engage explorestresses and strains, sfd & bmd, theories of failure helix certified design...
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ENGAGE
EXPLOREEMPOWER
Professional Training Programs in
Course Fees:
Amount of fees: Course Duration:
Course Eligibility:
Admission Process:
The fees are non refundable and shall be paid at the time of confirmation of admission. Fees shall be paid by cash or D.D.
in favour of Helix Integrated Learning LLP
Rs ______________________ 6 Months (Full Time)
BE in Mech / Prod / Auto
ME / M. Tech in Design / Thermal Engg/ CADCAM
Industry Professionals
APTITUDE TEST PERSONAL INTERVIEW CONFIRMATION
Authorised Professional Training Center for Altair HyperWorks.
R
Helix Integrated Learning
www.helixil.in
No. 6, First Floor, Lokmanya House, Above Louis Philippe Showroom,Near Vanaz Company, Paud Road, Kothrud, Pune-411 038. 020 6520 [email protected]
Helix Integrated Learning LLP
Professional Programs
Unique Features:
is a Pune based company working in the field of Mechanical Engineering Design & Simulation
training services. Helix helps Companies address their Training needs in CAD, CAE, CFD domain. We at Helix believe in
continuous improvement & innovation in our knowledge, systems and environment in which we operate.
Helix Integrated Learning LLP has designed and implemented training programs under the guidance of an
advisory committee of senior professionals. The philosophy of continuous interaction between industrial needs and
research frontiers in evolving better teaching programs has been the guiding principle of these courses. To bridge the gap
between the requirements of the industry and the limitations of the conventional courses, the concept of 'Bridging the Gap'
has been developed.
Innovative design distinguishes a best-selling product from its competitors. You need targeted strategies to reduce product
time to market while adapting the latest materials, processes, and technologies that are currently transforming industries
worldwide. Technologies like Computer Aided Engineering (CAE), Computer Aided Designing (CAD), Computational Fluid
Dynamics (CFD) , Product Data Management (PDM), Product Life Cycle Management (PLM) are essential tools in the
product development process which helps to optimize design and reduce development time and production cost.
100 % Job Assistance
Live ProjectsIndustry Oriented
Syllabus
Integration of Theory & Practical
Expert Faculties from Industry
Hands on Practice
Engineering Design:
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Engineering Drawing & GD&T
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Solid Mechanics
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Design for Variation, Function, Manufacturing(DFM), and Assembly (DFA)
Failure Mode Effect Analysis (FMEA)
New Product Development (NPD) Process
Design consideration for Plastic, Sheet metal & Casting products
Reverse Engineering
Value Engineering (VE)
Visualization, Orthographic and Isometric Projection Methods
Creation of drawing as per standards i.e ISO/ANSI
Fundamentals and Applications of GD&T
Forces & Moments, Free Body Diagram (FBD), Moment Of Inertia (MI), Equation of Statics, Multiple Load Cases
Mechanical Behavior (Elasticity, Plasticity, Stability and Failure)
Stresses and Strains, SFD & BMD, Theories of Failure
www.helixil.in www.helixil.in
Helix Certified Design Engineer Helix Certified Simulation Engineer
CAD Technology
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Soft Skill
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Solid/Surface Modeling, Sheet metal Modeling
Top Down and Bottom Up Assembly Techniques, Bill of Materials (BOM)
Drafting and Detailing, GD&T, Drawing Templates
Productivity Tools: FamilyTables, Relations/Formula & Customized User Interface
Modeling strategies for Plastic, Sheet metal & Casting Components
Data Transfer, Working with neutral file data, Data Clean up, Data transfer to FEA software
Create a Photo Rendered Images and Animations for Presentations
PLM/PDM
Creative Problem Solving
Written & Verbal Communication in English
Presentation & Time Management
Interpersonal Skills
Resume Writing
Solid Mechanics
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Finite Element Analysis
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CAE Technology: Pre Processor
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Forces & Moments, Free Body Diagram (FBD), Moment Of Inertia (MI), Equation of Statics, Multiple Load Cases
Mechanical Behavior (Elasticity, Plasticity,Stability and Failure)
Stresses and Strains, SFD & BMD, Theories of Failure
Basics of Differential, Integration and Matrices
Discretization & Approximation
Linear and Quadratic Shape function
Stiffness Matrix Formulation Methods
Beam, Plane and Shell Element Theories
Solution Methods for Linear and Non linear Analysis
Geometry Preparation: Geometry Clean up & Mid surface extraction
Meshing Techniques: Auto, Manual and Batch Meshing
Mesh Types: 1D (Beam & Rod), 2D (Shell) and 3D (Tetra and Hexa)Mesh
Quality Check & Improvement Techniques
Meshing of Sheet Metal and Plastic Components, Casting and Forging Components
Set up of Boundary conditions & Loads
Solver Deck Preparation
Connectors and Model Assembly
CAE Technology: Solver
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CAE Technology: Post Processing
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Soft Skill
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Element types, Material properties, Section Properties
Static Structural and Thermal Analysis
Dynamic (Vibration) Analysis: Modal, Transient, Harmonic & Random Vibrations
Non Linear Analysis: Material Non Linear, Large Displacement & Contact
Assembly Analysis
Animation and Contour of Deformation, Strains and Stresses
Graph Plotting
Verification and Validation of Results
Creative Problem Solving
Written & Verbal Communication in English
Presentation & Time Management
Interpersonal Skills
Resume Writing
Design
for Product
Innovation
Simulate
for Product
Realization
This course will help candidate develop an approach of a Design Engineer. It introduces basic concepts as well as cutting-
edge developments in the world of Computer-Aided Design (CAD) from developing a concept to designing a three-
dimensional surface or volume. This course also highlights product design processes for Plastic, Sheet metal and Casting
component as well as system level design.
This course will help the candidate develop an approach of a Simulation Engineer. It introduces basic concepts of Finite
Element Analysis as well as world class CAE tools. This course also clarifies your solid mechanics concepts and hands on
practice on industrial projects on leading CAE tools.