Projects
Mechanical design of BDU for automotive electric vehicle
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Sheet metal design -
Electrical component selection -
PCB assembly design and optimisation -
Creepage and clearance analysis -
Tolerance analysis -
Size, cost and weight optimisation
Thermal analysis (CFD) and performance optimization for
robotics control unit
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Conduction/convection/radiation heat transfer -
Jetson Orin; 30W load, 25-55°C ambient -
Fin and radiative cooling optimisation -
Solar gain and variable emissivity coatings evaluated -
GPU/CPU cooling optimisation -
TIM selection optimisation for performance, assembly and tolerance stack up
Structural Analysis (FEA) of dynamic stress response due to 10G half-sine shock on locomotive inverter
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Modal analysis to determine dominant modes -
Redesign of chassis components to drive modes >40Hz, no coupling with engine modes -
Linear dynamic transient analysis for 10G sine shock input evaluating stress response against yield strength -
Optimisation of PCB assembly fixation to reduce coupling with chassis response -
Static analysis against sustained acceleration 3G -
Lifting analysis 5G, for installation into locomotive cab using single lifting point