Solidworks Master Course

Solidworks
Master Course

Solidworks Master Course

SolidWorks is a powerful computer–aided design (CAD) software widely used in mechanical
engineering, product design, and manufacturing, enabling users to create 2D and 3D models,assemblies, simulations, and technical drawings. Its user-friendly interface and seamless integration with engineering workflows, including simulation, design validation, and product data management, make it a preferred tool in the industry. SolidWorks is commonly used for 3D modeling of mechanical parts and assemblies, engineering simulations (such as stress, heat,and motion analysis), sheet metal and mold design, technical drawings, and product lifecycle management.

In South India—particularly in Tamil Nadu, Karnataka, Andhra Pradesh, and Telangana—the scope of SolidWorks is significant due to the region’s strong industrial base. Key sectors that use SolidWorks include automotive manufacturing (notably in Chennai, Hosur, and Coimbatore), aerospace and defense (especially in Bangalore), heavy machinery and equipment in Coimbatore and Hyderabad, consumer products, electronics, and various startups and product design firms across major cities.

Career opportunities for SolidWorks learners include roles such as design engineer, product design engineer, CAD engineer, mechanical draftsman, R&D engineer, simulation analyst (with SolidWorks Simulation skills), freelance CAD designer, tool and die designer, and project engineer or manager. South ndian cities offer a robust job market: Chennai is known as the “Detroit of India,” Bangalore excels in aerospace and startups, Coimbatore is a hub for machinery and pumps, and Hyderabad is emerging in electronics and 3D design.

Course Overview

Catering to both beginners and professionals in the fields of Mechanical, Mechatronics,
Production, and Aerospace Engineering..
Introduction to AutoCAD and it’s user initerface.
Solidworks and it’s career opportunities, especially in South India.
Detailed software & tool training with parallel pCreating detailed 3D models from 2D sketches
Designing and managing assemblies of multiple components
Detailed software & tool training with parallel projects.
Producing professional-grade technical drawings and documentation
Utilizing SolidWorks tools for product visualization and presentation
Understanding the basics of design validation through simulation
. Quality training to be proficient in implementing design requirements.
Capstone projects with mentor guidance.
. Mock interviews & resume support
Special 1:1 guidance on portfolio development
Reliable placement support for securing roles at leading companies around south India.

Target Audience

Academic / Students & Beginners

SolidWorks is an ideal tool for students and beginners in Mechanical, Mechatronics,
Production, and Aerospace Engineering, offering an intuitive platform to learn 3D
modeling, design validation, and real-world engineering principles

Industry Professionals

SolidWorks caters to professionals in Mechanical, Mechatronics, Production, and
Aerospace Engineering, providing robust CAD, simulation, and manufacturing tools
essential for advanced product development and innovation

Product Designers / Freelancers

Designed for freelance designers and product development experts, SolidWorks offers
powerful modeling tools, visualizations, and rendering capabilities to bring creative
concepts to life

Researchers & Innovators

Perfect for engineers, researchers, and innovators in mechanical and related fields,
SolidWorks empowers users to prototype, simulate, and optimize designs with precision and efficiency.

General / Mixed Audience

SolidWorks supports a broad spectrum of users—from students and hobbyists to
seasoned engineers—across industries like mechanical, mechatronics, production, and aerospace, enabling high-performance 3D design and engineering

Learning Objectives

At Bumblebee, we understand the importance of fostering innovation and practical design skills in the fields of Mechanical, Mechatronics, Production, and Aerospace Engineering. That’s why our SolidWorks Master Course emphasizes not just software proficiency, but also realworld application, teamwork, and industry-relevant problem-solving.

Participants gain more than just theoretical knowledge—they engage in hands-on projects, design challenges, and collaborative exercises that mirror actual engineering workflows. This practical approach enables learners to confidently apply their skills in diverse professional settings.

Upon completion, graduates emerge as confident and capable SolidWorks specialists, equipped with the tools to innovate, lead, and contribute meaningfully in sectors like product design, manufacturing, automation, and beyond.

In essence, the SolidWorks Master Course at Bumblebee goes beyond traditional CAD training. It delivers a comprehensive learning experience that prepares participants to tackle complex engineering problems with creativity, precision, and professionalism. Through immersive learning, teamwork, and a strong emphasis on industry readiness, our learners become not just software users—but future-ready engineers and designers ready to make a lasting impact.

Teaching Methology

At Bumblebee, the SolidWorks Master Course is designed to enhance learning through a variety of instructional approaches. Participants engage in hands-on mechanical design projects through interactive workshops, practical activities, and guided lessons.

The curriculum begins with a strong focus on in-depth knowledge in Solidworks, during the first month. In the following month, participants work on industry-relevant design projects, applying concepts such as part modeling, assembly creation, motion study, FEA simulations, and photorealistic rendering.

In addition to gaining a thorough understanding of technical design and analysis, participants become familiar with a range of engineering and product development workflows. To accommodate diverse learning preferences, the course offers flexibility, including both online and in-person options, project-based workshops, and multiple learning modalities tailored to real-world industry needs.

The primary objective is to provide participants with a high-quality education in mechanical design and simulation using SolidWorks, preparing them for successful careers in design, manufacturing, and product innovation.