Michael Chen Email & Phone Number

Wuhan, Hubei, China

• The project I worked on was a prototype that enabled people to locate their cars in the underground car park without GPS signal.Responsibilities:
• Designed an indoor navigation prototype using WLAN/Bluetooth and Inertial Navigation
• Tested the prototype at an underground car park and the accuracy was around 72%
• Analysed positioning data using Python and improved the accuracy using Machine Learning frameworks
• Wrote proposals and applied for grants and projects from both academia and industry
• Discussed with potential stakeholders to optimise the positioning algorithm

Callaghan, New South Wales, Australia

• I worked on a project named ”A Communications Network System for Smart Electricity Grids” supported by Ausgrid, Wallsend office and the Australia Research Council. It aimed to develop a model simulating the.
• Designed a network simulation model for Smart Grids using C and the OPNET modeller
• Validated the model using Queuing and Scholastic Markov Chain theories
• Designed new algorithms mitigating WLAN/LoWPAN interference for Smart Meters at households
• Showcased modelling results to the supervisors and stakeholders from Ausgrid to discuss project requirements
• Published research results in academic journals and presented them at international conferences

Changchun, Jilin, China

• The project I participated in was named ”An IPV6-based Vehicle Navigation System”. The project was a prototype made for China FAW Group, the largest car manufacturer in China. The system later evolved into an Uber-like.
• Designed a Linux GPS software module for GPS coordinates and road map mapping in the vehicle
• Designed another Linux software module facilitating Network Address Translation between IPv6 and IPv4
• Created a UI using Visual C++ to show the real-time vehicle trace and managed the MS Sql Sever
• Programmed micro-controllers based on ARM 9 in C to control actuators (vehicle lights and windows)
• Conducted integrated tests from the actuators via the in-vehicle gateway to the server side