TECHNOLOGY LABS

The Product Digitalization Lab equips students with hands-on experience in various aspects of product design, including 3D modelling, 2D drawing, sheet metal design, surface design, PCB design, computer-aided manufacturing, and piping and electrical routing design. It’s an exciting opportunity for students to bridge theory and practice in the world of engineering and manufacturing.

The Product Digitalization Lab harnesses SIEMENS’ NX software—a powerful tool for product design and engineering. With NX, students delve into 3D modelling, simulation, and various design aspects, bridging theory and practical skills.

Design more efficiently with NX than any competitive software

The world’s most productive modeler has an intuitive interactive user interface and the fastest model resolution to help you go from concept to model reality in the shortest time possible.

Design Versatility – “You can work in a more innovative way, combining the capabilities of Alias, SolidWorks, and Space Claim in a single tool.

Simcenter 3D: The most comprehensive, fully-integrated CAE solution.

Simcenter 3D addresses complex product engineering processes by delivering revolutionary improvements in simulation efficiency. With advanced capability 3D simulation technologies and a comprehensive range of CAE applications, Simcenter 3D offers new methods that increase realism and deliver better insight into your product’s performance. Simcenter 3D captures expert knowledge and best-practice workflows, enabling engineers and analysts to collaborate on a platform that accommodates all aspects of functional performance.

Simcenter Amesim™ software is a leading integrated, scalable mechatronic system simulation platform that allows design engineers to virtually assess and optimize system performance. This boosts overall systems engineering productivity from the early development stages until the final performance validation and controls calibration. Therefore, Simcenter Amesim can be your tool of choice to develop successful.

Additive Manufacturing Labs provide students with hands-on experience in 3D printing. These labs break free from traditional tooling constraints, allowing students to build intricate geometries layer by layer.

This lab offers students hands-on 3D printing experience, liberating them from conventional tooling limitations. Students can create intricate geometries layer by layer. Marconi provides printers using technologies like Fused Deposition Modeling (FDM) and Multi Jet Fusion (MJF). In these labs, students design parts in the Product Digitalization Lab and swiftly produce prototypes for instant design evaluation. It’s a creative journey where ideas materialize.

IIoT Mechatronics Lab is equipped with Smart Factory from IIoT based flexible manufacturing system. Entire system consists of 4 modular stations along with a fifth station which is a robotic gantry. Each station can be operated in individual mode as well as in integration mode. Bearing assembly is carried out with the help of pneumatic gauging, vision inspection as well as barcode reading. Robot (7 Axes Robot with Linear gantry axis) is fully integrated with the smart factory through SCADA and MES. Production optimisation system along with Automatic Storage and Retrieval System is also provided in the system with photo sensors. The entire system operates on a SCADA which can be programmed by the users along with MES (Manufacturing Execution System).

Smart factory is also equipped with remote commissioning software (Siemens Mechatronics Concept Designer) and Siemens Technomatix which acts as a digital dynamic Twin with factory simulation. Users can design entire PLC ladder in 3 dimensional workspace in Siemens NX MCD.

Advanced Pnuematics training system is computer-controlled PLC based pneumatic training solution. The training system is dual faced system made of industrial grade heavy duty aluminum extrusions. Castor wheels with rigid mounting provision are provided. Top, bottom and 4 drawer pedestal in industrial MDF are provided for convenient operation and storage of items.

PLC Input and out modules are provided on the control panel to which the inputs and outputs of PLC are hard wired. Field input and field output modules are hardwired with the field components such as solenoid valves and reed switches through industrial sensor terminals. Industrial connector based wiring makes it easier for users to understand and maintain the training system.

As welding techniques become more sophisticated, training methods need to keep pace. One innovative approach that has gained traction in recent years is the use of welding simulators. These devices are not only improving training efficiency but also significantly enhancing knowledge retention among welding trainees. Traditional welding training often involves live demonstrations, classroom instruction, and hands-on practice in welding booths. While these methods are effective, they have several limitations such as safety, Resource-Intensive and limited immediate feedback. Simulation is driving a new era of education, allowing learners to practice in controlled, engaging, and effective environments that foster long-term retention and skill acquisition.

LMS system of this equipment allow instructors to centralize all this information in one place, visualizing the completed practices and even replaying them. It also generates individualized performance graphs, promoting healthy competition among students. Moreover, these tools enable the creation of custom courses, combining theory, practical exercises, and tests. This comprehensive approach integrates multiple aspects of the learning process, ensuring students not only understand the theoretical components but can also apply them practically.

This is a fully functional electric vehicle lab that empowers students to build, wire, diagnose, and program an EV while practicing low and high voltage safety procedures. A high-impact project that challenges students to build, test and drive an electric vehicle as an educational project.

This EV Lab is the perfect workforce development tool for educators to teach hands-on EV fundamentals. Designed using a component-agnostic approach, it prepares students for careers in electric vehicle technologies.