Working on multiple biofeedback products, designing new revisions and updating the embedded firmware in embedded c while also researching improvements for new revisions. In my role, I undertake responsibilities such as:+Hardware design and efficient firmware design for the new revisions of the product increasing the power efficiency and adding innovative features and testing the new prototype on development boards.+Assembling, and testing of the end product.+Solving problems related to some products not working and fixing the issue.

Provide assistance to bachelor and master students under the guidance of the Professor. Teaching three software MATLAB, Altium, and embedded c using Zilog. Some of the responsibilities include:+Solving students doubts regarding the exercises and the lab tasks.+Explaining the class about the new concepts related to the lab.

I worked in the Hardware and Product Realisation Department with a group of highly skilled Research Engineers. The department was in charge of the development of the prototype for various research and industrial projects. The first project I was involved with was called the Smart-r-Tag. This is an RFID based tag that can be attached to a carton, crate or pallet and will show the product’s location, temperature, surrounding air-quality and handling throughout its transit from supplier to wholesaler. If the product gets damaged Smart-r-Tag gives a prove where, when and how. My role in this project was to:+Design the circuit for the development boards. +Design custom schematic library and updated all the parameters. Selecting the optimal components and adding the supplier for each component.+Design PCB footprint for the components.+Schematic Design of the development boards and various modules for the prototypes.+PCB Layout of the Development Boards and the modules.+Assembling and Rework on the PCB.+Embedded Firmware Design for certain modules and testing and debugging of the MCU parameters essential to the project.+Field Testing of the product and help in the documentation of the product.Second Project I was involved in was for Yarra Tram. This research project is aimed at greater security and reliability of information and data exchanges among vehicles via vehicle-to-vehicle (V2V) network.My role in this project was to:+Preparing RF ports and cables. +Assembling the parts and testing the enclosure according to the IP68 industry standards.

Contributed to a research project aimed at reducing the impact of head injury in bicycle accidents by testing different materials and design of bicycle helmets. My role was to develop a system that can measure the impact on the head.+Research for different accelerometer sensors and MCU that could be used for the system and designing a circuit.+Development of 4 layer board with integrated sensors.+Embedded Firmware design of the PIC18 MCU.