SOLIDBASE TECHNOLOGY GO TRAINING

Selamat kepada tim Gamantaray @gamantaray yg berhasil meraih juara 1 kategori electric remote control (ERC) dan tim favorit di kategori autonomus surface vehicle (ASV) dalam perlombaan di Universitas Gadjah Mada

WPS Office Training/ Kingsoft Office Training

Konsep PCB Desain Training yang terjamin

Kami menyediakan 3 hari training praktikal di SolidBase termasuk :

Altium Basic Level Training

Day 1

Altium Designer Integration Platform
Libraries & Components
Placing Components & Wiring
Creating a New PCB
Transfering Design Information to PCB
Routing Essentials

Day 2

Polygon Pour
Output Documentation
PCB Library Editor
Schematic Library Editor

Day 3

Multi-Sheet Design
Setting up the PCB Layers
Design Rule Check
Editing Multiple Objects
Altium Advanced Level Training

Altium Advanced Level Training

Day 1

Chapter 1: Version Control
Chapter 2: Internal Power & Split Planes
Chapter 3: Multi-Channel Design
Chapter 4: Live Links to Supplier Data

Day 2

Chapter 5: Defining & Running Circuit Simulation
Chapter 6: Design Reuse
Chapter 7: Reverse Engineering
Chapter 8: Advance PCB Tools
- Impedance Controlled Routing
- Interactive Length Tuning
- BGA Fanout and Escape Routes
- Smart Paste and Smart Grid Tools
- PCB Comparison Tool
- Embedded Board Array

Day 3

Chapter 9: Signal Integrity
Chapter 10: Variants
Chapter 11: ECAD - MCAD Integration
Chapter 12: Custom Pad & PCB Logo

Course Datasheet GT0101A

Course Overview

Electronic measurements are essential for use in various stages of product development, which include circuit design verification, troubleshooting, quality control, as well as failure analysis. This course highlights the fundamentals of electronic measurement and provides hands-on exercise on how to use various types of basic instruments.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basics of electronic instrumentation
Practical measurement techniques
Exposure to usage of measurement equipments
Exposure to usage of instrument programming tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1
Measurement Fundamentals

What do we measure
What are the available tools for measurements
Overview of basic electronic instruments

DC Power Supply and Multimeter

What exactly is a DC power supply
What can we measure using multimeter
How to troubleshoot using multimeter

Hands-on Session: Measuring basic electrical qualities

Day 2
Quality of Measurement

How to define quality of measurement
What is measurement uncertainty
How to perform instrument calibration

Function Generator and Digital Oscilloscope

What is function generator
What can we measure using oscilloscope
What are the advanced features in modern digital oscilloscope

Hands-on Session: Measuring signals in time-domain

Day 3
RF Signal Generator and Spectrum Analyzer

How to measure signals in frequency domain
How to generate high frequency signals
What can we measure using spectrum analyzer

Introduction to Measurement Automation

Overview of automated measurement system
How to collect time series data and store in PC
Introduction to instrument programming

Hands-on Session: Measuring signals in frequency-domain

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

We strive to keep our course contents up-to-date with the latest technology and pedagogical needs. The contents described in this datasheet may be changed at any time without prior notice. Please contact us to obtain the latest version of the datasheet. We are also able to customize course contents to suit your specific needs, please contact us regarding your specific requirements.

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Course Datasheet GT0102A

Course Overview

Troubleshooting is often needed to repair and analyze malfunctioned electronic circuit boards, devices or systems. In order to perform a logical search for the source of a problem, understanding of electronics is essential. This course provides an overview of basic electronics, and describes a systematic approach in troubleshooting. Practical hands-on sessions will be conducted to further enhance the troubleshooting skills.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basic electronics
Systematic approach in troubleshooting
Troubleshooting circuit boards, digital logics and microcontroller-based systems
Exposure to usage of measurement equipments

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Basic Electronics I

What is PN junction and diodes
Overview of passive and active components
How does a transistor work

Systematical Approach in Troubleshooting

How to apply systematic reasoning to problems
How to analyze processes and locate critical parts
Overview of measurement instruments

Hands-on Session: Analyzing and Troubleshooting an Electronic Circuit

Day 2

Basic Electronics II

How does voltage regulator work
Overview of analog filters, amplifiers, oscillators
Working principles of digital logics

Troubleshooting Circuit Boards and Digital Logics

How to read schematic diagram
What are the typical components in a PCB
How to troubleshoot digital logics

Hands-on Session: Analyzing and Troubleshooting an Electronic Circuit Board

Day 3

Microcontroller-based Systems

Overview of microcontroller-based systems
What are the peripherals of MCU
What is a typical MCU process flow

Troubleshooting Microcontroller-based Systems

What are the common mistakes and logical errors encountered in a MCU system
How to design a built-in test sequence
How to troubleshoot a MCU system

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0103A

Course Overview

Radio frequency (RF) and microwave techniques are of increasing importance to industrial and communication applications. A good understanding in RF and microwave measurement technique and principle will help in particularly the testing and verification stages of the product development. This course introduces commonly available RF and microwave measurement principle and setup.

Who Will Benefit From This Course

This course is specially designed for technicians, researchers, RF Engineers and R&D engineers interested in

Basic of RF and microwave technology
Practical RF/ microwave measurement techniques
Exposure to usage of RF/microwave analysis tools
Exposure to usage of RF/microwave measurement instruments

Prerequisite

Basic knowledge of electronics
Basic knowledge of electromagnetic theory

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction

Transmission Lines: Basic principles, Structures and Properties of Transmission Lines.
Scattering Parameters

Power Measurements

Types of Power Measurements
Power Sensors & Power Meters
Specifications
Measurement Uncertainty.

Hands-on Session: RF / microwave measurement using Power Meter

Day 2

Spectrum Analysis

Basic Theory of Operation
Swept-tuned Spectrum Analyzer
Specifications
Measurement parameters

Network Measurements

Scalar Network Analyzer
Vector Network Analyzer
Specifications
Calibration Techniques
Power Sweep Measurement

Hands-on Session: RF / microwave measurement using Spectrum Analyzer and Vector Network Analyzer

Day 3

Impedance Measurements

Impedance Measurement Basics
Measurement Techniques

Noise Figure Measurements

Introduction & Types of noise
Noise Figure Meter
Noise Generator
Specifications
Calibration and Measurement Methods.

Hands-on Session: Impedance measurement and Noise Figure Measurement of RF components

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0104A

Course Overview

Radio frequency (RF) and microwave techniques are of increasing importance to industrial and communication applications. A good understanding of Spectrum & Vector Network Analyzers will help in particularly the testing and verification stages of the product development. This course introduces basic principle and measurement technique of Spectrum & Vector Network Analyzers.

Who Will Benefit From This Course

This course is specially designed for technicians, researchers, RF Engineers and R&D engineers interested in

Basic of RF and microwave technology
Practical Spectrum & Vector Network Analyzers measurement techniques
Exposure to usage of Spectrum & Vector Network Analyzers

Prerequisite

Basic knowledge of electronics
Basic knowledge of electromagnetic theory

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

RF and Microwave Technology

RF Fundamentals
Transmission Lines
Scattering Parameters

Spectrum Analyzer Fundamentals

Frequency & time domain
Spectrum Analyzer Architecture
Signal Acquisition in Spectrum Analyzer

Hands-on Session: Basic Spectrum Analyzer measurements

Day 2

Spectrum Analyzer

Spectrum Analyzer Specifications
Spectrum Analyzer Control
Spectrum Analyzer Measurement

Vector Network Analyzer Fundamentals

Types of measurements
Network Analyzer Architecture

Hands-on Session: Spectrum measurement & basic VNA measurements.

