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Siemens Center of Excellence (CoE)

Energy security and global warming are two major areas of concern for countries across the world.

Prototype Development Competition on Electric Vehical Technology

Upcoming Program



The Siemens-Centre of Excellence has been established at PDEU to cater the need of skilled man power in the automotive industry. The Siemens Centre of Excellence is established under an agreement between Industries Commissionerate - Government of Gujarat, Siemens Industry Software (INDIA) Pvt. Ltd. & Pandit Deendayal Energy University.


Center of Excellence

The Siemens-Centre of Excellence has been established at PDEU to cater the need of skilled man power in the automotive industry. The Siemens Centre of Excellence is established under an agreement between Industries Commissionerate - Government of Gujarat, Siemens Industry Software (INDIA) Pvt. Ltd., & Pandit Deendayal Energy University.

The CoE has been inaugurated on 26th September 2014 by Shri Saurabhbhai Patel Honourable Minister, Finance, Energy and Petrochemicals, Mines & Minerals, Cottage Industries, Government of Gujarat in the presences of dignitaries from Government of Gujarat, Industries and esteemed institutes.

Siemens Center of Excellence is equipped with the latest design, digital manufacturing, simulation, and lifecycle management soft-ware from Siemens Industry Software, and state of art industrial equipment from Siemens Industry. It also have the latest computerized numerical controllers (CNC), programmable logic controllers (PLC), computer integrated manufacturing unit (CIM) comprising of CNC milling and turning machines, automatic guided vehicles (AGV), industrial robots, automatic storage and retrieval systems, vision inspection system for quality control, CIM controllers and software, rapid prototyping machines, etc., all integrated using Siemens Total Integrated Automation (TIA) portal. It has 7 fully-equipped laboratories that will be staffed with instructors trained and certified by Siemens.



CoE is mainly for skill development, we train you on Industrial standard software from the range of Basics of modeling to Virtual manufacturing concepts on Siemens software and basic and advanced concepts on maintaining and commissioning power systems and motors.

  • Improved skills of faculty & Students at Technical Institutes.
  • Seeding Research Capability & Capacity at Institute level.
  • Technical Education Curriculum more updated and aligned with Industry requirements.
  • Centers of Excellence and Skill Building Centers to focus on training students in line with latest Industry needs and make them more employable.
  • Improved placements of students in colleges. Students can compete in national employment market for better remuneration and growth.

People who can attend CoE are

  • Students studying technical courses
  • Faculties who wants to upgrade their skill on latest technologies
  • Working professionals , so they can upgrade their skill and stay in the forefront of the current trend

The candidate having pre-requesters of basics of drawing and engineering concepts can expect to have good exposure to the Industrial standards software and its user friendly operations.


Industry Relation

Siemens AG is a German multinational conglomerate company headquartered in Berlin and Munich. The Siemens Group in India has emerged as a leading inventor, innovator and implementer of leading-edge technology enabled solutions operating in the core business segments of Industry, Energy, Healthcare and Infrastructure and Cities.

Siemens in India is strengthening initiatives for skill up-gradation of the industrial workforce. Center of Excellence (CoE) is a program started by Siemens under the joint ventures of Government of Gujarat supported by Design Tech. First of its kind in the country, these CoE’s will address diverse industry segments like Automotive, Industrial machinery, industrial automation, Aerospace & defense, and Shipbuilding. It has been started at different locations across the state. One such among them has been established in PDEU. It has different courses that have industrial application for skill development and knowledge up gradation in the field of Automotive. It has a state of the art facility for quality training in new technologies in the market.


Product Design & validation Laboratory

Product Design and validation Laboratory is equipped with the latest configuration to support the UG NX training Equivalent to industries standard.

