Tasks: Reactance control for a 880 MW off-shore windpark. Inertial Measurements for a keyless car entry system. Calculation of heat & mass transfer for hybrid vehicles. Control & state machine design for vehicle climatisation. 2007 - 2013: Development of high-precision inertial navigation systems
Tasks: Design of high grade inertial navigation equipment for oil & gas wellbore surveying. Sensor fusion using Kalman Filter techniques. Modeling & control of mechanical gyroscopes. Design of error models for survey uncertainty prediction. 2005 - 2007: Moisture estimation in grain silos for ventilation control
Tasks: Smoke level determination for airports Generator control for Transient ElectroMagnetic TEM/ TDEM surveys for geophysical exploration. Overlap calculation for agricultural spraying operations. Grain-silo moisture estimation model, for ventilation control. 2006: Development of control systems for magnetic bearings
Customer: RMIT University Melbourne, Melbourne (Australia) Role: Senior Research Fellow (Subject Matter Expert)
Tasks: Control systems department at the electrical engineering faculty. Lecturing & supervision. Transfer of academic research to industry. Control systems design for magnetic bearings. 2002 - 2005: Design of an electromechanical brake
Customer: Bosch/ PBR brakes, Melbourne (Australia) Role: Senior Control Systems Designer (Subject Matter Expert)
Tasks: Design of an Electro Mechanical Brake for Brake?by?Wire in electric vehicles. BLDC commutation control. Design of ESP and ABS control algorithms, for a safety critical application in electric Drive-by-Wire vehicles. 1999 - 2002: Development of hydraulic steering systems
Customer: Beeline Technologies, Brisbane (Australia) Role: Senior Control Systems Designer (Subject Matter Expert)
Tasks: Precision navigation & control of tractors using GPS & INS sensor fusion. Control system algorithms for fixed point embedded hardware. Hydraulic steering systems design.
Aus- und Weiterbildung
Aus- und Weiterbildung
Studie - Mechanical Engineering, Control Systems Design Delft University of Technology, The Netherlands Degree: MSc (Ir.)
Position
Position
Mechatronics design engineer
Kompetenzen
Kompetenzen
Top-Skills
MechatronicsControl systems designModel Based DesignSystems Design EngineeringSoftware Development Life CycleSystem IntegrationFactory Acceptance TestRequirements CaptureFormal TestingMathematical ModelingReal Time SystemsEmbedded SystemsMatlab SimulinkDynamic SimulationsAutomated Code GenerationControl TheoryDigital Signal ProcessingSensor Data FusionInertial NavigationKalman FiltersFinite State MachinesSafety Critical Systems
Produkte / Standards / Erfahrungen / Methoden
Systems design, modelling & simulation
Mechanical, electronic & software engineering
Simulation, control systems design, code generation
Control theory, multivariable control, signal processing
Sensor data fusion. Kalman Filter techniques
Real Time Kinematics, Inertial Navigation Systems
Design methods & tools
Software Development Life Cycle SDLC. DevOps
Model Based Design & simulation. Requirements capture
Automated code generation. Regression testing
Certification, compliance, safety critical systems
Tasks: Reactance control for a 880 MW off-shore windpark. Inertial Measurements for a keyless car entry system. Calculation of heat & mass transfer for hybrid vehicles. Control & state machine design for vehicle climatisation. 2007 - 2013: Development of high-precision inertial navigation systems
Tasks: Design of high grade inertial navigation equipment for oil & gas wellbore surveying. Sensor fusion using Kalman Filter techniques. Modeling & control of mechanical gyroscopes. Design of error models for survey uncertainty prediction. 2005 - 2007: Moisture estimation in grain silos for ventilation control
Tasks: Smoke level determination for airports Generator control for Transient ElectroMagnetic TEM/ TDEM surveys for geophysical exploration. Overlap calculation for agricultural spraying operations. Grain-silo moisture estimation model, for ventilation control. 2006: Development of control systems for magnetic bearings
Customer: RMIT University Melbourne, Melbourne (Australia) Role: Senior Research Fellow (Subject Matter Expert)
Tasks: Control systems department at the electrical engineering faculty. Lecturing & supervision. Transfer of academic research to industry. Control systems design for magnetic bearings. 2002 - 2005: Design of an electromechanical brake
Customer: Bosch/ PBR brakes, Melbourne (Australia) Role: Senior Control Systems Designer (Subject Matter Expert)
Tasks: Design of an Electro Mechanical Brake for Brake?by?Wire in electric vehicles. BLDC commutation control. Design of ESP and ABS control algorithms, for a safety critical application in electric Drive-by-Wire vehicles. 1999 - 2002: Development of hydraulic steering systems
Customer: Beeline Technologies, Brisbane (Australia) Role: Senior Control Systems Designer (Subject Matter Expert)
Tasks: Precision navigation & control of tractors using GPS & INS sensor fusion. Control system algorithms for fixed point embedded hardware. Hydraulic steering systems design.
Aus- und Weiterbildung
Aus- und Weiterbildung
Studie - Mechanical Engineering, Control Systems Design Delft University of Technology, The Netherlands Degree: MSc (Ir.)
Position
Position
Mechatronics design engineer
Kompetenzen
Kompetenzen
Top-Skills
MechatronicsControl systems designModel Based DesignSystems Design EngineeringSoftware Development Life CycleSystem IntegrationFactory Acceptance TestRequirements CaptureFormal TestingMathematical ModelingReal Time SystemsEmbedded SystemsMatlab SimulinkDynamic SimulationsAutomated Code GenerationControl TheoryDigital Signal ProcessingSensor Data FusionInertial NavigationKalman FiltersFinite State MachinesSafety Critical Systems
Produkte / Standards / Erfahrungen / Methoden
Systems design, modelling & simulation
Mechanical, electronic & software engineering
Simulation, control systems design, code generation
Control theory, multivariable control, signal processing
Sensor data fusion. Kalman Filter techniques
Real Time Kinematics, Inertial Navigation Systems
Design methods & tools
Software Development Life Cycle SDLC. DevOps
Model Based Design & simulation. Requirements capture
Automated code generation. Regression testing
Certification, compliance, safety critical systems