Day 3

Vector Network Analyzer

Calibration
Network Analyzer control
Network Analyzer Measurements

RF/microwave Device and Circuit Characterizations Using Spectrum & Network Analyzer

Amplifier, Oscillator, Mixer, Filter, etc Characterizations & Measurement Setup

Hands-on Session: Spectrum and S-parameter measurements of RF devices

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0401A

Course Overview

A frequency synthesizer is an electronic system that is capable of generating frequencies from a fixed-frequency reference clock. It is commonly used in communication systems, radars, function generators, and as part of digital phase-locked loop. This course explains the working principles of digital signal synthesizer with practical design examples using field programmable gate array (FPGA).

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Digital signal generation
Practical approach in designing digital synthesizer
Exposure to usage of software tools
Exposure to measurement equipment and techniques

Prerequisite

Basic knowledge of electronics and FPGA

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Frequency Synthesis

Overview of frequency synthesis
What is phase-locked loop
What are the performance analysis criteria

Introduction to Development Tools

Quick review on Matlab/Scilab
What is FPGA
Introduction to VHDL programming

Hands-on Session: Getting Started with Altera DE2 Development Tools

Day 2

Memory-based Synthesizer Design

What is memory-based architecture
How to design a memory-based signal synthesizer
What are the pros and cons of memory-based method

Coding Examples

How to generate look-up table in Matlab/Scilab
How to map the data to VHDL
How to perform simulation and performance evaluation

Hands-on Session: Designing an Arbitrary Waveform Generator

Day 3

Direct Digital Synthesizer (DDS) Design

Overview of DDS architecture
What types of waveforms can be synthesized
How to design a DDS-based signal synthesizer

Coding Examples

How to calculate the design parameters
How to implement a numerical controlled oscillator in VHDL
How to perform simulation and performance evaluation

Hands-on Session: Designing a Chirp Signal Generator

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0402A

Course Overview

Fast Fourier Transform (FFT) is an efficient algorithm that has wide range of applications in digital signal processing such as matched filtering, power spectrum estimation, and frequency spectra analysis. This course covers the classical FFT as well as other forms of FFT with practical implementation on modern embedded systems.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Digital signal processing (DSP)
FFT Algorithms
Practical implementation of FFT
Exposure to usage of software tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Digital Signal Processing

Overview of DSP
What are the key elements of a DSP system
What is Fourier Transform

Signal Processing in Matlab/Scilab

Quick review on Matlab/Scilab
How to create signal waveforms
How to perform frequency domain analysis

Hands-on Session: Waveform generation and analysis in Matlab/Scilab

Day 2

FFT Algorithm I

Overview of Cooley-Tukey algorithm
What is butterfly network
What is bit-reversal sorting

Coding Examples

How to implement decimation-in-time FFT
How to implement decimation-in-frequency FFT
How to implement inverse-FFT

Hands-on Session: Developing an efficient FFT algorithm in Matlab/Scilab

Day 3

FFT Algorithm II

How to evaluate the performance of a FFT algorithm
How to choose a suitable FFT window
How to perform real-time FFT

Coding Examples

How to implement butterfly network and bit reversal sorting in C
How to deal with overflow and finite precision
How to implement matched filtering

Hands-on Session: Designing a microcontroller-based spectrum analyzer

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0403A

Course Overview

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Digital signal processing (DSP)
FFT Algorithms
Practical implementation of FFT
Exposure to usage of software tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Digital Signal Processing

Overview of DSP
What are the key elements of a DSP system
What is Fourier Transform

Signal Processing in Matlab/Scilab

Quick review on Matlab/Scilab
How to create signal waveforms
How to perform frequency domain analysis

Hands-on Session: Waveform generation and analysis in Matlab/Scilab

Day 2

FFT Algorithm I

Overview of Cooley-Tukey algorithm
What is butterfly network
What is bit-reversal sorting

Coding Examples

How to implement decimation-in-time FFT
How to implement decimation-in-frequency FFT
How to implement inverse-FFT

Hands-on Session: Developing an efficient FFT algorithm in Matlab/Scilab

Day 3

FFT Algorithm II

How to evaluate the performance of a FFT algorithm
How to choose a suitable FFT window
How to perform real-time FFT

Coding Examples

How to implement butterfly network and bit reversal sorting in C
How to deal with overflow and finite precision
How to implement matched filtering

Hands-on Session: Designing a microcontroller-based spectrum analyzer

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0404A

Course Overview

The practical FPGA training is a course preparing students, engineers, lecturers, and researchers for a hands-on course of FPGA design. The training is to familiarize the participants with the software and FPGA design using Verilog HDL. A wide range of practical application examples will be given to demonstrate the usefulness Altera FPGA.

Who Will Benefit From This Course

This course is specially designed for engineers, lecturers, and researchers interested in

Altera FPGA digital system design using Verilog HDL

Prerequisite

Basic knowledge in digital electronics at diploma or degree levels.

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction

Overview of Logic Circuits
Combinational and Sequential Circuits
Finite State Machines

Verilog HDL Design and Simulation using Altera Quartus II EDA Tool

Introduction to Altera FPGA
Verilog HDL Design using Altera Quartus II
Verilog HDL Simulation using ModelSim

Hands-on Session: Introduction to Altera Quartus II and ModelSim EDA Tool

Day 2

Digital I/O and LCD Interfacing

Interfacing with FPGA
Digital I/O Interfacing
LCD Interfacing

Hands-on Session: Digital I/O and LCD Interfacing

Memory and Serial Interfacing

Static Random Access Memory
Memory Interfacing
Serial Interfacing

Hands-on Session: Memory Interfacing and Serial Interfacing

Day 3

Digital Filter Design and Implementation

FIR filter structures
Window design techniques
FIR Filter Design

Hands-on Session: Digital Filter Design and Implementation

Direct Digital Synthesizer Design and Implementation

Signal Generation Techniques
Direct Digital Synthesizer Principles
DDS Implementation using Altera FPGA

Hands-on Session: Direct Digital Synthesizer Design and Implementation

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

Download PDF

Course Datasheet GT0404C

Course Overview

This practical FPGA training is a course preparing students, engineers, lecturers, and researchers for a hands-on course of FPGA design. The training is to familiarize the participants with the software and FPGA design using Verilog HDL. A wide range of practical application examples will be given to demonstrate the usefulness Altera FPGA.

Who Will Benefit From This Course

This course is specially designed for engineers, lecturers, and researchers interested in

Altera FPGA digital system design using Verilog HDL

Prerequisite

Basic knowledge in digital electronics at diploma or degree levels.

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction

Overview of Logic Circuits
Combinational and Sequential Circuits
Finite State Machines

Verilog HDL Design and Simulation using Altera Quartus II EDA Tool

Introduction to Altera FPGA
Verilog HDL Design using Altera Quartus II
Verilog HDL Simulation using ModelSim

Hands-on Session: Introduction to Altera Quartus II and ModelSim EDA Tool

Day 2

Digital I/O and LCD Interfacing

Interfacing with FPGA
Digital I/O Interfacing
LCD Interfacing

Hands-on Session: Digital I/O and LCD Interfacing

Memory and Serial Interfacing

Static Random Access Memory
Memory Interfacing
Serial Interfacing

Hands-on Session: Memory Interfacing and Serial Interfacing

Day 3

Digital Filter Design and Implementation

FIR filter structures
Window design techniques
FIR Filter Design

Hands-on Session: Digital Filter Design and Implementation

Direct Digital Synthesizer Design and Implementation

Signal Generation Techniques
Direct Digital Synthesizer Principles
DDS Implementation using Altera FPGA

Hands-on Session: Direct Digital Synthesizer Design and Implementation

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0201A

Course Overview

The Intel 8051 has the widest range of variants in today’s embedded controller market. The 8051 cores are used in over 100 devices from independent manufacturers such as Atmel, Philips, Infineon, Dallas Semiconductor. This course provides an overview of 8051 architecture and quick start in learning 8051 programming. A wide range of practical application examples will be given to demonstrate the usefulness of this microcontroller.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

8-bit microcontroller-based system design
Practical 8051 programming using C
Practical examples of 8051-based projects
Exposure to usage of 8051 development tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to 8051 Microcontroller

Why 8051 is so popular
What are the core features of 8051
Overview of 8051 hardware architecture

C Programming for 8051

Overview of 8051 instruction set
Basics of C programming
Interfacing to LEDs and push buttons

Hands-on Session: I/O Interfacing Examples

Day 2

Timer and Counter Operations

How to set an internal timer
How to use an external trigger for counting
Building a digital watch with LCD display

Serial Port Operations

How to interface 8051 to a computer
Overview of UART serial interfacing
Building an interactive game console

Hands-on Session: Timer and Serial Interfacing Examples

Day 3

Interrupt Operations

Overview of 8051 interrupt architecture
How to create timer, external and serial interrupts
Building a precise countdown timer

Practical Interfacing Examples

Interfacing to motors, sensors, and actuators
Interfacing to ADC and DAC
Practical applications: temperature controller, elevator controller, smart parking system, etc.

