Training

Calendar

(Registration must be SUBMITTED  7 working days before class commencement for processing and confirmation)
Solidworks Solid Edge SE Simulation SE Flow Simulation FLOEFD

Solid Edge Fundamentals Training

 

All the features you want.

All the value you need.
Solidworks Solid Edge SE Simulation Flow FLOEFD

Introductory course for Solid Edge, the Computer Aided Design software. Solid Edge® is a complete hybrid 2D/3D CAD system that uses synchronous technology for accelerated design, faster revisions and better imported re-use to help companies design better.

3 Days Fundamentals Training program will cover training and Hands on practice on 3D solid part Modelling, Assembly Modelling, 2D Drawing and Detailing.

Who Should Attend
New and existing users of Solid Edge and other CAD users wishing to learn Solid Edge and strengthen their knowledge of the software.

Prerequisites
Basic knowledge on engineering drawing.
No experience is required.

Course Level
Beginner – Intermediate

Duration
3 Days  (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$ 1,000 + GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

 

May – 4th (Wednesday) to 6th (Friday)

 

Jun – 1st (Wednesday) to 3rd (Friday)

 

Jul – 6th  (Wednesday) to 8th (Friday)

 

Aug – 3rd (Wednesday) to 5th (Friday)

 

Sep – 7th (Wednesday) to 9th (Friday)

 

Oct – 5th (Wednesday) to 7th (Friday)

 

Nov – 2nd (Wednesday) to 4th (Friday)

 

Dec – 7th (Wednesday) to 9th (Friday)

Course Itinerary

Day 1

  • Getting started in Solid Edge
  • Reference planes and Coordinates Systems
  • Sketching Basics
  • Sketching Constraints
  • Synchronous Sketching
  • Base Features
  • Ordered Modelling Tools

Day 2

  • Ordered features
  • Reusing features
  • Synchronous Base Features
  • Dynamic Editing of Synchronous Parts
  • Design Intent (Live Rules)
  • 3D Dimensioning and Geometric Relationships
  • Synchronous Features

Day 3

  • Re-using Synchronous Features
  • Integrated Part Modelling
  • Building assemblies
  • Manipulating assemblies
  • Creating drawings of 3D models
  • Dimensions and annotations
  • Modifying draft documents

 

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, FloEFD, Simulation

Solid Edge Flow Simulation (FloEFD) Training

Introductory course for Computational Fluid Dynamic analysis using FloEFD for Solid Edge.

It delivers the industry’s leading computational fluid dynamics (CFD) analysis tool for fluid flow and heat transfer. Fully embedded in Solid Edge, Simcenter FLOEFD has intelligent technology at its core to help make CFD easier, faster and more accurate. It also enables design engineers to frontload CFD, or move simulation early into the design process, allowing users to identify and fix problems earlier, saving time and money and enhancing productivity by up to 40 times.

Course includes introduction to the software, its structure, capability, new version’s efficiency and strengths.  Modelling techniques, model checking, and result presentation are covered.

Who Should Attend

New and existing users of Femap wishing to strengthen their knowledge of the software.

 

Prerequisites

Basic knowledge of engineering.
No CFD experience is required.

Course Level
Beginner – Intermediate

Duration
3 Days  (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$  + GST

Please email [email protected] to enquire

 

On-site training @ customer’s premises
Please email [email protected] to arrange

 

Three-day   Training Dates

To be scheduled upon request

Course Itinerary

Day 1

Introduction To CFD
The Numerical Basis of FloEFD
Introduction to FloEFD Meshing Technology
FloEFD Capabilities
What Does FloEFD Do?
Getting Started with FloEFD
FloEFD project Creation
FloEFD Computational Domain ad File Structure
Boundary Conditions in FloEFD

Day 2

Introduction to Goals in FloEFD
Goals Setup in FloEFD
Basic Automatic Meshing in FloEFD
Solving and Monitoring
Post Processing: Cut Plots and Surface Plots
Isosurface Plots and Flow Trajectories
Numerical Results
Introduction to FloEFD Meshing
Manual Global Mesh Settings

