Past and Future Courses
A
Advanced Developments in Radar
Advanced Electronic Warfare
Advanced Topics in Digital Signal Processing
Aerospace Simulations in C++
Application Scalability by the Numbers
Automotive Radar Systems
B
Breakthroughs and New Concepts in Radar: from Bistatic to MIMO Configurations
Business Aspects of Broadband Wireless Technologies and Mobile Commerce
C
C++ for Engineers
Combat Net Radio Bearer (MIL-STD-188-220)
Complex Digital System Design Using SystemC
Concepts of EW and IW
D
Digital Receiver Techniques: From Theory to Practice
Digital Signal Processing with FPGAs, Introduction to
Discrete-Event Simulation Modeling and Analysis, Introduction to
DSP Based Carrier and Timing Recovery Techniques in Digital Modems
E
Electronic Warfare Test and Evaluation, Introduction to
Embedded Systems Design Using Virtual Prototyping, Introduction to FREE Course
Engineering Aspects of GPS Including Receiver Design
Enterprise Systems Engineering, Introduction to
F
Fundamentals of Airborne Radar
Fundamentals of EW: Overview
Fundamentals of Kalman Filtering: A Practical Approach
Fundamentals of RF System Design and Simulation
G
GPS Receivers: Applications and "Inside the Box"
H
High Range Resolution Radar Imaging and Target Classification, Introduction to
I
Intelligent Video Surveillance
Introduction to Electronic Warfare Test and Evaluation
Introduction to Embedded Systems Design Using Virtual Prototyping FREE Course
Introduction to Digital Signal Processing with FPGAs
Introduction to Enterprise Systems Engineering
Introduction to High Range Resolution Radar Imaging and Target Classification
Introduction to Link 16
Introduction to Linux for Embedded Developers
Introduction to Satellite Communications
Introduction to Sonar Signal Processing
Introduction to Unmanned Aerial Vehicles: Missions, Links and Payloads
Inverse Synthetic Aperture Radar: from Concepts to Advanced Techniques
L
Link 16, Introduction to
Link 16 Network Design and Management
Link 22
Linux for Embedded Developers, Introduction to
M
Machine Learning Using Graphical Models
Managing Performance Risks in Service Oriented Architectures (SOA)
Microwave and RF Circuit Design
Multiuser Communications
P
Phased Array Radar
R
Radar Fundamentals
Resolution and its Achievement in Modern Radar
O
Over the Horizon Radar
S
Satellite Communications, Introduction to
Sensor Networks
Signal Analysis Techniques: Time, Frequency, and Spatial Algorithms
Six Degrees of Freedom Modelling and Simulation of Aerospace Vehicles
Software Engineering Technology for Improving Safety of Medical Process
Surveillance Radar Systems
Synchronization and Interconnect in Multi-Clock Domain Systems-on-Chips
T
Tactical and Strategic Missile Guidance
Tactical Battlefield Communications Electronic Warfare
Tactical Data Information Links (TADILs)
Telecommunications and Teletraffic Theory
Tracking and Data Fusion
U
Unmanned Aerial Vehicles: Missions, Links and Payloads, Introduction to
Using Handle-C with DK
V
Validation Techniques for Finding Software Bugs
Variable Message Format (VMF)
W
Wireless Vehicle Communications
For further information please contact:
Anne-Marie Eliseo
Industry Education Manager
phone: +61-8-8343-8710
email: industryeducation@nicta.com.au