Hands-on Session: Traffic Light Control System

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0201B

Course Overview

Microchip is a leading provider of microcontrollers. In particular, its PIC18F4520 is the most widely used 8-bit microcontroller for embedded system applications. This course provides an overview of PIC18 architecture and quick start in learning PIC18 programming. A wide range of practical application examples will be given to demonstrate the usefulness of this microcontroller.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

8-bit microcontroller-based system design
Practical PIC18 programming using C
Practical examples of PIC-based projects
Exposure to usage of PIC18 development tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to PIC18 Microcontroller

Why PIC is so popular
What are the core features of PIC18F4520
Overview of PIC18F4520 hardware architecture

PIC Programming using MPLAB

Overview of PIC18 instruction set
Basics of C programming
Interfacing to LEDs and push buttons

Hands-on Session: I/O Interfacing Examples

Day 2

Timer and Counter Operations

How to set an internal timer
How to use an external trigger for counting
Building a digital watch with LCD display

Serial Port Operations

How to interface PIC18 to a computer
Overview of UART serial interfacing
Building an interactive game console

Hands-on Session: Timer and Serial Interfacing Examples

Day 3

Interrupt Operations

Overview of PIC18 interrupt architecture
How to create timer, external and serial interrupts
Building a precise countdown timer

Practical Interfacing Examples

Interfacing to motors, sensors, and actuators
Interfacing to ADC and DAC
Practical applications: temperature controller, elevator controller, smart parking system, etc.

Hands-on Session: Traffic Light Control System

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

Download PDF

Course Datasheet GT0202A

Course Overview

Scilab is an open source alternative to Matlab for numerical computation. It can be used for signal/image processing, statistical analysis, numerical optimization, modeling and simulation of various dynamical systems. This course provides a quick start to Scilab programming with practical examples in various applications.

Who Will Benefit From This Course

This course is specially designed for programmers and engineers interested in

Numerical computation
Scilab programming
System modeling, simulation and analysis techniques
Practical programming tips

Prerequisite

Basic knowledge of programming

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Scilab Basics

Introduction to Scilab
How to deal with matrices
How to plot 2D and 3D graphs

Program Branching and Functions

Overview of high-level program structure
How to perform if, for and while loops
How to write functions

Hands-on Session: Getting started with Scilab

Day 2

Signal Analysis using Scilab

How to simulate time-domain signals
What is Fourier Transform
How to analyze signals in frequency-domain

Signal Processing using Scilab

Overview of signal processing
How to design a digital filter
How to estimate power spectrum of a signal

Hands-on Session: Speech Signal Processing using Scilab

Day 3

System Modeling in Scilab

Overview of system modeling
How to model a measurement system
How to perform system-level simulation

Optimization in Scilab

Introduction to optimization methods
Optimization example on phase error estimation
Optimization example on motion sensing

Hands-on Session: Motion Sensing and Error Estimation

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0203A

Course Overview

Control systems are essential components that exist in all industrial process plants. In order to design and analyze a control system, we must first establish adequate performance specifications. This course focuses on the practical design issues related to modern control system. Matlab is used as the programming tool to model, simulate and analyze the performance of various real-life control systems.

Who Will Benefit From This Course

This course is specially designed for programmers and engineers interested in

Matlab programming
Control system modeling and analysis
Feedback control system design
Practical programming tips

Prerequisite

Basic knowledge of programming

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Matlab Basics

Introduction to Matlab
How to model a spring-mass-damper system
What is transfer function

Control System Characteristics

Open-loop vs. close-loop system
What are the characteristics of a linear system
Overview of time-domain specifications

Hands-on Session: Time-Domain Signal Analysis

Day 2

Control System Stability

What is Routh-Hurwitz stability
How to obtain a root locus plot
Sensitivity and the root locus

Frequency Domain Analysis

How to draw Bode diagram
How to draw Nyquist plots and charts
Stability in frequency domain

Hands-on Session: Tracked Vehicle Turning Control

Day 3

Control System Design

Overview of control system design
How to design a lead compensator
How to design a lag compensator

PID Controlled System

What is PID
How to design a PID controlled system
Advanced control systems

Hands-on Session: Rotor Winder Control System

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

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Course Datasheet GT0204A

Course Overview

Digital signal processing (DSP) algorithms have now been widely used in various fields ranging from audio and speech processing, video and image processing, sonar and radar signal processing, biomedical signal processing, and more. This course gives an overview of the practical DSP algorithms used in industries.

The implementation of various DSP algorithms will be demonstrated using Matlab with emphasis on problem solving and hands-on experience.

Who Will Benefit From This Course

This course is specially designed for programmers and engineers interested in

Practical DSP algorithms
Matlab programming
Real-time DSP implementation
Practical programming tips

Prerequisite

Basic knowledge of programming

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to DSP

Overview of Digital Signal Processing
What is discrete-time signals
Frequency domain representation of LTI systems

Matlab Basics

Introduction to Matlab
How to model a discrete-time signal in Matlab
Understanding FFT algorithms

Hands-on Session: DFT and FFT for Spectral Estimation

Day 2

FIR Filter Design

FIR filter structures
Window design techniques
Frequency sampling design techniques

IIR Filter Design

IIR filter structures
Analog-to-digital filter transformations
Frequency band transformation

Hands-on Session: Lowpass Filter Design using Matlab

Day 3

Practical Issues on DSP Implementation

Finite word-length effects
Sampling rate conversion errors
Real-time DSP

Case Studies

Applications in adaptive filtering
Applications in digital communications
Applications in arbitrary waveform generation

Hands-on Session: Chirp signal generation and its real-time implementation

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
[in] www.linkedin.com/company/gotraining

Download PDF

Course Datasheet GT0205A

Course Overview

This course teaches you the basic fundamentals in building a Website using PHP, JavaScript and CSS. The constructed Website will be iPad and search engine friendly.

Who Will Benefit From This Course

This course is specially designed for IT professionals who are interested in the fundamentals of:

Designing Website using PHP
Using Cascading Style Sheet (CSS) to format the appearance of the Website
Using JavaScript to provide interactively.
Designing Website that is friendly to tablet computers (i.e. iPad)
Designing Website that is search engine friendly.

Prerequisite

Basic knowledge of programming.

Course Duration

3 days, 9am - 5pm

Course Outline

Day 1

XHTML

XHTML Structure
Embedding Images
Creating Links
Creating Forms

Hands-on Session:

My First Static Web Page
My First Form

PHP

PHP Fundamentals
Creating Dynamic Web Page

Hands-on Session:

My First Dynamic Web Page
Creating Page Template
Validating Forms

Day 2

Cascading Style Sheet

CSS Fundamentals
Formatting Using CSS
Designing Layout Using CSS

Hands-on Session:

Text Formatting Using CSS
Tablet Friendly Links
Layout Design Using CSS
Tablet Friendly Layout Design
Creating Drop-down Menu

Day 3

JavaScript

JavaScript Fundamentals
Handling Events
Validating Strings

Hands-on Session:

Validating Forms using JavaScript
Controlling Element Visibility
A Simple Slideshow
Tablet Friendly Drop-down Menu
Tablet Friendly Forms

Miscellaneous

Minify Your Codes
Simple ways to make search engine friendly Website

3-Day Practical Training On

For more information on this course, kindly contact:

t +606 252 3060
w www.gotraining.com.my
e [email protected]
[f] www.facebook.com/gotraining.com.my
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Course Datasheet GT0206A

Course Overview

Agilent VEE (Visual Engineering Environment) is a adaptable, powerful and user friendly graphical programming language which is suitable for automated measurement, test instrument control and advanced analysis. This intuitive provide engineers the quick and easy path to measurement analysis tool to focus on testing concepts and less on programming complexity which is normally associated with text-based programming languages.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Data flow programming
Automated measurements
Data analysis

Prerequisite

No special programming experience is required. A working knowledge of the Microsoft Windows Operating System is useful in this course.