Day 3

Global Mesh refinement Settings
Additional Global Mesh Refinement Settings
Local Mesh Setting
Introduction to Parametric Study
Parametric Study Creation
DOE and optimization in FloEFD
Advanced refinement Settings
Control Planes
Solution Adaptive Meshing

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, Simcenter, 3D

Simcenter 3D (NX CAE)  Pre-Post Fundamentals  (TRCT2425)

Introductory course for Simcenter 3D, the finite element analysis software for Pre-Post and using NX Nastran as the solver. This includes introduction to the software, its structure, capability, new version’s efficiency and strengths. Modelling techniques, model checking and result presentation are covered.  This course will focus on linear static structural analysis.

Who Should Attend
New and existing users of Simcenter 3d and NX CAD users wishing to learn FEA and strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering.
No FEA experience is required.

Course Level
Beginner – Intermediate

Duration
3 Days (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$3,000 + GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

 

May – 18th (Wednesday) to 20th (Friday)

 

Jun – 15th (Wednesday) to 17th (Friday)

 

Jul – 20th (Wednesday) to 22nd (Friday)

 

Aug – 17th (Wednesday) to 19th (Friday)

 

Sep – 21st (Wednesday) to 23rd (Friday)

 

Oct – 19th (Wednesday) to 21st (Friday)

 

Nov – 16th (Wednesday) to 18th (Friday)

 

Dec – 21st (Wednesday) to 23rd (Friday)

 

& to be scheduled upon request

Course Itinerary

Day 1

– Introduction to Pre/Post
– Working with Pre/Post
– Meshing
– Boundary Conditions
– Solving
– Post Processing
– Geometry Idealization

Day 2

– Synchronous Modeling
– Geometry repair
– Geometry Abstraction
– Tetrahedral Meshing Techniques
– Controlling Meshing techniques
– Hexahedral Meshing Techniques
– 2D Meshing

Day 3

– Beam Modeling
– Manual Meshing
– Mesh Quality and Repair
– Fields
– Expressions
– Graphing
– Reports

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, Simcenter, 3D

Simcenter 3D Laminated Composite (CP – TR15229)

Simcenter™ 3D Laminate Composites software is a modular Simcenter 3D simulation toolset for laminate composite structures.  Simcenter 3D Laminate Composites helps you create, optimize and validate composite structures using NX™ Nastran®, LMS Samcef™, MSC Nastran, ANSYS, Abaqus or LS-DYNA as your solver. Laminate Post Reporting generates graphical and spreadsheet ply results from shell stress resultants and envelopes ply stresses, strains and failure metrics on elements and over multiple loads cases.

Who Should Attend
Existing users of Simcenter 3d and NX CAD users wishing to strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering and Simcenter 3D (NX CAE)  Pre-Post Fundamentals experience

Course Level
Intermediate

Duration
1 Day (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$1,000 + GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

 

Apr – 29th (Friday)

 

May – 27th (Friday)

 

Jun – 24th (Friday)

 

Jul – 29th (Friday)

 

Aug – 26th (Friday)

 

Sep – 30th (Friday)

 

Oct – 28th (Friday)

 

Nov – 25th (Friday)

 

& to be scheduled upon request

Course Itinerary

Day 1

Morning

• Introduction & course overview
Lesson 1 – Introduction to Composite Laminate Simulation
Lesson 2 – Zone-Based Process
Activity: Define a laminate using the zone-based process
Activity: Reinforce a part of the mud guard using the zone-based process

Lesson 3 – Ply-Based Process
Activity: Define a laminate using the ply-based process
Activity: Drape a layup on a motorcycle mud guard
Activity: Exchange ply data with Fibersim

Lesson 4 – Modeling 3D Laminates
Activity: Model a pad using a solid laminate
Activity: Inflate the 2D mesh by extrusion
Activity: Create sandwich structures using laminate extrusion
Activity: Inflate the 2D mesh by filling the laminate