About Laboratory

  • Product design and validation are two of the most critical stages in product development.
  • Efficiency in product development can be significantly raised by engaging powerful tools for modeling, design and simulation.
  • This lab is equipped with 30 workstations and is provided with most powerful tools like
  •  NX9 CAD
  •  FEMAP (Finite Element Modelling and Post Processing)
  •  NX9 Advanced Simulation
  •  Motion Analysis

Software package Advantages
Computer Aided
Designing (CAD)
To increase the productivity of the designer, improve the quality of design, improve communications through documentation, and to create a database for manufacturing.
Computer Aided
Engineering (CAE)
To analyze the robustness and performance of the components & assemblies through motion simulation, validation, and optimization of products and manufacturing tools.


Advance Manufacturing Laboratory

Advance Manufacturing Laboratory is equipped with the latest configuration to support the UG NX training Equivalent to industries standard.

About Laboratory

  • Advanced Manufacturing involves the use of technology to improve products and/or processes, with the relevant technology being described as “advanced,” “innovative,” or “cutting edge.”
  • This lab is equipped with 30 Workstations and provided with industries most advanced products Like
      - NX CAM
      - Digital Manufacturing products
      - PLM Software

Software package Advantages

Computer Aided Manufacturing (CAM)

To create a faster production process and components and tooling with more precise dimensions and material consistency while simultaneously reducing energy   consumption.

Digital Manufacturing

Tecnomatix is a comprehensive portfolio of digital   manufacturing solutions that help you realize innovation by synchronizing product engineering, manufacturing engineering and production.

Product Lifecycle   Management (PLM)

It can be defined as an information strategy, it builds a coherent data structure by consolidating systems


MCMT Laboratory

MCMT Laboratory has a state of the art facility for getting trained latest milling and turning CNC  controller, also it has 31 axis SINUMERIK 840D SL  controller which is the latest product from Siemens.

About Laboratory
MCMT lab is equipped with the simulators that are required before CNC machining software.


SINUMERIK 808D Milling controller SINUMERIK 808D is perfectly preconfigured to meet the requirements of basic standard machines. SINUMERIK 808D offers intelligent CNC features such as full servo controlled rigid tapping or flying spindle/C axis switchover.
Turning controller
The SINUMERIK 808D Turning is an operator-panel-based CNC, preconfigured for use in modern basic standard turning machines.
SINUMERIK 840D SLController The SINUMERIK 840D SL can be used worldwide in tool and mold making, for high-speed cutting applications, for wood and glass processing, for handling operations, in transfer lines and rotary indexing machines, for mass production and Job Shop production.



CIM Simulation Laboratory

Computer-integrated manufacturing is the manufacturing approach of using computers to control the entire production process.

About Laboratory

  • Knowledge on interfacing and automation techniques
  • Demonstrate automation combined with advanced manufacturing technology
  • Sequence Planning, Process Planning, Shop Floor Layout Generation.
  • Learn about Offline / On-line sequence execution techniques.
  • Data Acquisition and processing generation.
  • Monitoring & Virtual simulation generation for sequences
Equipment Applications
Automated Guided  Vehicle (AGV) Material handling system with integration to conveyors, manufacturing assembly stations and ASRS. Built-in guidance and routing for material flow and obstacle sensing to avoid accidents.
Automatic  Storage &  Retrieval System (ASRS) Transfer station will be provided to accept the pallet from the ASRS   platform. Transfer station   conveyor or AGV.
ARISTO XT ROBOT Aristo is a 6 axis articulated robotic arm for doing various type of jobs like loading unloading and handling the work piece conditions.
ASSEMBLY STATION The station consists of linear conveyor, pick & place units, pneumatic process control for bearing and shaft assembly with Vision Inspection System.
  • With SINUMERIC 828D Controller.
  • 8 tool programmable Hydraulic. Automatic Tool Changer.
  • With SINUMERIC 828D Controller.
  • 8 Station programmable turret.


Rapid Prototyping Laboratory

Rapid prototyping is a group of techniques used to quickly fabricate a scale model of a physical part or assembly using three-dimensional computer aided design (CAD) data.