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Agilent VEE

Fundamentals of Agilent VEE software
Graphical programming fundamentals
Agilent VEE programming objects

Hands-on Session:

Introduction to Data Flow Programming

Day 2

Measurement Automation

User objects and user functions
Operator interfaces
Controlling Instruments
Storing and retrieving data

Hands-on Session:

Measurement Automation

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Course Datasheet GT0207A

Course Overview

This course teaches you the fundamentals in building a secure e-commerce Website using MySQL, PHP, JavaScript, CSS and AJAX.

Who Will Benefit From This Course

This course is specially designed for IT graduates who are interested in

Understanding e-commerce threats and mitigation techniques.
Managing product catalogue database
Effective product search and display
The right way to construct a shopping cart
Managing orders and payment processing

Prerequisite

Basic knowledge of programming, database design and UNIX commands.

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction

Requirements for an E-commerce Website
Security Threats & Mitigation
User Account Management
Authenticating User’s Input

Hands-on Session:

Creating User Accounts
User Account Signing

Product Catalogue Management

Designing the Catalogue Database
Image Handling
Tricks for Effective Search

Hands-on Session:

Creating Product Catalogue

Day 2

Product Search & Display

Introduction to Ajax
How to Search the Catalogue
Search Result Presentation

Hands-on Session:

Using Ajax to Suggest Products
Displaying Product and Images

Fundamentals of Shopping Cart

Introduction to Cookies
How to Design the Shopping Cart

Hands-on Session:

Shopping Cart Design
Adding & Removing Shopping Cart Items

Day 3

Order Handling

The Order Workflow
Receiving Payments using Paypal

Hands-on Session:

Getting Delivery Information
Integration with Paypal
Managing Orders and Generating PDF documents

3-Day Practical Training On

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Course Datasheet GT0208A

Course Overview

This course teaches you the basic fundamentals in using the Google Maps v3 API for your Website. We will use PHP, MySQL, JavaScript, CSS and HTML 5 Geolocation API to construct a store locator that provides directions service.

Who Will Benefit From This Course

This course is specially designed for IT professionals who are interested in the fundamentals of:

Using Google Maps v3 API
Using HTML 5 Geolocation API

Prerequisite

Knowledge in PHP, MySQL, JavaScript & CSS.

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

Google Maps 3.0 API

Introduction
Overlays: Markers & Info Windows
Events

Hands-on Session:

My First Google Map
Adding Markers & Info Windows
Reading GPS Coordinate from Map

MySQL Database

Database for Store Information
Form to Input Store Information

Hands-on Session:

Store Info Input Form with Google Maps

Day 2

Displaying Store Information

Querying Store Location
Customised Marker
Advance Info Window
Zoom Controls

Hands-on Session:

Displaying Customised Marker

Displaying Advance Info Window

Zooming Into the Marker

HTML 5 Geolocation API

Getting Your GPS coordinate
Directions Service

Hands-on Session:

Displaying Your GPS position
Getting Directions
Displaying Direction Instructions
Altering Routes

3-Day Practical Training On

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Course Datasheet GT0209A

Course Overview

This course provides you with an introduction to basic C++ programming concepts through the use of Borland C++ Integrated Development Environment (IDE). It’s a perfect learning tool for beginning programmers, who want to develop their own programming capabilities, and for developers who want to get up-to-speed with Borland C++ IDE quickly and easily. By the end of this course, you will be able to create C++ projects using the Borland C++ IDE.

Who Will Benefit From This Course

This course is specially designed for engineers who are interested in the fundamentals of:

Using C++ programming language
Creating projects with Borland C++ IDE
Designing graphical user interface by using Borland C++ IDE

Prerequisite

Basic knowledge of C++ programming.

Course Duration

3 days, 9am - 5pm

Course Outline

Day 1

Introduction to C++ in Borland IDE

Create project in IDE
Main Menu & Toolbars
Component palette
Code Editor
Object Inspector
Creating a form
Compiling and Building C++ Programs
Saving project
Internet Help

C++ Fundamentals

Data types
Operations
Selection statements
Loops
Standard I/O streams
Function prototypes
Overloaded functions
Arrays
Pointers and references

Day 2

Borland C++ Fundamental Controls

Command buttons
Label controls
Mouse events
Keyboard events
Bevel properties
Edit textboxes
MaskEdit control
Panel control
Progress controls
Lists controls
String functions

Introduction to C++ Classes

Class declaration
Members
Constructors and destructors
Member objects
Arrays of class objects
Basic file input and output

Day 3

Introduction to Object Oriented Concept

Public and private base classes
Inheritance applications
Polymorphism
Encapsulation
Managing views of classes in IDE

Applications Fundamentals

Dialog boxes
Math libraries
Date and time
Multiple-form application
Designing help system

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Course Datasheet GT0501A

Course Overview

Environmental management refers to the management of the interaction and impact of human societies on the environment. It aims to maintain a sustainable ecosystem for equitable use by our future generations. This course provides the latest updates on pollution control and issues related to environmental management systems.

Who Will Benefit From This Course

This course is specially designed for managers and engineers interested in

Environmental management
Control of atmospheric pollution
Water pollution and treatment
Wastewater and solid waste management

Prerequisite

NIL

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Overview

What is environmental management
Environmental issues faced by industries
ISO 14001 standard

Introduction to Environmental Pollution

Ecosystem processes
Major biogeochemical cycles
Environmental gradients, tolerance and adaptation

Day 2

Atmospheric Pollution

What are the sources, sinks and concentration trends for atmospheric pollutants
Global warming and ozone-layer depletion
Effects on human health and plants

Control of Atmospheric Pollution

Control of particulate pollutants
Control of VOCs, NOx, SO2, CO2
The Kyoto Protocol

Day 3

Water Pollution

Sources of water contaminants
Overview of drinking water treatment processes
Regulatory requirements for drinking water

Waste Management

Wastewater pollutants and treatment
Solid waste management
Introduction to environmental impact assessment

3-Day Practical Training On

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Course Datasheet GT0504A

Course Overview

Solar energy is an important source for our future energy supply in viewing of the price and availability of fossil fuels. This course provides a comprehensive overview on solar photovoltaic, covering the fundamentals of solar cell, its related technologies, as well as applications of a complete PV system.

Who Will Benefit From This Course

This course is specially designed for technicians, engineers and managers interested in

Solar photovoltaic technologies
Overview of solar PV systems
Basic calculation and tracking techniques
Applications of PV system

Prerequisite

Basic knowledge of green technologies

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

World Demand for Sustainable Energy

World energy requirement
Types of renewable energy sources
Advantages of Sun’s energy
Overview of solar cell technologies

Solar Cell Fundamentals

Semiconductors as solar cell material
PN junction and solar cell characteristics
Overview of solar cell design

Day 2

Production of Solar Cells

Solar PV industry and Si requirement
Steps in producing Si wafers
Development of Si solar cells
Thin film solar cell technologies

Concentrator PV Cells (CPV)

Overview of light concentration
Optics for concentrator PV
Tracking and cooling requirements of CPV
Other high concentrator solar cells

Hands-on Session: PV cell experiment and solar radiation measurements

Day 3

Solar PV System Design Considerations

The Sun-Earth movement and Sun tracking
Solar PV modules
Batteries for PV systems
DC to DC, DC to AC converters

Design Examples and Applications

Design methodology
Standalone PV system configurations
Hybrid PV systems
Payback period and lifecycle costing

3-Day Practical Training On

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Course Datasheet GT0505A

Course Overview

Power electronics is a fast growing field due to the emerging demand for high efficient use of energy sources. This course provides a practical overview on power electronics with special emphasis on DC/DC converter and DC/AC inverter design for solar PV system.