Lesson 5 – Materials and Micromechanics

Day 1

Afternoon

Lesson 6 – Solution and Post Processing
Activity: Perform a structural analysis of a thick laminated support
Activity: Perform a structural analysis of a satellite antenna

Lesson 7 – Laminate Theory
Activity: Perform a NAFEMS benchmark of a honeycomb panel

Lesson 8 – Laminate Failure Analysis
Activity: Analyze a structural integrity of a laminated motorcycle mud guard

Lesson 9 – Laminate Dynamics Analysis
Activity: Perform an antenna base-driven random analysis

Lesson 10 – Laminate Optimization
Activity: Optimize a honeycomb panel laminate

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, Simcenter, 3D

Simcenter  3D  ADVANCE

This course is dependent on the selected module(s) to focus upon during training.

Who Should Attend
Existing users of Simcenter 3d and NX CAD users wishing to advance their FEA and strengthen their knowledge of the software.

Prerequisites
Knowledge of engineering.
FEA experience is required.

Course Level
Professional – Advance

Duration
Dependent on modules

Provided Course Material
Student guide & activity material

Cost per pax
Dependent on module and # days
Please email [email protected] to  enquire

On-site training @ customer’s premises
Please email [email protected] to arrange

 

Training Date

To be scheduled upon request

Course Itinerary

Available Modules

  • Solutions
  • Response Analysis
  • Flow Simulation
  • Thermal Simulation
  • Thermal and Flow Analysis
  • Laminate Composites
  • Electronics Systems Cooling
  • Motion Simulation
  • Superelement Analysis
  • Introduction to Finite Element Analysis with Simcenter

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

FEMAP Foundation Training  (FEMAP 101)

Introductory course for finite element analysis using NX Nastran as the solver. This includes introduction to the software, its structure, capability, new version’s efficiency and strengths. Modelling techniques, model checking and result presentation are covered.  This course will focus on linear static structural analysis.

Who Should Attend
New and existing users of Femap wishing to strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering.
No FEA experience is required.

Course Level
Beginner – Intermediate

Duration
3 Days (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$2,400 +  GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

May – 11th (Wednesday) to 13th (Friday)

 

Jun – 8th (Wednesday) to 10th (Friday)

 

Jul – 13th (Wednesday) to 15th (Friday)

 

Aug – 10th (Wednesday) to 12th (Friday)

 

Sep – 14th (Wednesday) to 16th (Friday)

 

Oct – 12th (Wednesday) to 14th (Friday)

 

Nov – 9th (Wednesday) to 11th (Friday)

 

Dec – 14th (Wednesday) to 16th (Friday)

Course Itinerary

Day 1
Femap overview
Femap work flow
Preference & customization
Geometry modelling
Material & properties
Assembly modelling

Day 2
 Midsurface
 Beam, shell & solid meshing
 Meshing tool box
 Load & constraint
 Data surface editor
 Model verification & check
Groups & layers

Day 3
  Analysis set manager
  Post processing tool box
  Result display & documentation
  Data table & charting
  New versions highlight

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

FEMAP – Introduction to Dynamic Analysis  Training

Introductory course for advance Femap. Course requires participants to have deck editing knowledge as pre-requisite.

Who Should Attend
Users of Femap who possess deck editing knowledge as pre-requisite and wishing to strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering.
FEA experience is required with deck editing knowledge.

Course Level
Start in Advance

Duration
3 Days (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$3,000 +  GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

May – 18th  (Wednesday) to 20th (Friday)

 

Jun – 15th (Wednesday) to 17th (Friday)

 

Jul – 20th (Wednesday) to 22nd (Friday)

 

Aug – 17th (Wednesday) to 19th (Friday)

 

Sep – 21st (Wednesday) to 23rd (Friday)

 

Oct – 19th (Wednesday) to 21st (Friday)

 

Nov – 16th (Wednesday) to 18th (Friday)

 

Dec – 21st (Wednesday) to 23rd (Friday)

Course Itinerary

Day 1

Section 1 – Introduction

Course Objective
Introduction to Nastran
Siemens Software Support
NX Nastran Training
NX Nastran Documentation

