P
Praveen
Mechanical Design
Proficient in SolidWorks with AI
Build industry-ready expertise in SolidWorks with AI through hands-on learning focused on 3D modelling, part design, assemblies, drawings, and engineering workflows. The program introduces AI-assisted design approaches to improve accuracy, speed, productivity, and problem-solving.
Duration100 Hours
ModeLive
CertificationCADD Centre Certified
Projects1 Live Project
Placement supportIncluded
✓Placement support via First Job Pakka
✓Batches start every month
✓Available at all 5 branches
✓EMI options available
Why this course
Where Engineering Meets Intelligent Design
This program is designed for learners who want to build practical, industry-relevant skills in modern mechanical design. You’ll learn to use SolidWorks confidently for 3D modelling, part design, assemblies, and engineering drawings, while exploring how AI can make design workflows faster and smarter. The course focuses on hands-on learning, helping you turn concepts into accurate digital designs and solve real-world engineering challenges. By combining strong CAD fundamentals with AI-assisted techniques, you can improve productivity, design efficiency, and problem-solving skills. It’s a future-focused learning path for anyone looking to grow in mechanical design, product development, manufacturing, and related engineering careers.
From Learning to India’s Fast-Growing Engineering Industries
Build job-ready SolidWorks with AI skills and step into India’s growing engineering industries. Gain practical expertise for opportunities across automotive, manufacturing, automation, product design, and more.
₹3.8–₹4.5
Starting CTC Range
7000+
Job listings observed in India – 2026
8+
High-Demand Industries
Roles our graduates step into
Mechanical Design EngineerSolidWorks Design EngineerProduct Design EngineerDesign & Development EngineerProduct Development Engineer
Career opportunities
Typical starting CTC range
₹3.5–₹4.5 LPA
Roles after completing
Mechanical Design EngineerSolidWorks DesignerCAD Design EngineerMechanical CAD EngineerProduct Design Engineer
Industries that hire
Automotive & EVAerospace & DefenceEngineering & Design ServicesProduct Development & R&DRobotics & Automation
Why industry demand is growing
Industry demand for SolidWorks professionals with AI skills is growing as companies focus on faster product development, smarter design processes, and greater automation. Skilled professionals can help create accurate 3D models, optimize designs, reduce development time, and improve overall engineering productivity using modern AI-assisted tools and workflows.
A typical career path
0-1 Years
SolidWorks Designer
1–3 Years
Mechanical Design Engineer
3-5 Years
Product Development Engineer
What you'll learn
9 modules, structured around a real product.
Each module builds on the last — by Module 5 you're simulating the motion of a working mechanism, not completing isolated drawing exercises.
Concept Design & AI in Product Design
Learn product concept development and use AI for smarter ideation, faster design decisions, and efficient workflows. Turn creative ideas into practical, innovative concepts with modern design techniques.
Topics covered
Concept development & design thinkingProduct ideation and brainstormingDesign requirements & specificationsAI-assisted product ideationAI tools for design explorationPractical outcome
Develop product concepts, use AI for smarter ideation, evaluate design options, and turn ideas into practical concepts ready for 3D modelling.
Sketching & Profile Creation
Build strong SolidWorks sketching skills by creating accurate profiles, dimensions, and constraints. Learn to develop clean 2D sketches that form the foundation for precise and efficient 3D models.
Topics covered
Sketching fundamentals in SolidWorks2D sketch creation and editingGeometric shapes and entitiesSketch relations and constraintsDimensions and fully defined sketchesProfile creation and modificationConstruction geometryCreating sketches for 3DPractical outcome
Create accurate,fully defined 2D sketches & profiles using SolidWorks,applying dimensions,constraints,& design intent to build a strong foundation
Machine Component Design & Modelling
Learn to design and model practical machine components in SolidWorks using engineering principles. Create accurate 3D parts with the right dimensions, features, and design intent for real-world mechanical applications.
Topics covered
Machine component design fundamentalsEngineering design principlesPart modelling in SolidWorksExtruderevolvesweep & loft featuresHolesfilletschamfers & patternsStandard mechanical componentsDesign intent & parametric modellingPractical outcome
Create accurate machine components in SolidWorks using parametric modelling, engineering principles, dimensions, and design intent.
Assembly Design
Learn to combine individual components into functional assemblies. Create, position, and manage parts while applying mates, fit, movement, and design intent for accurate mechanical assemblies.
Topics covered
ChatGPT said:Assembly Design — Topics CoveredAssembly fundamentalsComponent insertion & positioningMates and assembly relationshipsStandard and advanced matesSub-assembliesComponent patterns & mirroringAssembly constraints & design intentPractical outcome
Create functional assemblies by positioning components, applying mates, checking interference, and generating organised assembly drawings and BOMs.
Drafting, Drawing & MBD
Create professional engineering drawings with views, dimensions, and annotations. Learn MBD concepts to communicate manufacturing information clearly and improve digital documentation workflows.
