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The Centre for Intelligent Systems Research is continuously looking for enthusiastic final year students interested in the area of intelligent systems.
CISR offers projects in line with current commercial and strategic research objectives, consistently resulting in award-winning projects. Our team is ready to work with you to define a suitable 4th-year research project. CISR staff have many years of experience supervising students, most of our researchers having graduated from the Deakin Engineering bachelor program.
CISR currently has student project opportunities in robotics and motion simulation, image processing, manufacturing, modelling and simulation, scheduling, human performance and haptics. To ensure students get consistently great supervision, CISR strictly limits the number of final year engineering students accepted each year. To avoid disappointment, please ensure you arrange a meeting time as soon as you can.
For all final year project enquiries, please contact Dr Mick Fielding by phone (+61 3 5227 2807) or email (email@example.com). Please 'CC' Dr Kyle Nelson in all correspondence (firstname.lastname@example.org).
In your correspondence, please include:
Please click on the icon beside each position title to see a short description of the reseach project.
All projects available T1- T3 unless otherwise stated
FYP14001 - Automomy for a mobile platform
FYP14002 - A modular multi-purpose land-air vehicle robot
FYP14003 - Wirelessly link small UAV to CISR's Universal Motion Simulator
FYP14004 - Design and Evaluation of Enclosed Cabin for CISR's Universal Motion Simulator
FYP14005 - Develop Interface between Vehicle Simulation Environment and CISR's Universal Motion Simulator
FYP14006 - Investigation and Configuration of CISR's Universal Motion Simulator for Agricultural Pilot Training
FYP14007 - Design and Development of Haptic Devices for CISR's Universal Motion Simulator
FYP14008 - Instrumentation and Configuration of a Helicopter Simulator
FYP14009 - Image Processing for Autonomous Detection and Classification of Marine Life
FYP14010 - Develop CFD drag model of an underwater robot and develop optimised geometry to minimise drag and improve stability
FYP14011 - Design & build rig to study the effects of cyclic loading on various materials, including synthetic ropes and cables
FYP14012 - Design and development of PLC control system and computer interface for blood test
FYP14013 - Setup, configuration, and programming of Power Cube robotic arm
FYP14014 - Controller design and test for a high load positioning system
FYP14015 - Design and prototype of a body weight support system to help with walking disorders in neuro-physical and stroke patients
FYP14016 - Adding a vision based safety system for a gantry robot
FYP14017 - Design and building of a vibration based energy harvesting system
FYP14018 - Cutting and stitching on deformable models in medical simulation
FYP14019 - Analysis and optimization of collision detection and collision response
FYP14020 - Function-based visuo-haptic interactive modelling in networked environments
FYP14021 - Medical data analysis using soft computing techniques
FYP14022 - Protein structure prediction by computational intelligent systems
FYP14023 - Recurrent fuzzy systems for engineering applications
FYP14024 - Evolving neural networks applied to bioinformatics problems
FYP14025 - Applications of intelligent systems in geoinformatics and remote sensing