 

Section 2 – Review of Fundamentals

SDOF System
Undamped Free Vibration
Damped Free Vibration
Undamped Forced Vibration
Damped Forced Vibration
MDOF System
Modeling Considerations

 

Section 3 – Nastran Overview

File Assignment
Executive Control
Case Control
Bulk Data
Parameters
Nastran Sets
Tips on Model Verification

Section 4 – Modeling Mass

Mass Units
Mass Inputs
Concentrated Mass
Nonstructural Mass
Coupled vs Lumped Mass

 

Section 5 – Normal Mode Analysis

Theory
Modal Properties
Methods
Sturm Sequence
Lanczos
User Interface
Modal Effective Mass
Workshop 1 – Modal Analysis of a Flat Plate

Day 2

Workshop 2 – Mass Properties of a Flat Plate

Quiz #1

 

Section 6 – Damping

Damping
Structural vs Viscous
Rayleigh Damping
Modal Damping
Damping Parameters

Workshop 3 – Structural vs Viscous Modal Damping

 

Section 7 – Transient Response Analysis

Transient Response
Modal Transient Response
Damping
Data Recovery
Mode Truncation
Transient Excitation
Initial Conditions
Time Step
SORT1 vs SORT2
Modal Contributions

Workshop 4 – Modal Transient Response

 

Section 8 – Frequency Response Analysis

Frequency Response
Modal Frequency Response
Excitation Frequencies
Excitation
Frequency-Dependent Springs
SORT1 vs SORT2
Dynamic Data Recovery

Workshop 5 – Modal Frequency Response

Day 3

Section 9  – Residual Vector Methods

Modal Approach
Compensating for Truncation
Residual Vector
User Interface
RESVALT
General Recommendations

Workshop 6 – Modal Transient Response with Residual Vector

Quiz #2

 

Section 10 – Enforced Motion

Enforced Motion
Analysis Methods
DOF Sets
Equations of Motion
Modal Enforced Motion
User Interface

 

Workshop 7 – Modal Transient Response with Enforced Acceleration

Practice Problem 1 – Direct Transient Response

Practice Problem 2 – Modal Frequency Response with Enforced Displacement

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

FEMAP – Advanced Dynamic Analysis    Training

Advance Femap Dynamic Analysis   CourseCourse requires participants to have deck editing knowledge as pre-requisite.

Who Should Attend
Users of Femap who possess deck editing knowledge as pre-requisite and wishing to strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering.
FEA experience is required with deck editing knowledge.

Course Level
Start in Advance

Duration
2 Days (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

 

 

 

Cost per pax
S$2,000 +  GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

May – 5th (Thursday) to 6th (Friday)

 

Jun – 2nd (Thursday) to 3rd (Friday)

 

Jul – 7th (Thursday) to 8th (Friday)

 

Aug – 4th (Thursday) to 5th (Friday)

 

Sep – 8th (Thursday) to 9th (Friday)

 

Oct – 6th (Thursday) to 7th (Friday)

 

Nov – 3rd (Thursday) to 4th (Friday)

 

Dec – 8th (Thursday) to 9th (Friday)

Course Itinerary

Day 1

Section 1 – Introduction

Course Objective
Introduction to Nastran
Siemens Software Support
NX Nastran Training
NX Nastran Documentation

 

Section 2 – Review of Fundamentals

SDOF System
Undamped Free Vibration
Damped Free Vibration
Undamped Forced Vibration
Damped Forced Vibration
MDOF System
Modeling Considerations

 

Section 3 – Nastran Overview

File Assignment
Restarts
DMIG
PLOTEL
Parameters
Nastran Sets
Dependent DOF
Tips on Model Verification

Workshop 1 – Transient Analysis Using Restart

 

Section 4 – Modeling Reduction

Reduction Methods
Static Reduction
Modal Reduction
Component Mode Synthesis
Multibody Dynamics Interface

Workshop 2 – Modal Reduction with Static Reduction and CMS

 

