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Engineering Excellence Program Series(EEPS)

Product Design & Management

Product Design is a process of creating a new product that can be used in daily life. A product design involves understanding of many associate fields together which includes manufacturing, engineering, marketing management, user research, presentation skills and drawing.

KEY POINTS OF SYLLABUS

• Introduction to Product Design & Development.
• Introduction to Drawing with AutoCAD.
• Product Material.
• Product Manufacturing Technology.
• Concept of Product Development & Launching.
• Concept of Product Planning & Management.
• Product Analysis using ANSYS/Hyper mesh.
• Plastic Modeling in SolidWorks.
• Product Manufacturing in NX-CAM/CNC Interface.
• Project Management using Primavera.
• 3D Printing.

CAREER SCOPE

• Project Engineer
• Project Head
• Design Engineer or
• Utility Engineer
• Freelancer in any Industry or Consulting firm.
ELIGIBILITY CRITERIA
Diploma/Graduate in Mechanical Engineering.
COURSE DURATION 400 Hours (9 Months) Internship : 3 Months
PROGRAM HIGHLIGHTS
AutoCAD | Solidworks | Ansys | Primavera | NX CAM | CNC | 3D Printer.

Piping Engineering


This course will cover the fundamental principles and concepts used in process plant layout and piping design. It will help the student gain in depth knowledge of piping design engineering. Upon completion of this course the delegates will have a clear understanding of the design and engineering principles used in plant layout and piping design.

KEY POINTS OF SYLLABUS


• Introduction to Oil, Gas and Process industry.
• Role of a Piping Engineering in various fields of industry.
• Overview of International codes and standards.
• Fundamentals of pipe, Pipe Fittings and Piping System Components.
• Overview of Pipe Hangers and Supports.
• Pipe Hydraulics & Line Sizing.
• Overview of Equipment Used in Process Plants.
• Overview of Codes & Standards, Piping Materials & Specifications.
• Development of Equipment & Piping layouts.
• Preparation of Isometric drawings and Bill of Materials.
• Piping System Studies : Pump Piping, Compressor Piping and Heat Exchanger Piping etc.
• Plant Design Management System (PDMS) : Designing on PDMS Software.

CAREER SCOPE

• Piping Design Engineer
• Piping Draftsman
• Project Engineer
• Piping Consulting Engineer
• Offshore Piping Engineer in Oil & Gas
• Refinery
• Power Plants
• Petrochemical Complex
• Onshore & Offshore Platforms
• Environmental Waste Disposal etc.
ELIGIBILITY CRITERIA
Diploma/Degree/Chemical/Graduate in Mechanical/ Power & Energy Engineering.
COURSE DURATION 250 Hours (6 Months - Part Time)
PROGRAM HIGHLIGHTS
Fundamentals of Process Plant Piping System | Piping System | Studies | Pipe Hydraulics | PDMS.

Automotive Engineering

This course will help the student to gain in-depth knowledge of Automotive Design. It is a profession involved in the development of appearance, and to some extent ergonomics, of motor vehicles or more specifically road vehicles. Automobile design is the process of designing functionality of automobiles, including cars, trucks, vans, buses, and even motorcycles. Every automobile starts with a simple idea, and it's an automobile designer's job to come up with these ideas. During the course a trainee will learn how cars and other vehicles are design & built and how these function.

KEY POINTS OF SYLLABUS

• Introduction to Automotive Design.
• Theoretical Design of Engine.
• Working on Engineering Drawing in AutoCAD.
• Design of Automobile Chassis in CREO.
• Design of Automobile Body in CATIA.
• Transmission System.
• Fuel Supply System with Theory.
• Suspension System + Analysis using ANSYS.
• Manufacturing Planning of Engine parts using NX-CAM/CNC interface.
• 3D Printer.

CAREER SCOPE

• Design Engineer
• Project Engineer
• Automobile Engineer
• Workshop
• Free Lancer
• Research Engineer
• Design Head or Project Head in any Automobile Industry.

ELIGIBILITY CRITERIA

Diploma/Undergraduate/Graduate in Mechanical Engineering.
COURSE DURATION 450 Hours (9 Months - Part Time) Internship : 3 Months
PROGRAM HIGHLIGHTS
AutoCAD | Creo + Advance | Catia + Advance | NX CAM | CNC | 3D Printer | Ansys.

Machine Design & Development

The objective of this course is to cover all the concepts used in engineering design process and industrial materials and manufacturing processes. Upon completion of this course the delegates will be able to design, simulate and manufacture any part of machine with their required Indian Standard (IS) codes and calculations.

KEY POINTS OF SYLLABUS

• Beginning CAD [Software covered - AutoCAD]
• Design of machine element [Software covered - CAITA/CREO/NX-CAD/SolidWorks]
• Study of materials and manufacturing processes with design [Software covered - SolidWorks (Mold and plastic work)/CATIA (Fabrication and sheet metal work)]
• Theoretical analysis of design of machine element numerical analysis by solving classroom problems.
• Computational Analysis [Software covered - Ansys/Hypermesh/Nastran]
• Computer Aided Manufacturing [Software covered - NX-CAM/CNC Operations/ Machine used - CNC Lathe].

CAREER SCOPE

• Mechanical Design Engineer
• Project Design Engineer
• Machine Draftsman
• Mechanical Design Consultant Engineer
• Freelancer
• Research Engineer in Research & Development (R&D) of core mechanical industries like TATA, Bharat Benz, Ashok Leyland, Mahindra & Mahindra, Hindustan Motors Ltd, DRDO, MES etc.

