Learn SolidWorks online through a hands-on path built around sketching, part modeling, assemblies, drawings, sheet metal, and simulation. You will work with SolidWorks CAD, SolidWorks Simulation, the Drawing module, and sheet metal tools while building mechanical design projects that match what employers expect.
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Learning SolidWorks is only part of the outcome. The harder part is turning those skills into a clear profile for roles like Mechanical Designer, CAD Engineer, and Product Design Engineer, and that is where structured placement help matters. Inventateq supports that shift with guidance that connects the course projects, your resume, and the way employers read design profiles.
Support is built into the later part of the course, after you have enough project work to show. You get help shaping that work into interview-ready material, along with practice for design discussions, tool questions, and role-specific screening rounds.
SolidWorks-based roles are common in manufacturing, product design, automotive suppliers, machinery, consumer products, and sheet metal fabrication teams. Pay grows with speed, drawing accuracy, project ownership, and the ability to move from part modeling into assemblies and simulation.
SolidWorks Average Salary by Experience
SolidWorks-based roles are common in manufacturing, product design, automotive suppliers, machinery, consumer products, and sheet metal fabrication teams. Pay grows with speed, drawing accuracy, project ownership, and the ability to move from part modeling into assemblies and simulation.
SolidWorks Average Salary by Experience
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Inventateq has spent years training learners in practical software and design skills that can be used in real roles, not just understood on paper. The learning setup is built to keep classes structured, mentor support available, and course progress easy to follow, which is why students looking for SolidWorks online training often stay with Inventateq through to project and placement support.
We stand apart through our commitment to:
Attend live, instructor-led classes from anywhere with the same hands-on structure as our classroom batches. Follow along step-by-step, get real-time doubt support, and revisit recordings whenever you need to.
Useful if you want practical CAD work that goes beyond theory and supports project submissions.
Good for learners who want drafting, part modeling, and drawing skills for design roles.
Helps build a portfolio for Mechanical Designer and CAD Engineer openings.
Fits engineers and technicians who need stronger SolidWorks modeling and drawing capability.
Useful if you want to move from simple parts into assemblies, surfaces, and product concepts.
Works well for anyone aiming at fabrication-driven design or enclosure modeling.
Structured modules: The course moves from CAD basics to projects in a clear order.
Theory plus practice: Each topic is followed by tool use and drawing or modeling work.
Live mentor sessions: Doubt clearing happens during class, not after the module is over.
Project finishing time: Later sessions are reserved for real design tasks and interview prep.
4.7 Star Rating from 1,432+ Google Reviews
Rated 4.9/5 by AI Students
Mechanical design teams still depend on SolidWorks for parts, assemblies, drawings, sheet metal, and early simulation work. That makes it a practical skill for learners who want to move into design, drafting, and product roles without waiting for advanced experience.
By the end of the course, learners can create, document, and review mechanical designs with a working knowledge of the full SolidWorks flow. They also leave with project material that can be discussed in interviews and used to show practical ability.
You learn how to build sketch profiles with constraints and dimensions so the model behaves predictably when edited.
You can turn 2D ideas into real SolidWorks parts using extrude, revolve, cut, fillet, chamfer, sweep, and loft tools.
You will be able to put parts together, apply mates, and catch fit problems through interference checking.
You gain the ability to create engineering drawings, section views, detail views, dimension sets, and BOMs.
You can design sheet metal parts, generate flats, and prepare outputs used in fabrication-focused jobs.
You will know how to set up a simple static analysis, apply loads, and interpret the outcome at a basic level.
Yes, the course starts with CAD basics, the interface, and sketching before moving into modeling and assemblies. That lets new learners build confidence before they face drawings, sheet metal, and simulation work.
Yes, the syllabus is built around tool practice and project work, not only theory. You work through part modeling, assemblies, drafting, sheet metal, and real-time projects that make the software skills usable.
Yes, the course includes resume support, mock interview practice, and project-based guidance for design roles. The support is aimed at helping you present your SolidWorks skills in a way that fits recruiter expectations.
Yes, learners from diploma, design, and related technical backgrounds can join if they want CAD and 3D modeling skills. The course is also useful for working professionals who need SolidWorks for current job tasks.
Yes, the course is offered online for learners who want to study from home. Live classes still include mentor interaction, demonstrations, and project-based learning.
The course includes machine component design, a mechanical assembly project, a sheet metal enclosure design, and a product design case study. These projects are chosen to match the kind of files and decisions employers expect in design roles.
You will work with SolidWorks CAD, SolidWorks Simulation, the SolidWorks Drawing module, SolidWorks sheet metal tools, and 3D modeling tools. The course also covers the sketch, assembly, drafting, and analysis commands needed to use those tools well.
Inventateq offers classroom training across multiple locations. Explore the branch nearest to you and check available batch timings.
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