Section 5 – Shock and Response Spectrum

Response Spectrum
Spectrum Generation
Applying Spectra

Workshop 3 – Generating Response Spectra

Workshop 4 – Applying Response Spectra

 

Quiz #1

Day 2

Section 6 – Random Response

Random Background
Statistics of Data
RMS
Correlation
SISO Random Response
MIMO Random Response
Zero Crossing Frequency
CSD

 

Workshop 5 – Single Input Random Analysis

Workshop 6 – Multiple Input Random Analysis

 

Section 7 – Extra Points, Transfer Functions, and NOLINs

Extra Points
Transfer Functions
Nonlinear Transient Force
Type of NOLIN

Workshop 7 – Applying Nonlinear Forces

 

Section 8 – MFLUID

 

Modeling Fluids in Nastran
External (Infinite) Fluids
Internal Fluids with Free Surfaces
Fully Enclosed Internal Fluids
Use of the VMOPT Parameter
Understanding Fluid Mass Properties

Workshop 8 – Normal Modes with MFLUID

Quiz #2

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, Simulation

Solid Edge Simulation Training

Introductory course for finite element analysis using Solid Edge with NX Nastran as the solver. This includes introduction to the software, its structure, capability, new version’s efficiency and strengths. Modelling techniques, model checking, and result presentation are covered. This course will focus on linear static structural analysis, normal mode Analysis & Heat Transfer Analysis using Solid Edge Simulation.

Who Should Attend
New and existing CAD users of Solid Edge and other CAD users wishing to learn FEA and strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering and basic level of CAD users.
No FEA experience is required.

Course Level
Beginner – Intermediate

Duration
2 Days  (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
S$800  + GST

Register with the link below or contact us

For group sign up for 3 Pax or more / Onsite training
Please email [email protected] to arrange

May – 12th (Thursday) to 13th (Friday)

 

Jun – 9th (Thursday) to 10th (Friday)

 

Jul – 14th (Thursday) to 15th (Friday)

 

Aug – 11th (Thursday) to 12th (Friday)

 

Sep – 15th (Thursday) to 16th (Friday)

 

Oct – 13th (Thursday) to 14th (Friday)

 

Nov – 10th (Thursday) to 11th (Friday)

 

Dec – 15th (Thursday) to 16th (Friday)

Course Itinerary

Day 1

Introduction
What is FEA
Best Use of FEA
Elements
Types of FEA Analysis
Geometry: Model Preparation
Symmetry
Constraints
Material Properties
Convergence and singularities

Day 2

Assembly Connectors for connecting parts
Linear Buckling
Normal Modes
Steady State Heat Transfer
Loads and Constraints
Meshing and Solving
Post-processing

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form

Solid Edge, Simcenter, 3D

Simcenter 3D – Non Linear

Introductory course for Simcenter 3D, the finite element analysis software for Pre-Post and using NX Nastran as the solver. This includes introduction to the software, its structure, capability, new version’s efficiency and strengths. Modelling techniques, model checking and result presentation are covered.  This course will focus on linear static structural analysis.

Who Should Attend
New and existing users of Simcenter 3d and NX CAD users wishing to learn FEA and strengthen their knowledge of the software.

Prerequisites
Basic knowledge of engineering.
No FEA experience is required.

Course Level
Beginner – Intermediate

Duration
2 Days (please SELECT desired date in registration form)

Provided Course Material
Student guide & activity material

Cost per pax
$2,000 + GST

 

On-site training @ customer’s premises
Please email [email protected] to arrange

 

Two-day Training Dates


… to be scheduled upon request

Course Itinerary

Day 1

– Introduction to Pre/Post
– Working with Pre/Post
– Meshing
– Boundary Conditions
– Solving
– Post Processing
– Geometry Idealization

Day 2

– Synchronous Modeling
– Geometry repair
– Geometry Abstraction
– Tetrahedral Meshing Techniques
– Controlling Meshing techniques
– Hexahedral Meshing Techniques
– 2D Meshing

Venue
To be Confirmed

For enquiries, please contact
[email protected]
(65) 67522124 or (65) 93890001

 

Please complete the following registration form