ELIGIBILITY CRITERIA

Diploma/Graduate in Mechanical Engineering.
COURSE DURATION 400 Hours (9 Months - Part Time) Internship : 3 Months
PROGRAM HIGHLIGHT
Mold Design | Fabrication Design | Manual Analysis | Computer Analysis | Manufacturing Process Design & Development using CNC.

Land Survey

The basic principles of surveying have changed little over the ages, but the new tools used by surveyors have evolved. Now a day modern survey digital GPS enabled equipments with advance software are available with high accuracy. The purpose of this course is to enable the candidate to learn the operation and handling of latest survey tools and preparation of maps using software. The course covers only contemporary survey with complete practical exposure.

KEY POINTS OF SYLLABUS

• Survey Maps of buildings, Roads, Bridges, Railways, Ports, Airports, Dams, Canals, Water Network & Surveyed Map of Land.
• Principles of Survey.
• Linear Measurement.
• Traverse Surveying.
• Levelling.
• Contouring.
• Using Auto Plotter.
• Triangulation.
• Topographical Survey.
• Working with Auto Level.
• Working with Total Station.
• Calculation of Area & Volume Working with AutoCAD.
• Surface Generation with Civil 3D.

CAREER SCOPE

• Survey Engineer.
• Road / building / railways / Bridge / Canal Surveyor or CAD Surveyor in Survey Firms.
• Builders / Road / Water / Railways Consultancy & Construction Firms

ELIGIBILITY CRITERIA

12th Passed / B. Tech./ Engineering Diploma / ITI in any stream / Non-Technical person can apply for this Diploma.
COURSE DURATION 250 Hours (6 Months) Internship : 3 Months
PROGRAM HIGHLIGHT
Total Station Survey | GPS | DGPS | AutoCAD | 3D Plotter | Civil 3D.

Highway Engineering & Design

This course is the extraction of highway & transportation engineering. The demand of highway engineers has increased many folds in last few years and this course covers the current requirement of highway engineering in detail. All theoretical course modules have been integrated with practical trainings so that after completion, candidate may join in Designing as well as Construction Company.

KEY POINTS OF SYLLABUS

• Importance and Role of Transportation Systems.
• Introduction to the Design Manual for Roads.
• Highway Planning.
• IRC specifications, standards, design codes.
• Highway Materials & Construction.
• Highway Geometric Design.
• Highway Links, Junctions & Traffic.
• Structural Design of Highway Pavements.
• Roadside features.
• Road Furniture.
• Estimations.
• Road Design in Civil 3D.
• Working with AutoCAD.
• Road Design in MX Road.

CAREER SCOPE

• Design Engineer
• Site Engineers
• Quality Control
• Research Engineer in Govt. / Private Highway Consultancy / Construction Companies.

ELIGIBILITY CRITERIA

Diploma / Undergraduate / Graduate in Civil Engineering.
COURSE DURATION 250 Hours (6 Months - Part Time) Internship : 3 Months
PROGRAM HIGHLIGHT
AutoCAD | Civil 3D | MX Road | Auto Plotter | Excel.

Structural Engineering & Design

This course will help the student gain in depth knowledge of structural behavior of structure. This understanding will form a basis for analysis and design of not only building structures but also the culverts, bridges and steel structures as well. This course is a career oriented course aimed at developing practical understanding of structures in the students & to enable them to implement the knowledge of engineering along with Computer Aided Software in designing of structures.

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KEY POINTS OF SYLLABUS

• Theory of Structures.
• Analysis of flexural members.
• RCC Design.
• Building structures • Culvert/ Bridges.
• Water Tank • Earthquake Resistant design of the building • Wind load design of the building •Relevant Standards/ Codes, their importance and applications
• Fundamentals of soil mechanics
• Isolated, Combined & raft footing.
• Steel Trusses, Shades, Towers, Gantries.
• RCC Drawing & detailing.
• RCC slabs, Stairs, retaining walls.
• Rectangular water Tanks.
• Working in STAAD Pro.
• Learning AutoCAD.
• Working in ETABs.

CAREER SCOPE

Structural Designer in :
• Buildings
• Bridges
• Highways
• Transmission
• Railways
• Water Relating Structures
• Builders and all civil engineering consultancies & construction firms.

ELIGIBILITY CRITERIA

Diploma / Undergraduate / Graduate in Civil Engineering

COURSE DURATION

250 Hours (6 Months - Part Time) Internship : 3 Months
PROGRAM HIGHLIGHT
Staad Pro | Staad Foundation | Etabs | AutoCAD | Excel.

Building Planning & Construction

This course will help the student to experience a hands-on approach to the industrial process of building planning & construction stages. In this course the student will be taught all the theory basics & principles of building planning along with their practical use in preparation of Architectural & Working drawings for the buildings such as plans, sections, elevations, isometric & perspective views etc. This course will also give the students an opportunity to learn all the methods & process involved in stages of building construction.

KEY POINTS OF SYLLABUS

• Building space planning.
• Principles of Vaastu.
• Units & dimensions.
• Construction equipment & machinery.
• Site preparation & layout marking.
• Introduction to building elements.
• Construction drawings.
• Introduction to RCC design of buildings.
• Building foundations.
• Estimating & costing.

CAREER SCOPE

• Construction industry offers career opportunities as Site Engineer/Supervisor, Building Planning Architect, Quantity Surveyor & Estimator in different Real Estate Companies, Architectural Consultant Firms, Building Construction Companies etc.

ELIGIBILITY CRITERIA

Higher Secondary with basic knowledge of computers.
COURSE DURATION 250 Hours (6 Months - Part Time) Internship : 3 Months
PROGRAM HIGHLIGHT
AutoCAD | 3Ds MAX | Revit | Quantity Take Off | Excel.