Who Will Benefit From This Course

This course is specially designed for technicians, engineers and managers interested in

Power electronics design
Solar inverters
Practical design examples and applications
Exposure to the usage of circuit design tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Power Electronics

History of power switching
Basics of power conversion
Power diodes, thyristors and transistors
Passive components and magnetics

Power Converters

Overview of power converter topologies
Rectifier circuits
DC/DC converters
Introduction to circuit simulation tools

Hands-on Session: DC/DC converter design

Day 2

Power Inverters

Types of power inverters
Control strategies for inverter design
Three phase inverters
Introduction to switching power supplies

Solar Inverters – Part I

Classification of solar inverters
Maximum power point tracking (MPPT)
Anti-islanding protection
Solar micro-inverters

Hands-on Session: AC/DC inverter design

Day 3

Solar Inverters – Part II

Grid-tie solar inverters
Solar charge controller
Solar pumping inverters
Causes of inverter failure

Design Examples and Applications

Power conditioning for solar cells
Battery management for standalone PV system
Power optimizer for solar PV system

Hands-on Session: Solar PV operated LED lamp

3-Day Practical Training On

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Course Datasheet GT0505B

Course Overview

Who Will Benefit From This Course

This course is specially designed for technicians, engineers and managers interested in

Power electronics design
Practical design examples and applications
Exposure to the usage of circuit design tools

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Power Electronics

History of power switching
Basics of power conversion
Power diodes, thyristors and transistors
Passive components and magnetic
Introduction to circuit simulation tools

DC-DC Switch-Mode Converters

Overview of power converter topologies
Rectifier circuits
DC/DC converters
Buck, boost, buck-boost and flyback converters

Hands-on Session: DC/DC converter design

Day 2

Power Inverters

Types of power inverters
Control strategies for inverter design
Pulse-width modulation
Single-phase and three phase inverters

Resonant Converters

Classification of resonant converters
Load-Resonant converters
Resonant-switch converters

Hands-on Session: AC/DC inverter design

Day 3

Power Supply Applications

Introduction to switching power supplies
Electrical isolation and protection circuits
Power line disturbances, Power conditioners
Uninterruptible power supplies
Automotive power electronic systems and electric devices
Variable speed and servo motor drives

Hands-on Session: Case studies on SMPS design

3-Day Practical Training On

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Course Datasheet GT0301A

Course Overview

Radio frequency (RF) and microwave techniques are of increasing importance to industrial and communication applications. A good understanding in RF and microwave will help in various stages of product design, testing, verification and analysis. This course introduces commonly available RF and microwave components, and demonstrates proper use of RF measurement equipment to perform analysis.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basic of RF and microwave technology
Practical RF measurement techniques
Exposure to usage of RF analysis tools
Exposure to usage of RF measurement equipments

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

RF and Microwave Technology

What is RF and microwave
How to use the Smith Chart
Overview of Z-, Y- and S-parameters

Characteristics of Transmission Lines

What is transmission line
How to calculate characteristic impedance
What are the sources of nonlinear distortions and noise

Hands-on Session: Introduction to RF components (RF cables, connectors, attenuators, splitters, directional couplers, filters, mixers, power amplifiers, LNAs)

Day 2

RF Signal Generators

Working principles of RF signal generator
How to operate a RF signal generator
Practical tips for the use of signal generator in a measurement system

Spectrum Analyzer

What are the basic functions of a spectrum analyzer
How to operate a spectrum analyzer
What are the important parameters for analysis

Hands-on Session: RF Measurement using Signal Generator and Spectrum Analyzer

Day 3

Vector Network Analyzer (VNA)

What are the basic functions of a VNA
How to perform calibration with calibration kit
How to use VNA for reflection and transmission measurements

RF Measurement Setup for Characterization

Overview of RF measurement systems
How to perform impedance and power measurements
How to characterize RF components

Hands-on Session: S-parameter Measurement of RF components

3-Day Practical Training On

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Course Datasheet GT0302B

Introduction

With the advancement of today’s technology, high-speed devices have rise / fall times as low as 1ns. Signal traces in the printed circuit board (PCB) cannot be longer treated as simple short-circuit interconnects; instead they behave as transmission lines. This fast slew rate can contribute to signal integrity (SI& EMI) problem, such as noise generation, impedance mismatch, signal reflection, crosstalk, ground bounce and radiation. Thus, it is highly possible a high-speed PCB fails to work due to signal integrity issues. Proper PCB design techniques and good understanding of high-speed concepts are required to ensure the smooth transition from circuit design to first prototype and final product.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basics of Signal Integrity (SI) and Electromagnetic Interference (EMI)
Understanding common SI issues involved in high-speed PCB design
Handy and practical techniques in high-speed PCB design

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Signal Integrity (SI)

What are SI and EMI
What are the common problems in High-Speed PCB

Transmission Lines and Signal Propagation

Lumped versus distributed circuit
Effects of signal reflections to digital circuitry functionality and timing
Layout techniques for transmission lines

Signal Return Path and EMI

How does high-speed signal return to its source
Perforation and splits in reference plane
Layout techniques for minimizing EMI

Hands-on Session: Demonstrating SI issues via simulation

Day 2

Differential Signaling

The importance of differential signaling
How to select suitable W/S for controlling differential impedance (Zdiff)
Layout techniques for differential pairs

PCB Stack-up

What factors to consider when making a PCB stack-up
How to control trace impedance (Zo) for microstrip and stripline
Steps in making a PCB stack-up

Hands-on Session: Demonstrating SI issues via simulation measurement

Day 3

Crosstalk

What causes crosstalk and the effects on signal
Crosstalk on microstrip vs stripline
What factors can be controlled for minimizing crosstalk

Quality High Speed PCB Design Procedure

How to minimize ground bounce problem
Functions of bypass capacitors
Power Distribution Network
Steps in designing high-speed boards

Hands-on Session: Case Studies and HSPCB Design Exercises

3-Day Practical Training On

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Course Datasheet GT0303A

Course Overview

Antennas are essential components of all equipment that uses radio. Antennas are used in various applications such as radio/TV broadcasting, radar, cell phones, satellite communications, wireless LAN, RFID tags, etc. This course will review the basics of antenna theory and present practical approach on how to design modern antennas.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basics of antenna
Practical approach in designing antenna
Exposure to usage of software tools
Exposure to antenna measurement techniques

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Antenna Fundamentals

What is antenna
Overview of various types of antennas
What are the key parameters in antenna design

Impedance Matching Techniques

How to read Smith Chart
Why impedance matching is important
How to implement various matching networks

Hands-on Session: Antenna Parameters Calculation and Impedance Matching

Day 2

Antenna Measurements

Overview of antenna measurement systems
How to perform antenna pattern, directivity and gain measurements
How to perform near-field measurements

Antenna Design Basics

How to design a wire antenna
How to design a broadband antenna
What are the available software design tools

Hands-on Session: Designing a Simple Wire Antenna

Day 3

Microstrip Patch Antenna Design

How to design a microstrip patch antenna
What are the common feed techniques
Case study on microstrip array design

Introduction to Wireless and Smart Antennas

Overview of wireless standards: Wifi, Bluetooth, ZigBee, WLAN
Basics of smart antenna design
How to maximize operating range for wireless communications

Hands-on Session: Designing a Microstrip Patch Antenna

3-Day Practical Training On

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Course Datasheet GT0304A

Course Overview

Radio frequency (RF) and microwave techniques are of increasing importance to industrial and communication applications. A good understanding in RF and microwave will help in various stages of product design, testing, verification and analysis. This course focuses on the fundamental concepts and practical design techniques of passive RF circuits.

