The document provides an overview of career opportunities in engineering design and services. It discusses the engineering design process, types of engineering design including conceptual design, product design, and detailed design. It also outlines the major industries served by engineering design such as automotive, manufacturing, aerospace, and more. Additionally, it lists some of the top engineering design software tools used like SolidWorks, CATIA, Creo, ANSYS, and key skills required for those seeking employment in this field.

1. WELCOME TO A
PRESENTATION ON
CARRER OPPORTUNITIES IN
ENGINEERING DESIGN AND
SERVICES.

2. TOPICS
Engineering design and Product design
cycle
Types of engineering design
Emerging trends is engineering design
Industry served
Engineering design in India growth story
Skill requirements to become employable

3. Design is a process for development .
A way of converting creative ideas to real
models (Parts or assembly)satisfying the
functional requirement
A good design as to meet customer
expectations
Adhere to design standards
A good balance has to maintained between
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4. • Product design deals with design, analysis and
manufacturing skills.
• It is important that all design
engineers should be familiar with
latest tools and techniques involved
in product design, analysis and
manufacturing

5. Classification of design
A. Conceptual design
B. Industrial design
C. Product design
D. Tool design
E. Detailed design
F. Modular design
G. User centered design
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6. Customer’s
Planning &
Management
Requirements
Conceptual
Design
3D Model
Analysis
(Design Validation)
Drafting &
Detailing
Manufacturing

7. Drafting &
Meshing & Analysis
(Design Validation)
3D Model
Customer’s
Requirements
Conceptual
Design
Planning &
Management
ANSYS
NX NASTRAN
HYPERMESH
Primavera
MSP
Detailing
Manufacturing
AutoCAD NX CAM
AutoCAD
Pro/E
CATIA
SolidWorks
NX CAD

8. Engineering Design

10. Engineering design in India –Opportunity to grow
• Engineered from INDIA-End to end design
• India comprises 28% of the suitable global talent pool for off shoring engg
services.
• By 2020 INDIA needs 2, 50,000 skilled manpower in engineering services
• Current spending on engineering services ($750 billion in 2004) is
projected to increase to $1.1 trillion by 2020
• Engineering services off shoring could help create 2, 00,000 additional
jobs up to 10, 00,000 within next few years.
• India is well-positioned to increase its market share of engineering off
shoring from 12% to 30% by 2020

11. Engineering Design Industry
• Aeronautical
• Automobile
• Manufacturing
• Tool design
• Industrial Machineries & Automation
• Robotics
• Construction & Heavy engineering
• Oil & Gas
• Bio Medical
• Power Plants
• Petro chemical & Refineries
• Telecom

12. Engineering services -IT
• Tata consultancy services
• HCL Technologies
• Infosys
• Geometric
• TRIAD
• Tech Mahindra
• Atlantis LAB
• TATA Technologies

13. “Employable Skills” required in design
• Innovative,3D Visualization skills
• Read and interpret 2D Drawings
• Technical knowledge
• Design for manufacturing and assembly
knowledge-”Know HOW”
• GD&T
• Time and cost management
• Communication skills

14. 2D design, 3D CAD parametric feature solid modelling, 3D
direct modelling, Finite Element Analysis and simulation.
In 2011, PTC rebranded Pro/Engineer as Creo Parametric.
Powerful solid modeling engine and assembly design.
Industries served.
Consumer Durables.
Automobile component manf.
Home appliances.

15. Industry Proven Surface Modeling Tool.
Powerful sheet metal design and with Advanced surface
modeling capabilities Class-A Shape Design , Reverse
Engineering & Surface Reuse.
Industries Served
Automobile
Aerospace

16. Partial user list
Automobile
BMW, Porsche, Daimler AG, Chrysler, Honda, Audi, Jaguar Land Rover,
Volkswagen,
Škoda,
Bentley Motors Limited,Volvo,Fiat,PSA Peugeot Citroën,
Renault, Toyota, Ford, Ashok Leyland, Hyundai, Skoda Auto, Tesla Motors,
Tata motors and Mahindra & Mahindra Limited. Goodyear

17. Partial user list
Aerospace
The Boeing Company used CATIA V5 for the 787 series aircraft.
The development of the Indian Light Combat Aircraft has used CATIA V5.
Chinese Xian JH-7A was the first aircraft developed by CATIA V5.
European aerospace Airbus has used CATIA since 2001.
The main supplier of helicopters to the U.S Military forces, Sikorsky Aircraft Corp.,
uses CATIA as well.
Bell Helicopter, the creator of the Bell Boeing V-22 Osprey, has used CATIA V4, V5
and V6.
The Brazilian aircraft company EMBRAER uses CATIA V4 and V5 to build all
airplanes.