About Laboratory  

  • Rapid prototyping refers to physical objects that are automatically constructed with the aid of additive manufacturing technology.
  • Rapid prototyping in its earlier days was applied to production of models and prototype parts.
  • Advance Additive manufacturing facility to print big, tough and functional models in ABS
  • Used in a wide range of industries, Rapid prototyping allows companies to turn innovative ideas into successful end products rapidly and efficiently.

Specifications of the instrument

Model material ABS plus in nine colors
Support material: Soluble (SST 1200es); breakaway (BST 1200es)
Build size 254 x 254 x 305 mm (10 x 10 x 12 in.)
Layer thickness 0.33 mm (0.013 in.) or .254 mm (.010 in.)
Workstation  compatibility Windows XP/Windows 7 Network
Connectivity Ethernet TCP/IP 10/100 base T
Power Requirements
  • Dimension 1200es 3D printer: 100–120 VAC 60 Hz, minimum 15A dedicated circuit or 220–240 VAC 50/60 Hz, minimum 7A  dedicated circuit
  • SCA-1200 support-removal system: 100-120 VAC, 15A, 60 Hz or 220-240 VAC, 10A, 50 Hz



Process Instrumentation Laboratory

Process Instrumentation Laboratory is housed with different instruments like temperature measurement, level detection, pressure measurement, flow measurement etc.

About Laboratory

Instrument Description
Simatic PCS7 SIMATIC PCS 7 BOX contains all the components of a control system automation system, operator station and engineering system in a compact design of an industrial PC. It combines a unique scalable architecture with powerful engineering to old and a wide variety of additional functions such as alarm management, process safety and asset management.
Instrumentation Rack Instrumentation rack having the following instruments Mass6000, Sitrans FU060, Sitrans P300 and FUS3300 (Transmitter), Sitrans P, Mass2100 and Mag5000 (Transmitter). Prob LU, Pointer, position Actuator. These are used for measuring flow rate, pressure measurement, temperature, Volumetric & mass flow measurement, Level measurement, level measurement using Ultrasonic, point level measurement, Position control respectively.


Automation Laboratory

Automation lab is used to understand the role of programmable logic controllers in complex mechatronic systems, modules and subsystems.

About Laboratory

  • Controllers for small machines and small automation systems.
  • Simple motion control functionalities and an integrated interface for programming with CPU communication.
  • Controller for standard/industrial applications such as automobile, manufacturing industries.
  • HMI : Siemens KTP 600 Basic and TP 700 Comfort Panel.
  • PLCs : Siemens S7-1214C CPU,
    Siemens S7300.
  • Siemens TIA Portal V12 / Step 7 5.6.
  • Siemens WinCC V12 / WinCC Professional.
  • Siemens PLCSIM V12 / PLCSIM 5.4



Electrical Laboratory

Electrical Lab helps to understand the basic functions physical properties of the electrical components like motor control units and LV switchgear components and also helps to understand the role in the system.

About Laboratory

  • AC drive controller for conveyer belts, Wind Turbine, heavy applications like Cranes, Hoists etc.
  • Air circuit-breakers for general protection (of plants, of user complexes, of electric lines) and as protection circuit-breakers of electrical machines (generators, motors, transformers, capacitors).
  • Soft starter for smooth starting and stopping operations.
  • Motor management system for low voltage motors, motor feeder and automation system.
  • Motor protection, monitoring and control to increase the process control quality and reduce costs.


  • DC Shunt Motor: 1.5KW, 1500 RPM: 2 Nos.
  • AC Induction Motor: 5.5KW, 1449 RPM: 2 Nos.


  • Drive ES – Starter V4.3, SIMARIS.



Mechatronics Laboratory

Electrical Lab helps to understand the basic functions physical properties of the electrical components like motor control units and LV switchgear components and also helps to understand the role in the system.