Who Will Benefit From This Course

This course is specially designed for engineers and researchers interested in

Fundamentals of RF and microwave
Passive RF circuit design
Exposure to usage of RF design tools
Exposure to usage of RF measurement equipments

Prerequisite

Good understanding of RF Microwave Concepts

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

RF Circuit Fundamentals

One-port and multiport networks
Importance of impedance matching
RF components and related issues

Transmission Lines

Lumped elements vs. transmission lines
How to calculate characteristic impedance
RF design parameters (GL, TDR, return loss, power, VSWR, input/output impedance, etc.)

Hands-on Session: Introduction to RF circuit design software tool (ADS / CST / AppCAD)

Day 2

The Smith Chart and S-parameters

Overview of S-parameters
How to use the Smith Chart
Impedance matching techniques

Practical Passive RF Filter Design

RF filter design using filter tables
Transmission line filters
L-C resonant circuits in filter design

Hands-on Session: RF Filter modeling, design and measurement

Day 3

Design of RF Directional Couplers

Design parameters (coupling factor, loss, isolation, directivity, S-parameters, etc.)
Transmission line types
Waveguide types and discrete element types

Other Microwave Component Design

RF splitter/combiner basics
Resistive, hybrid and Wilkinson splitter / combiner
RF Circulators and Isolators

Hands-on Session: Directional coupler modeling, design and measurement

3-Day Practical Training On

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Course Datasheet GT0305A

Course Overview

Radio frequency (RF) and microwave techniques are of increasing importance to industrial and communication applications. A good understanding in RF and microwave will help in various stages of product design, testing, verification and analysis. This course focuses on the fundamental concepts and practical design techniques of active RF circuits.

Who Will Benefit From This Course

This course is specially designed for engineers and researchers interested in

Fundamentals of RF and microwave
Active RF circuit design
Exposure to usage of RF design tools
Exposure to usage of RF measurement equipments

Prerequisite

Good understanding of RF Microwave Concepts, basics of RF passive circuits

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

RF Circuit Fundamentals

Review on passive RF components
Review on S-parameters
RF transistors and small signal modeling

Small Signal Amplifier Theory

Basic amplifier concepts
Amplifier’s parameters (gain, bandwidth, efficiency, linearity, noise, dynamic range, etc.)
Stability analysis and stabilization methods

Hands-on Session: Introduction to RF circuit design software tool (ADS / CST / AppCAD)

Day 2

Small Signal RF Amplifier Design

What are the key design parameters
Transistor biasing
Design for fixed gain

Practical Amplifier Design Example

General amplifier design procedures
Low noise amplifier (LNA) design
Practical design issues and applications

Hands-on Session: LNA modeling, design and measurement

Day 3

RF Oscillator Design

Basics of oscillator
Fixed oscillator design
Controlling harmonic distortion

Practical VCO Design Example

General VCO design procedures
Voltage controlled oscillator (VCO) design
Practical design issues and applications

Hands-on Session: VCO modeling, design and measurement

3-Day Practical Training On

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Course Datasheet GT0306A

Course Overview

Analog and mixed signals are of increasing importance to industrial applications. A good understanding in analog circuits will help in various stages of product design, testing, verification and analysis. This course focuses on the fundamental concepts and practical design techniques of analog circuits.

Who Will Benefit From This Course

This course is specially designed for engineers and researchers interested in

Fundamentals of analog electronics
Analog circuit design
Exposure to usage of circuit design tools
Exposure to usage of measurement instruments

Prerequisite

Good understanding of basic electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Analog Electronics

Basic circuit components
Characteristics of R, C, L
Review of circuit analysis techniques

Diode Characteristics and Applications

Types of semiconductor diodes
Analysis of diode circuits
Voltage regulator design

Hands-on Session: Circuit analysis exercises

Day 2

BJT Circuits Analysis

BJT operations and V-I characteristics
DC biasing and Small signal analysis
Applications of BJT

BJT Amplifier Design

Amplifier modeling
Frequency response analysis
Class A, B, AB and other types of amplifier design

Hands-on Session: Practical BJT amplifier design

Day 3

Op-amp Circuits Design

Op-amp characteristics and circuits
Applications of op-amp
Current feedback op-amp

Passive and Active Filter Design

Filter characteristics
Passive filter design and analysis
Active filter design and analysis

Hands-on Session: Practical active filter design

3-Day Practical Training On

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Course Datasheet GT0307A

Introduction

Electromagnetic interference, or EMI, is disturbance that affects an electrical circuit due to unintentional electromagnetic induction or electromagnetic radiation emitted from an external source. Nowadays, international regulations are available on Electromagnetic compatibility (EMC) and they have been enforced in many countries to ensure that equipment items or systems will not interfere each other through spurious emission and absorption of EMI.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Basics of Electromagnetic Compatibility (EMC) and Electromagnetic Interference (EMI)
Exposure to usage of EMC/EMI measurement instruments

Prerequisite

Basic knowledge of electronics

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Electromagnetic Compatibility (EMC)

Aspects of EMC
Importance of EMC
Common EMC units
International and national standards

Radiated Emissions

Differential-Mode and Common-Mode currents
Radiated emission models
Compliance Measurement setup and test procedures

Day 2

Radiated Susceptibility

Susceptibility models for wires and PCB lands
Compliance Measurement setup and test procedures
Shielding to protect susceptible equipment

Conducted Emissions

Differential-Mode and Common-Mode currents again
Line Impedance Stabilization Network
Power-line filters
Compliance Measurement setup and test procedures

Day 3

Conducted Susceptibility

Electrostatic discharge
Electrical fast transient
Lightning surge
RF current conducted immunity
AC mains supply dips, dropouts and interruptions

Test Facilities

Open Area Test Site (OATS)
Anechoic chambers
Screen rooms
Reverberation chamber
TEM and other specialized test cells

Hands-on Session: EMC Measurement at Aneachoic Chamber

3-Day Practical Training On

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Course Datasheet GT0601A

Course Overview

Wireless technologies are an essential component for mobile phones and mobile computing. This course gives a comprehensive overview of the various wireless technologies, ranging from the basics of communication, wireless standards, to the advanced mobile communication systems such as 3G, 4G and beyond.

Who Will Benefit From This Course

This course is specially designed for technicians, engineers and managers interested in

Understanding of wireless communications
Basics of radio propagation
Overview of wireless standards
Future technology trends

Prerequisite

Basic knowledge of telecommunications

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Wireless Fundamentals

A brief introduction to signals
What is analog modulation
What is digital modulation
Overview of medium access techniques

Wireless Technologies for Mobile Computing

WiFi (802.11) Basics
WiMAX (IEEE 802.16) Basics
Cellular data service

Day 2

2G Technologies for Mobile Telephones

Overview of cellular radio network architecture
Understanding the link budgets
Overview of 2G and 2G+ standards: GSM
Introduction to GPRS and EDGE

3G Technologies for Mobile Networking

A brief history of mobile network evolution
Characteristics of mobile network
Overview of WCDMA
ATM applied in transport network

Hands-on Session: 3G network signaling demonstration and analysis

Day 3

Beyond 3G Wireless

What is HSDPA and HSUPA
What is LTE
Overview of LTE architecture and protocols

4G Wireless and Future Trends

Advanced LTE
4G Mobility Considerations
Overview of future technological and market trends

Hands-on Session: Radio network signaling demonstration and discussion

3-Day Practical Training On

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Course Datasheet GT0602A

Course Overview

WCDMA is the most popular and dominant 3G technology for enabling mobile broadband in many countries in the world. This course highlights the fundamentals of WCDMA network architecture and signaling protocols as defined by 3GPP and provides hands-on exercise on signaling log file analysis.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Understanding of WCDMA mobile network
WCDMA transport layer
WCDMA radio network layer
WCDMA signaling protocols in all layers

Prerequisite

Basic knowledge of telecommunications

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

WCDMA Network Fundamentals

A brief history of mobile network evolution
Characteristics of mobile network
WCDMA Network Architecture
Overview of WCDMA signaling protocols

WCDMA Network Elements and Hardware

Nodes and their roles
Hardware features and functions

Day 2

Transport Layer

Transport Network overview
ATM applied in Transport Network
IP applied in Transport Network
Quality of Service applied in Transport Network

Signaling Protocols in Transport Layer

Headers and overhead of data packets
ATM cells, ATM Adaptation Layers, SS7, Signaling Links, Signaling Routes, Physical Layer
TCP, UDP, MTP3, IP packets, Ethernet frames, Physical Layer

Hands-on Session: Transport network signaling log file analysis

Day 3

Radio Layer Modulations and Coding

Code Division Multiple Access
QPSK, 16 QAM, 64 QAM Modulation Techniques
HSDPA and EUL principles

Signaling Protocols in Radio Network Layer

Radio Resource Control Layer
Radio Link Control Layer
Medium Access Control Layer

Hands-on Session: Radio network signaling log file analysis

3-Day Practical Training On

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Course Datasheet GT0603A

Course Overview

LTE is the most promising upcoming 4G technology for enabling 1Gbps on mobile broadband. This course highlights the fundamentals of LTE network architecture and signaling protocols as defined by 3GPP.