18. Design with NX CAD. (Parametric and direct solid modeling)
Engineering analysis with NX Nastran. (static, dynamic, electro-
magnetic, thermal, using the Finite Element Method, and fluid using
the finite volume method).
Manufacturing finished design with NX CAM.

19. • MAHINDRA AND MAHINDRA (Auto)
• BAE Systems (Aero)
• B/E Aerospace (Aero)
• BSH Bosch und Siemens Hausgeräte GmbH (Auto)
• Canon, Inc.
• Fuji Xerox Co., Ltd.
• General Atomics Aeronautical Systems (Aero)
• GM Daewoo (Auto)
• Hitachi Construction Machinery Co., Ltd.
• Isuzu Motors Ltd.(Auto)
• Nissan Rally Raid Team (Auto)
• Phillips Plastics Corporation
• Samsonite
• Samsung
• Swift Engineering
• Timken
• Bajaj India.(Auto)
• Volvo (Auto)
• Volvo Aero ......and Many more
PARTIAL
USER LIST

20. Solid Works Corporation was founded in December 1993 by Massachusetts Institute of
Technology (MIT)graduate Jon Hirsch tick.
Solid Works is a Para solid-based solid modeller, and utilizes a parametric feature-based
approach ,used by many Medium & small scale industries.
Products
Solid works –Modeling, Assembly, Detailing, Sheet metal & Surface.
Design validation tools - Simulation, Motion Flow, Simulation, Sustainability.
Product data management tools – PDM.
Design communication and collaboration tools - 3DVIA Composer.
 CAD productivity tools - Feature Works.
Specialty design tools – Weldment design.
Rendering – Photo 360.

21. Altair Hyper Mesh is a high-performance finite element pre-processor
used for meshing geometry.
Hyper Mesh enables engineers to receive high quality meshes with
maximum accuracy in the shortest time possible.
Prepare CAD models for the meshing process.
Altair’s connector technology automatically assembles individual parts
with their Finite Element representation.
Hyper Mesh offers the biggest variety of solid meshing capabilities in
the market, including domain specific methods such as SPH, NVH or
CFD meshing.

22. ANSYS, Inc. is an engineering simulation software (computer-
aided engineering, or CAE).
Ansys Work bench Platform.
ANSYS Design Modeller – Model and import CAD Models.
ANSYS Meshing – Hex and Tet Meshing.
ANSYS DesignXplorer - Parametric analyses.

23. ANSYS Work bench Highlight’s.
Import and Create 3D Models (Feature based).
Friendly user interface and Easy to learn.
Graphical icons and options.
Work on multiple projects.
Automatic report generation.
Robust Meshing.

24. NX for Simulation
Linear Analysis
Linear statics , Modal Analysis and Bucking
Alternately, if you already have a preferred solver like Abaqus, ANSYS or
MSC Nastran, you can still use NX CAE’s leading simulation modelling and
post processing capabilities to reduce pre-processing time and speed up your
overall analysis process time by as much as 70 %
Structural Dynamics
NX CAE and NX Nastran provide a full range of structural dynamics solutions,
including transient frequency, random loading and shock response.

25. NX for Manufacturing
Manufacturing Benefits
Reduce NC Programming and Machining Time
Improve Surface Finish, Accuracy and Part Quality
Reduce Production Time and Errors
Increase the Success Rate of New Machine Deployment
Maximize Use of Manufacturing Resources
Generate NC Machine codes Course Duration 80 Hrs

26. Lean and Kaizen are becoming very important
for the functioning of Manufacturing
companies today. However the young
Engineers/ MBA that join manufacturing
companies have little knowledge as it does not
normally form a part of their graduation course.
Hence Synergy is introducing this program in
conjunction with Kaizen Institute
–”Operational Excellence”