Indore's most practical mechanical design software training program is built for engineers who want real skills, not just a certificate. At DCICI, you learn SolidWorks, CATIA, AutoCAD Mechanical, Creo, and Ansys through hands-on project work that mirrors actual industry workflows in automotive, manufacturing, and product design.
Most mechanical engineering students leave college knowing theory but struggling with the tools real employers demand. At DCICI, we close that gap. Our mechanical design software course in Indore puts you inside real design scenarios from day one.
Master modelling complex parts in SolidWorks, analysing structural stress and thermal dynamics in Ansys, and producing industry-standard manufacturing drawings in AutoCAD Mechanical.
Where skills meet opportunities — DCICI gives you the perfect blend of practical learning, real project training, and industry exposure to turn your engineering passion into a successful career.
Explore a complete pathway to your dream career in mechanical engineering. From foundation to advanced level, DCICI offers structured learning that helps you master 2D drafting, 3D modelling, simulation, and manufacturing workflows using industry-leading software.
Our curriculum is designed to take you from basic design understanding to advanced engineering tools needed to land a top job. With personalized mentorship and project-based learning, you’ll build a strong portfolio that showcases your technical skills to future employers.
AutoCAD Mechanical, CREO, CATIA, SolidWorks, and Ansys fundamentals.
Autodesk Fusion 360, Siemens UG NX for advanced parametric modeling.
Mastercam, ArtCAM, CNC toolpath generation, and CAM manufacturing pipelines.
Explore exciting opportunities beyond traditional mechanical engineering. DCICI prepares you for diverse roles across automotive, manufacturing, aerospace, robotics, and industrial product design industries.
Design and develop machine parts, products, and industrial components.
Work on computer-aided design and finite element simulation for engineering projects.
Create innovative industrial products from concept sketching to functional prototype.
Design vehicle chassis systems, body panels, and complex automotive assemblies.
Develop precision injection molds, stamping dies, and fixtures used in manufacturing.
Convert engineering concepts into detailed 3D digital assemblies and realistic renders.
This isn’t just software training — it’s your gateway to the mechanical engineering industry. At DCICI, you’ll build a strong portfolio, work on real-project simulations, and gain exposure to industry professionals who shape today’s engineering and manufacturing standards.