Courses : MC-CIVIL

Introduction & Understanding to AutoCAD®, Drafting Settings, Assigning Units
• Graphic User Interface
• Point Picking Method
• Set Drafting Environment
• Workspace
• Limits, Units and Documentation
• Pan, Zoom and Drafting Settings

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

Getting Started With Civil 3D
• Civil 3D user interface
• How to find help and documentation
• Introduction to the main Civil 3D objects points, alignments, profiles, surfaces
• How to create Civil 3D objects
• Introduction to settings in Civil 3D
• How to manage drawings

Taking the AutoCAD Tour
• Navigating the Working
• Environment
• Working with Files
• Displaying Objects


CATIA stands for Computer Aided Three dimensional Interactive Application. It is a multi- platform CAD/CAM software suite written in C++ programming language. It is widely used CAD/CAM software and is considered as the most powerful and effective knowledge based software.

• It was created and developed by Dassault Systems (France), but IBM had the responsibility for its technical marketing.
• The applications of CATIA is wide ranging from industries like Aerospace, Automotive, Architecture to Consumer goods, Ship building, Electronics, Medical and Manufacturing.
• Since CATIA is PLM (Product Lifecycle Management) software containing all the tools like:
CAD, CAM, CAE. Therefore, applications of CATIA training are found in all industries and companies.
• CATIA is used by NASA to design various space equipment.
• Through the systems engineering approach, CATIA can provide solutions to complex models and innovative product

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.

ANSYS software is simulated computer software which is engineered to analyse the design and to find out the stress and strain on the desired objects. It is developed by ANSYS Inc. and headquartered in USA. It is general purpose software which can be used for simulation of diverse disciplines of electro mechanical, heat and mass transfer, structural vibration, fluid mechanics.
ANSYS Training deals FEA (Finite Element Analysis) which covers structural analysis (linear and nonlinear) and dynamic studies as well. FEA is used as a tool which provides a complete set of elements behaviour, material behaviour and equation solvers for diverse mechanical problems.

It has certain features worth mentioning:
• It is used for building geometry with its pre-processing abilities and it can import CAD data.
• By opting for ANSYS Training, students can carry out Advance engineering analysis easily & practically with the help of algorithms and non-linear models.
• It is used for the thermal analysis and thermo electric analysis and involves acoustic, piezoelectric and thermal structure.