Topics covered
ChatGPT said:DraftingDrawing & MBD — Topics CoveredEngineering drawing fundamentalsDrawing views & sheet setupDimensions & annotationsSectiondetail & auxiliary viewsTolerances and geometric dimensionsBOM and drawing templatesPractical outcome
Create clear engineering drawings and apply MBD dimensions, annotations, and manufacturing information for accurate production communication.
Advanced Part Modelling
Develop advanced SolidWorks modelling skills by creating complex geometries and detailed components. Learn efficient techniques that improve accuracy, design intent, and modelling performance.
Topics covered
Advanced part modelling fundamentalsMulti-body part modellingSweepslofts & boundary featuresAdvanced fillets & chamfersShell & draft featuresPatterns & mirror techniquesComplex geometry creationParametric & design-intent modellingPractical outcome
Create complex, accurate 3D parts using advanced SolidWorks features, parametric techniques, and design intent for real-world engineering applications
Surface & Sheet Metal Design
Create complex surfaces and practical sheet metal components in SolidWorks. Learn bends, folds, and manufacturing considerations to develop accurate and production-ready designs.
Topics covered
Surface modelling fundamentalsSurface creation and editingAdvanced surface featuresTrimextendknit & offset surfacesSheet metal fundamentalsBase flange and edge flangeBendsfolds & sheet metal featuresCut-outshems & cornersPractical outcome
Create complex surfaces and production-ready sheet metal parts with accurate bends, folds, features, and flat patterns.
Weldment Design
Learn to design structural frames and fabricated components using SolidWorks Weldments. Create members, manage profiles, trim joints, and develop detailed welded structures for real-world applications.
Topics covered
Weldment tools & structural membersStandard profiles & profile selectionCorner treatments & trimmingGussets & weld beadsStructural frame creationCut-list generation & managementWeldment detailingProduction-ready drawingsPractical outcome
Create accurate welded structures with structural members, joints, cut lists, and production-ready detailing.
PDM & Design Data Management
Learn how PDM helps organise, control, and share engineering data. Manage files, revisions, access, and workflows efficiently while improving collaboration and control throughout product development.
Topics covered
PDM fundamentals and workflowProduct data organisationFile and folder managementVersion and revision controlCheck-in & check-out processesUser access and permissionsDesign file collaborationPractical outcome
Manage SolidWorks data, revisions, access, and workflows while collaborating efficiently and maintaining organised design records.
Course at a glance
Duration100 Hours
Modules9 modules
ModeLive
CertificationCADD Centre Certified
Live projects1 Live Project
Placement100 % Assisted
Institute credentials
ISO 9001:2015 certified quality education
Lifetime alumni support — doubts cleared even after course completion
Placement assistance
Your Journey from CAD Learner to Design Professional
Learn SolidWorks through hands-on projects while discovering how AI can make design faster, smarter, and more efficient. Build practical skills in 3D modelling, assemblies, and engineering design to confidently step into today’s evolving engineering industry.
₹3.8 LPA
Starting CTC
2,000+
Mechanical Design Engineer–SolidWorks roles
30M+
Automotive value-chain jobs in India
Student success stories
From training to career...
Hear it from our graduates.
Learning experience
How you'll learn at CADD Centre.
1
Instructor-led sessions
Classroom and live online with industry practitioners
2
Hands-on lab access
Licensed industry software, full lab hours included
3
Real-world projects
Assignments modelled on actual industry briefs
4
Portfolio development
Build a job-ready portfolio with placement team support
5
Certification & interview prep
Mock tests, cert prep, and readiness workshops
Frequently asked questions
Common questions about this course.
Still have questions?
We're here to help you.
The program helps you move beyond basic CAD commands and develop practical skills for modern product design. You’ll learn to create, refine and communicate 3D designs while exploring how AI can make everyday engineering workflows faster and more efficient.
The skills can support career paths such as Mechanical Design Engineer, Product Design Engineer, CAD Design Engineer, 3D CAD Designer, Design Engineer, and SOLIDWORKS Designer. Your opportunities will also depend on your engineering qualification, portfolio and overall technical skills.
Yes. The course can help beginners build their knowledge from fundamental 3D modelling concepts to advanced design and AI-assisted workflows.
A regular course may primarily teach you how to use SOLIDWORKS. This program aims to take you a step further by combining advanced 3D design skills, practical engineering workflows and AI-enabled capabilities. The focus is not just on learning the software, but on becoming more confident and productive in a modern product-design environment. CADD Centre also highlights practical learning, real-world exposure, experienced trainers and an industry-approved curriculum as key differentiators
You will learn 3D part modelling, assembly design, sheet metal, surface modelling, engineering drawings, design modifications, and AI-assisted design workflows.
The course is suitable for Mechanical Engineering students, graduates, diploma holders, designers, and working professionals looking to enhance their CAD and product design skills.
Ready to build your career in product design?
Talk to a counsellor, download the full curriculum, or book a free demo class — we'll help you take the right first step.
Free. No obligation. Available Mon–Sat, 10 AM–6 PM.
Proficient in SolidWorks with AI