COLLABORATIVE LABORATORIES

SIEMENS Center of Excellence (CoE)

The following laboratories are established in SIEMENS Center of Excellence (CoE) for imparting practical exposure to B.Tech. (Mechanical) and M.Tech.(CAD/CAM & Thermal Engineering) programs.

S.No.Name of the LaboratoryMajor Equipment & Software
1NC Programming1) Sinumerik 808D
2) Sinumerik 828D Controllers for both Turning & Milling
2CNC Machines1) 2 Axis Turning Machine with 8 Tools capable Turret
2) 3 Axes CNC vertical milling machine with AUTOMATIC Tool changer (ATC)
3Test & Optimization1) LMS vibration test rig
2) Siemens NX
4Rapid PrototypingSST 1200ES-3D Printer available for ABS+ Polymer
5Robotics1) Robotic Spot-Welding Cell
2) Robotic Arc Welding Cell
3) Robotic Pick and Place Cell
4) Rob CAD, ABB Robot Studio simulation software
5) Offline programming Software
6Product Design & ValidationSiemens NX
7Advanced ManufacturingSiemens NX
8Mechatronics1) Modular Automation
2) Production System (MAPS 6S)
3) 5 Individual Station of MAP-6S
4) Siemens S7-1200 PLC’s
5) Diagnostic Kit 2006
6) Siemens TIA Portal V13

The above laboratories of SIEMENS CoE provide intensive skill-oriented training in the domain of Modeling, Simulation, and Analysis related to the conceptsof mechanical engineering.These laboratories have the state of art in automated manufacturing facilities like CNC controller kits for simulation of tool path generation, Additive manufacturing cell. The experimentation facility is endowed with different industry-oriented machines like 3-axis CNC milling machine and 2-axis CNC turning machine along with automatic tool changer. The ‘Additive Manufacturing’ is one of the most sophisticated laboratories intended for customized manufacturing and rapid prototype modeling.

3D Experience Centre

3D Experience Center” is a facility created in the Mechanical Engineering department with the support of APSSDC in collaboration with Dassault Systemes. The center has been established with the support of A. P. government to fulfill the objective of bringing qualitative improvement in technical education, improve industry-academia interaction, to enhance employability of undergraduate students and to create a pool of skilled work force, in order to cater to the human resource requirement of the Manufacturing sector.

This center is being extensively used for imparting skills with regard to solid modeling and analysis of mechanical components to all undergraduate mechanical engineering students, in a phased manner. Students are expected to get a practical insight pertaining to the engineering design process from the product life cycle perspective of a mechanical system. The facility is being extended to M tech (CAD/CAM) students for learning relevant aspects and for carrying out PG and research projects.

The center uses following software for modeling and simulation of mechanical components & assembly.

SoftwareModules / Features
CATIA1) Sketcher
2) Part Design
3) Assembly Design
4) Generative Shape Design
SIMULIA1) Structural Model
2) Structural Scenario
DELMIA1) Process Planning
2) Manufactured Item Definition
3) Plant Layout Design
4) Equipment Allocation
Scroll to Top