Who Will Benefit From This Course

This course is specially designed for technicians and engineers interested in

Understanding of LTE mobile network
LTE transport layer
LTE radio network layer
LTE signaling protocols in all layers

Prerequisite

Basic knowledge of telecommunications

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

LTE Network Fundamentals

A brief history of mobile network evolution
Characteristics of mobile network
LTE Network Architecture
Overview of LTE signaling protocols

LTE Network Elements and Hardware

Nodes and their roles
Hardware features and functions

Day 2

Transport Layer

Transport Network overview
IP applied in Transport Network
Quality of Service applied in Transport Network

Signaling Protocols in Transport Layer

Headers and overhead of data packets
TCP, UDP, MTP3, IP packets, Ethernet frames, Physical Layer

Day 3

Radio Layer Modulations and Coding

OFDMA in the downlink
SC-FDMA in the uplink
QPSK, 16 QAM, 64 QAM Modulation techniques
Multiple Input Multiple Output

Signaling Protocols in Radio Network Layer

Radio Resource Control Layer
Radio Link Control Layer
Medium Access Control Layer

3-Day Practical Training On

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Course Datasheet GT0901A

Course Overview

Remote sensing is an important technique for obtaining valuable information with physical contact with the target of interest. The use of microwave remote sensing especially the radar system is particularly suited for tropical country such as Malaysia since it can penetrate through cloud and rain as well as operate during night time. The applications of microwave remote sensing include meteorology, hydrology, and oceanography, mapping, environmental monitoring etc. This course introduces the overview of microwave remote sensing as well as detail discussion of radar system.

Who Will Benefit From This Course

This course is specially designed for engineers, researchers and academic interested in

Exposure to microwave remote sensing
Radar technology
Remote sensing applications
Basic radar development

Prerequisite

Basic knowledge of electronics
Basic knowledge of electromagnetic theory

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Overview of Microwave Remote Sensing

Electromagnetic Radiation
Wave Equation
Polarization
Antenna

Radiometry/Passive Microwave Remote Sensing

Microwave interaction with atmosphere constituents
Remote sensing of Earth’s surface.
Radiometric systems
Data product and applications

Day 2

Active Remote Sensing

Historical Development
Brief History and overview of Imaging Radar
Radar Operation & Application

Radar Principles

Radar Targets
Matched filtering & Pulse Compression
Radar Clutter

Day 3

Radar Systems

CW Radar
FM Radar
Moving Target Indicator
Doppler Radar

Synthetic Aperture Radar (SAR)

Overview of SAR
SAR Concept
SAR Sensor & Applications

3-Day Practical Training On

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Course Datasheet GT0902A

Course Overview

The Synthetic Aperture Radar (SAR) is an all-weather imaging tool that achieves fine along-track resolution by taking the advantage of radar motion to synthesize a large antenna aperture. The use of SAR for remote sensing is particularly suited for tropical country such as Malaysia. There are many applications or potential applications such as biomass estimation, crops monitoring, vegetation cover mapping, mineral exploration etc. This course provides intensive coverage on all you need for understanding of SAR system.

Who Will Benefit From This Course

This course is specially designed for R&D engineers and researcher interested in

Microwave remote sensing
Exposure to SAR technology
SAR Applications
Basic SAR system development

Prerequisite

Basic knowledge of electronics/radar system
Basic knowledge of electromagnetic theory

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

SAR Technology Overview

Brief Background of SAR
History of SAR
The role of SAR in remote Sensing
Airborne / Satelliteborne SAR sensors

Overview of SAR Theory

Synthetic Aperture Radar Concepts
SAR geometry
SAR range equation
SAR two dimensional signal
SAR resolution

Day 2

SAR Flight System

System Overview
Radar Subsystem: Timing and Control, RF electronics, Digital electronics

SAR System Design and Applications

SAR Design considerations
Example of SAR Systems and Applications
SAR Image Interpretation

Day 3

Signal Processing Fundamental

The Fourier Transform
Sampling of the signal
Linear FM Signal
Pulse Compression
Matched filter

SAR Processing Algorithm

SAR Signal Properties
Two-dimensional Precision SAR Formation
Existing SAR Image Formation Algorithms

3-Day Practical Training On

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Course Datasheet GT0903A

Course Overview

Synthetic aperture radar has been recognized as an essential component of future surveillance systems. One of the major challenges associated with SAR is the SAR image formation. The generation of a two-dimensional image out of the SAR raw data is a computational intensive task. SAR sensors produce huge volumes of raw data that need to be processed into SAR image, thus the selection of the right SAR algorithm for a particular system is very important to ensure time and cost efficiency without compromising the accuracy of the image.

Who Will Benefit From This Course

This course is specially designed for undergraduates, postgraduates, and engineers interested in

SAR system design
SAR signal simulation and processing

Prerequisite

Basic knowledge of radar system and Matlab programming.

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Radar Fundamental

Electromagnetic (EM) Scattering
Radar Cross Section (RCS)

Target Detection Techniques

Matched Filter and Pulse Compression
Target Detection Techniques of LFM Radar

Hands-on Session:

Matched Filter and Pulse Compression in Matlab

Day 2

Synthetic Aperture Radar

System Model
SAR Signal Simulation

SAR Signal Processing Techniques (Part 1)

Range Doppler Algorithm

Airborne SAR Signal Processing

SAR Point Target Simulation & Processing
Airborne SAR Data Processing

Hands-on Session:

SAR Point Target Simulation and Processing in Matlab
Airborne SAR Data Processing in Matlab

Day 3

SAR Signal Processing Techniques (Part 2)

Chirp Scaling Algorithm
Omega-K Algorithm

Spaceborne SAR Signal Processing

CEOS SAR Data Standard

Hands-on Session:

CEOS SAR Data Extraction in Matlab
Spaceborne SAR Data Processing in Matlab

3-Day Practical Training On

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Course Datasheet GT0904A

Course Overview

Motion Sensing has been an important technology for location and orientation determination. This course aims to unveil the important skills and techniques behind the motion sensing system and algorithms. Hands-on will be provided to enhance the understanding, specification towards the algorithms.