About Laboratory

  • Complete structured automated assembly process.
  • Automation for manufacturing steps of feeding, material testing, transporting and handling, pinning, pressing and storing.
  • Cube assembly pro system.
  • Pressing Units for assembly purpose.
  • PLCs: Siemens S7-300.
  • Festo Fluid Sim 4.2.
  • Diagnostic Kit 2006.
  • Siemens PLCSIM V12 / PLCSIM 5.4.
  • Siemens WinCC V12 / WinCC Professional.
  • Siemens TIA Portal V12 / Step 7 5.6.



Computer-aided manufacturing (CAM) »
Computer-aided engineering (CAE) »
Digital Manufacturing »
Product lifecycle management (PLM) »
Manufacturing »
Computer Integrated Manufacturing (CIM) »
Automation Laboratory »
Process Instrumentation Laboratory »
Electrical Laboratory »




Upcoming Training Programs

Summer Short Term Training 2018
Schedule from - 04/06/2018 to 22/06/2018

No. of seats are limited and will be on first come first basis.

For Brochure - Click Here For Registration - Click Here



Schedule from - 02/07/2018 to 06/07/2018

No. of seats are limited and will be on first come first basis.

For Brochure - Click Here For Registration - Click Here


Completed Training

Regular Batches of PDEU 130
Short term Training for other Institute 47
Faculty Development Program 11




Ongoing Course

Essential for NX Designers 10 Batches
NX Thermal and Flow 01 Batches
NX Motion Simulation 01 Batches
CNC Programming and Operation 06 Batches
Low voltage and Switch Gear 04 Batches

Special Batch on Basics of PLC for Gujarat Forensic Science University, Gandhinagar

Special Batch on CAD and CAM for Silver Oak College of Engineering, Ahmadabad




Upcoming Courses

Winter Short term Training Programs 2019-20
From 09/12/2019 to 03/01/2020




Completed Projects

1 Design and Analysis of Turbocharger
2 Design and Manufacturing of the parts for Virtual BAJA SAEINDIA 2016
3 Design of the Feasibility of Wind Power-driven RO System for Treatment of brackish water
4 Rapid Prototyping of Blades for Research Project of Title " Aerodynamics analysis of HAWT blades using CFD Model"
5 Rapid Prototyping of the wrench using the 3D Printer for "iNCRIBE 2016"
6 CNC Turing of the Copper Material rod which will be used as an electrode in EDM machine for Research work of Title "Parametric Optimization of EDM process using Taguchi method of Ti6A14V"
7 Design and Development of a Toothbrush which comprises of Toothpaste and Tongue Cleaner.
8 CNC Turing of Spacer Block for Team CZAR
9 Design and Manufacturing of the parts for Heads Up Display for Transportation in L&T TECHGIUM 2017 FINALS
10 Design and Development of Parts for Variable Compression Ratio Piston Assembly for Competition L&T TECHGIUM 2017 FINALS
11 CFD Analysis and Experimental Validation of Airfoil Blades
12 Design and Manufacturing of the Box Assembly for User Friendly Open Source , Open hardware Pocket Programming Computer
13 Control of Induction Motor through Variable Frequency Drive using wireless communication technology
14 Garbage Monitoring System
15 Soft Starter for an Induction motor with integration of IOT




Ongoing Projects

3 Design and Development of Portable Air Purifier Mask (Swatch)
4 Design and Development of Continuously Variable Transmission for Bicycle




Contact Us

Dr. Pavan Kumar Gurrala
Head of the Center (Nodal Officer)
Siemens CoE, PDEU

Dr. Krunal Mahendra Mehta
In Charge For Mechanical Engineering Labs
Siemens CoE, PDEU

Dr. Amit Sant
In Charge For Electrical Engineering Labs
Siemens CoE, PDEU

Mr. Kaival Bhatt
Engineer Trainer
Email :

Mr. Labhanshu Sharma
Engineer Trainer
Email :

For information write to us
Email ID :
Phone Number : 079-23275482