base.
- Comprehensive Coverage: Designed for both basic and intermediate users, it offers a robust learning curve that accommodates a wide spectrum of prior experience levels.
CONS
- Requires Dedicated Practice: While the course provides excellent instruction, true mastery and proficiency in SOLIDWORKS necessitate consistent and dedicated practice outside of the official course hours to solidify understanding and develop intuitive command of the software.