Who Will Benefit From This Course

This course is specially designed for engineers and researchers interested in

Unmanned Aerial Vehicle (UAV) Applications
Smart Phone Applications
Automatic Vehicle Control System
Human Gait Motion Detection

Prerequisite

Knowledge in Mathematics’ Matrix
Basic Knowledge in MATLAB
Basic Understanding in Sequential Programming

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Motion Sensing

History of Motion Sensing
Review of Motion Sensors
Review of Applications

Theory of Motion Sensing

Motion Equations
Orientation Sensing
Displacement Sensing — Why Impossible

Hands-on Session: Data Acquisition and Processing of Motion Sensor

Day 2

Global Positioning System (GPS)

Review of GPS
History of GPS
Review of GPS Applications

Concept of Global Positioning System

Satellites Constellation
P Code and C/A Code
GPS Data Format

Hands-on Session: Data Acquisition and Processing of GPS

Day 3

Integration of Motion Sensor with GPS

Justification of Integration
Kalman Filter
Integration Algorithm

Improving Data Quality of Motion Sensor

Calibration
Wavelet Decomposition
Allan Variance

Hands-on Session: Position, Velocity and Orientation Measurement Using GPS and Motion Sensor

3-Day Practical Training On

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Course Datasheet GT1001A

Course Overview

This course develops a solid working knowledge of the 4 Ps of marketing – product, price, promotion, place – along with concepts such as target markets, demographics/psychographics, positioning, product life cycle, adoption curve and other fundamental components. The course includes interactive discussions among students, case studies and marketing projects formulated by student teams.

Who Will Benefit From This Course

This course is specially designed for managers and consultants interested in:

Enhancing business marketing strategy
Formulating new marketing plan
Marketing Milestones
Increasing customer satisfaction

Prerequisite

No pre requisite required

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

Defining Marketing for the 21^st century

The New Economy
Tasks of Marketing
The Major Concepts and Tools of Marketing
Marketing Orientations at marketplace
Responding to new marketing challenges
How business and Marketing is changing

Adapting Marketing to the New Economy

What are the Major Forces Driving the New Economy
Changes in the Marketing and business practises
Internet, databases and customer relation management as marketing tools

Building Customer Satisfaction, Value and Retention

How companies can deliver on value and satisfaction
What makes a high performance business
Attract and retain customers
Increase customer and company profitability
How can companies deliver total quality?

Day 2

Winning Markets through Market Orientated Strategic Planning

How is strategic planning executed
Major steps in marketing process
Marketing Plan

Gathering Information and Measuring Market Demand

Modern Marketing Information System
Marketing Research
Marketing Decision Support System
Demand and Forecast

Group Assignment and Presentation

3-Day Practical Training On

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Course Datasheet GT1002A

Course Overview

The objective of this course is to enable student to grasp the fundamentals of information systems. Students will understand how to use information technology, including hardware, software, and telecommunications, as a conduit for the value-added information content of formal organizational systems. This understanding is based on a solid theoretical grounding in technology and organizations.

Who Will Benefit From This Course

This course is specially designed for Managers and consultants interested in

Understanding the use of IS
Implementation of IS policy in the organization
Evaluating IS for organization
Increase productivity via IS

Prerequisite

Basic computer knowledge of word processing and spreadsheet is required.

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

Definition and Basic Concepts of Information System

Definition and Evolution
Components of Information Systems
Information Systems Strategies

Aligning IS to Business Strategy

Analysis of Competitive Forces (Porter)
Human and Organizational Issues
Information Systems Strategy development

Day 2

Investing in Information System

Increasing productivity
Better customer service
Inter-department productivity

Overall IS Policy

Data Security
Data Storage and Recovery
Formulating IS Policy and Procedures

3-Day Practical Training On

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Course Datasheet GT1003A

Course Overview

This course introduces students to ethics-related aspects of the business decision-making process. Students will address a variety of topics, including the theoretical underpinnings of ethics, stakeholders, decision making strategies, and utilization of such strategies in specific areas such as shareholder and employment relations, marketing, and globalization. The emphases of the course are issue recognition, application of ethical principles, and analysis of the consistency of corporate decision-making processes with such principles

Who Will Benefit From This Course

This course is specially designed for Managers and Consultants interested in:

Business Ethics Framework
Developing a Code of Ethics for the organization
Corporate Social Responsibility

Prerequisite

Work in a decision making capacity either as unit head or manager

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

What is Ethics?

Approaches to Ethics
Principles of Personal Ethics
Global Ethics
Theory of Managerial Ethics

Moral Rights and Contracts

Four Views of Managerial Ethics
Moral Rights
Contractual Rights and Duties
Ethical Rules Governing Contracts
Theory of Justice View
Principle of Distributive Justice

Day 2

Social Contract, Religion and Morality

Integrative Social Contract Theory
Religion and Morality
Moral Standards
Moral Accountability and Liability
Theory of Ethical Relativism

Managerial Ethics

Corporate Social Responsibility
Green Management
Economic and Social Performance
Developing Code of Ethics

3-Day Practical Training On

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Course Datasheet GT1004A

Course Overview

In everyday workplace, employees contribute towards the productivity of the organisation. They are the gold miners. In order to achieve excellence, motivation provides the key.

A work culture of excellence takes years to develop but it is possible. Work culture can have a negative or positive impact to the organisation, particularly, the employees.

Who Will Benefit From This Course

This course is specially designed for employees interested in:

achieve a transformation that is valuable for their work and personal life

Prerequisite

No pre requisite required

Course Duration

2 days, 9am - 5pm

Course Outlines

Day 1

Understanding W.O.R.K

Understanding the value of your job
Reasons for doing your job
What is your life goal?

Understanding Motivation

Types of Motivation
Sources of Motivation

The Importance of Motivation in the Workplace

A motivated employee versus a normal employee
How motivation impacts the company’s bottom line

Steps in Becoming a Highly-Motivated Employee/Person

7 Steps to Motivation
What is our motivation in life?
Understanding the differences of part-time motivation and full-time motivation

Day 2

Challenges in Seeking Excellence

+ve and –ve (Positive and Negative) of the workplace
Why do challenges happen?
How do we play our part?

Your ‘+ve’ and ‘–ve’ Impact to the Organisation

Be the change agent
Break the barriers and create the carriers
PDCA (Plan-Do-Check-Act)
Activity: Managing Change

10 Rules of Engagement

Rules of ‘engagement’ in the workplace
Creating a passionate and excellent work culture through ‘rules of engagement’
Activity

Reflection

Self-Affirmation
Being positive
What have we gained?

3-Day Practical Training On

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Course Datasheet GT1005A

Course Overview

This training is specifically designed to provide participants with a quick understanding on the basics of project management. The course syllabus is created based on the Project Management Body of Knowledge (PMBOK), published by Project Management Institute (PMI), USA – a globally renowned professional organization on project management practises and certifications. Participants will learn about project charter, stakeholder analysis, scope, cost, time/schedule management, risk management and other important areas in project management.

Various case studies & activities will be included in this 3 days course to strengthen participant’s understanding on the project management knowledge learned in the training. Upon completion of this course, participants will be equipped with project management knowledge & skills to confidently approach and work in project environment and improve the probability of their project success.

Who Will Benefit From This Course

This course is specially designed for Managers and Consultants interested in:

Project management knowledge and skills
Project management tools covering entire project life cycle, from Project Initiating, Planning, Executing, Monitoring & Controlling to Closing phase

Prerequisite

None

Course Duration

3 days, 9am - 5pm

Course Outlines

Day 1

Introduction to Project Management

What is a project?
Introduction to project lifecycle
Triple constraints in a project

Stakeholder Analysis and Management

Definition of stakeholder
Case studies: never ignore your project stakeholders
Activities: stakeholder analysis

Project Charter

Elements of project charter
Activities: develop a project charter
Bonus Demo Session: mind-map your way to rapid & easy project charter creation

Scope and Cost Management

Importance of Work Breakdown Structure (WBS) and its usage
Project cost estimation technique
Activity: WBS creation and application

Day 2

Time Management

Scheduling starts from activities definition
Sequence activities, Estimate activities resources & duration, critical path analysis
Activity: Create a milestone / project schedule

Risk Management

Identify risks, risk analysis, plan risk responses
Activity: Perform qualitative risk analysis on your project

Communication, HR, Procurement, Quality Management

Project communication and management
HR, procurement and quality management

Day 3

Project Executing, Monitoring and Controlling

Direct and manage project execution
Project scope, schedule and cost control
Activities: Plan, Execute, Monitor & Control a project

Project Closure

Project doesn’t just end upon delivery of deliverables
Importance of a proper project closure phase
Beneficial from lessons learned created
Activity: Lessons Learned

3-Day Practical Training On

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