General Engineering Services (GES) is a business vertical of WTG, that offers CAD / CAE services.

Knowledge Based Engineering (KBE) services to help customers make their design process cost-effective and to reduce design-to-market time.

Engineering Software Development & Knowledge Based Engineering (KBE) related Software product development.

We have a team of highly experienced professionals having expertise in the field of Designing & Engineering.

Our Specialization

• Computer aided Engineering (CAE) applications.
• Computer aided Design (with 3D modeling).
• Design process automation using Knowledge Based Engineering (KBE).
• Designing of equipments in Heavy Engineering
• Design automation of Rotating equipments, pumps and Valves.
• Design of Heat Exchangers
• Piping design. Static and dynamic analysis.
• Equipment design.
• PLM implementation
• Plant layout and Plant simulation.
• Design of material handling systems.

• We have created special Fan selection software for pumps, valves and turbines. It enables selecting rating charts for design of industrial, radial fans, turbine blades, pumps and valves and fan blade design for thermal power plants. The objective of this software was to find a best fan for the given operating condition.
• The Software is primarily focused on the selection of best fan for the given operating conditions or parameters. Data base is created for each and every data of pump, valve and fan blades. The input is manual and automatic. We design our own GUI for all graphs or rating curves.
• The multi rating chart is automatically selected thus avoiding human intervention. Multirating charts has been digitized and converted into graphs . MATHCAD software we have used as tool in this phase It is a ready to use software and configurable as per your design practices.

Specific Areas of Interest

Knowledge based Engineering

• Purpose
  • Fully automate design and Engineering of complex machinery using CAD, ERP etc by integrating highly complex data from multiple sources.
• Inputs
  Systems designed to allow:
  • Complex Rules
  • Heuristics
  • Artificial Intelligence and agencies
  • Reuse of Corporate design knowledge
• Outputs
  • Integrated Design Procedure results
  • Optimize design for materials or strength or for production
  • Produces production ready details e.g. BOM, Production drawings
• Benefits
  • Reduces design time by 80 to 90%
  • Reduces required materials by 15 to 20%
  • Applicable to any type of equipment and machinery
  • Allows to do much complex design, engineering with much fewer resources
  • Eliminates mundane tasks, reduces cycle time and increases response time to customers

Hopper Design Automation

Design Process Automation of current transformer

Design Process Automation

Design Automation of HH Type Heat Exchanger

Status: Completed and signed-off Benefits: Inputs: Just 30 design parameters Outputs Automatic creation of 3D models Automatic creation of 5 'shop floor ready' fabrication drawings Automatic creation of GA drawing Automatic creation of BOM Already implemented on 4 live jobs Time taken before implementation: 3 man-months to generate drawings for each job Time taken after implementation: half day for drawing generation for each job

Design Automation of Mini Coal Gasifier

Status: Completed & Signed Off Automation of the 'Knowledge embedded' 3-D components and assembly completed Automatic generation of 10 nos. GA, Assembly and component drawings already completed Savings Time taken before implementation: 2 months Time taken after implementation: 2 days

Status: Completed & Signed Off Automation of the 'Knowledge embedded' 3-D components and assembly completed Automatic generation of 10 nos. GA, Assembly and component drawings already completed Savings Time taken before implementation: 2 months Time taken after implementation: 2 days

Benefits of Design Process Automation

• Design process Automation and rework or redesign due to any modifications or customization is tedious and a time consuming process even though done using software. It is simplified and manual work/rework is minimized or eliminated. The productivity is tremendously increased by way of decrease in design cycle time. (eg: For a transformer design automation project we have decrease in design time by 80% to 90%).
• Design time and sequence decision is a complex process that gets simplified.
• With increasing business, customer demands, variety of designs and fierce competition, an integrated and automated system for design process helps not only to increase design accuracy but also eliminates manual rework resulting in reduction of design cycle time.
• Speed up the workflow leading to more reliable design, lower design cycle time & ultimately cost reduction.
• Effective Control and Approval of the Process Documents through the System
• Increase the visibility of the organization information to the senior officials
• Smooth information flow as all the processes are integrated
• Transparency in the Design process and increase in design accuracy .
• No Duplicity of the Data. The automation process will organize your data and result in hygiene and discipline in your engineering environment.
• Design process automation will finally enable you to quote very competitively; your hit ratio will increase leading to increase in Sales turnover every quarter. Knowledge management and applied knowledge techniques retained with the company.