Industrial
Professional
SolidWorks 3D CAD Design Analysis
This comprehensive SolidWorks Industrial Training and Internship Program is designed to equip students, engineers, and design enthusiasts with end-to-end proficiency in 3D computer-aided design (CAD), assembly modeling, technical documentation, and engineering simulation. Through a structured sequence of 24 progressive modules, learners develop a solid foundation in sketching, parametric part modeling, and design intent, before advancing to complex assemblies, sheet metal, weldments, surface modeling, and static simulation.
The course emphasizes industry-standard workflows, best modeling practices, and practical problem-solving for real-world applications. Participants gain experience creating fully defined 2D sketches, developing robust 3D components, managing design changes through parametric control, and producing high-quality technical drawings. Specialized sessions on simulation, manufacturing-ready documentation, and advanced features such as surfacing and weldments prepare students for professional challenges.
The program culminates in a capstone project, where students design and simulate a complete mechanical system, generate detailed drawings and bill of materials (BOM), and present their work professionally. Graduates of this course will be capable of using SolidWorks confidently in academic projects, industrial design environments, or engineering internships, and will be well-prepared to pursue industry certifications such as CSWA or CSWP.
Course Objectives
By the end of this course, participants will be able to:
- Navigate and customize the SolidWorks interface for maximum efficiency.
- Create fully constrained 2D sketches with proper dimensions, relations, and constraints.
- Develop parametric 3D parts using extrude, revolve, sweep, loft, fillet, shell, and pattern features.
- Apply equations, configurations, and global variables to control design changes effectively.
- Model complex geometry using splines, projected curves, sketch blocks, and multi-body strategies.
- Assemble components with mates, sub-assemblies, exploded views, and motion studies.
- Produce accurate technical drawings with GD&T, BOM tables, and revision tracking.
- Design fabricated components using sheet metal and weldment tools.
- Apply surface modeling techniques for complex product shapes.
- Validate designs using SolidWorks Simulation to perform stress and deformation analysis.
- Integrate all knowledge into a capstone project demonstrating complete design workflow.
Course Expectations and Goals
Students are expected to:
- Attend all lectures, labs, and workshops regularly.
- Practice SolidWorks outside class sessions to reinforce concepts.
- Submit assignments, quizzes, and module projects on schedule.
- Participate in peer reviews, group discussions, and team design activities.
- Demonstrate professional conduct and collaboration during team projects.
The primary goals of this course are to:
- Build a strong foundation in CAD principles and SolidWorks workflows.
- Instill good modeling habits, focusing on design intent and parametric control.
- Prepare students for industry practices in part modeling, assemblies, and technical documentation.
- Introduce specialized SolidWorks applications such as sheet metal, surfacing, and simulation.
- Ensure students can communicate and present engineering designs clearly and professionally.
Learning Outcomes
Upon successful completion of this program, students will demonstrate:
- Technical Proficiency – Full command of SolidWorks part, assembly, and drawing tools.
- Design Intent – Ability to create models that adapt predictably to engineering changes.
- Advanced Applications – Competence in sheet metal, weldments, surfacing, and stress simulation.
- Documentation Skills – Production of accurate, standards-compliant drawings with GD&T and BOM.
- Analytical Thinking – Capability to evaluate mechanical performance using simulation tools.
- Professional Communication – Confidence in presenting design documentation and results.
- Project Integration – Delivery of a complete mechanical system as a final project, showcasing end-to-end design proficiency.
Mode of Training:
- LIVE Online
- Offline in Kolkata
- Offline in Durgapur
- Offline in Institutions / Companies (for institutional and corporate training)
Anybody interested in SolidWorks can do this training. Though basic knowledge of engineering drawing will be a plus point.
Course Modules
Professional
- Duration - 60 to 80 Hours (12/16/20/24 Weeks)
- Daily / Weekly Classes
- 4 Case Studies & 1 Minor Project & 1 Live Project
- Professional Courses are more comprehensive. The learning is case study based and project oriented. Ideal for passout students and working professionals.
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WHEN WILL YOUR COURSE/TRAINING/INTERNSHIP START AFTER ADMISSION?
As per our policy, we start the course/training/internship within 10 days from the date of enrollment. If you enroll for future month/date, our schedule team will coordinate with you and assign your class. To communicate with our schedule team for preferred timing, email to training@ardentcollaborations.com. All courses/internships can be scheduled in customised manner as per your requirements. -
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