A comprehensive laboratory ecosystem designed to support digital manufacturing, product design, and advanced production engineering. Powered by industry-standard platforms from Hexagon AB, Cadence Design Systems, and Intech Additive Solutions, this setup provides an integrated environment for design, simulation, manufacturing, and validation. It enables institutions to align academic learning with Industry 4.0, digital manufacturing, and real-world production workflows.
A CAD (Computer-Aided Design) Laboratory equipped with advanced design tools is essential for modern product development and engineering education. Tools such as VISI, Work Xplore, and Designer from Hexagon provide a comprehensive environment for 3D modelling, product visualization, and design validation. This lab enables students and researchers to design and evaluate engineering components, aligning academic training with industry design practices.
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A CAM (Computer-Aided Manufacturing) Laboratory equipped with industry-standard tools enables the development of precision machining programs and manufacturing workflows. These tools provide capabilities for toolpath generation, CNC programming, and machining simulation. This lab allows students and researchers to convert digital designs into manufacturing-ready outputs, bridging the gap between design and production.
A Production Engineering Laboratory equipped with advanced tools supports the simulation and optimization of sheet metal and manufacturing processes. Tools such as RADAN and SMIRT provide capabilities for process planning, material utilization, and production efficiency analysis. This lab enables institutions to train students in real-world manufacturing scenarios and optimize production workflows.
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A Smart Manufacturing Laboratory equipped with digital platforms such as Nexus enables connected and data-driven manufacturing environments. It provides capabilities for collaboration, digital thread integration, and workflow management across the production lifecycle. This lab introduces students and researchers to Industry 4.0 concepts and intelligent manufacturing systems.
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An Additive Manufacturing Laboratory equipped with advanced simulation tools enables the design and optimization of metal additive processes. These tools provide capabilities for analysing build strategies, distortion, residual stress, and process parameters. This lab allows students and researchers to validate designs before production, improving efficiency and reducing manufacturing errors.
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A 3D Metal Printing Laboratory equipped with advanced additive manufacturing systems provides hands-on experience in metal fabrication and rapid prototyping. These systems enable the production of complex geometries and lightweight structures. This lab supports research and innovation in next-generation manufacturing technologies, aligning academic capabilities with industry advancements.
Download PDFFrom concept design to final manufacturing, all within a unified digital ecosystem.
Equip students and researchers with the same platforms used in global R&D labs and Industry oriented Product development.
Provide students and researchers access to industry-standard CAD/CAM + Additive and Smart Manufacturing and real-world CAD/CAM workflows.
Strengthen your institute's capability to secure government funding, patents, and high-impact publications through extensive Research and Product development outcome.
Equip students with skills in smart manufacturing, connected systems, and digital engineering workflows.
Strengthen capabilities in advanced manufacturing, additive technologies, and production optimization.
Prepare graduates for roles in automotive, aerospace, precision engineering, and manufacturing sectors.
Move beyond traditional manufacturing education — build a future-ready, digitally driven production ecosystem with Hexagon AB, Cadence Design Systems, and Intech Additive Solutions.
