As an Electronics Engineer at UNSW Canberra Space, I work with a multidisciplinary team of engineers and researchers to develop innovative small satellites.In my current role, I design electronic subsystems for space applications using Altium Designer, implement and test prototypes, develop test software and firmware for microcontrollers and FPGAs, develop engineering drawings and documentation, and manage electronic printed circuit assembly manufacturing process.

As a Hardware Engineer at Locata Corporation, I demonstrated my experience in product manufacturing and testing of high-quality industrial-grade electronic equipment for military and industrial applications.- Managed the product manufacturing by liaising with suppliers and conducted first article inspections to ensure the highest quality of the electronic printed circuit board assemblies.- Conducted unit level and system-level testing of products to troubleshoot the devices. Developed test scripts to extract and analyse test data.- Prepared electronic schematics using Altium Designer, designed harness drawings, and prepared mechanical drawings using Solidworks.

Implemented data acquisition and control hardware for a portable pulse Eddy current sensor system. Demonstrated strong experience in electronic circuit designing, Multi-layer PCB designing using Altium Designer, electronic components and PCB procurement, multilayer PCB implementation with surface mount components, testing, and verifying. - Designed an efficient and stable DC/DC power supply unit and a control circuit for a pulse Eddy current sensor system with Teensy micro-controller- Developed schematic diagrams using Altium Designer- Designed multi-layer printed circuit boards for the pulse Eddy current sensor system using Altium Designer - Implemented, tested, and validated the developed sensor system- Studied the effects of interference to the sensor system due to close by stepper motors and implemented cable and motor shielding to reduce the interferences- Designed an enclosure to the developed sensor system using SolidWorks

- Developed an electric vehicle (EV) off-board charger prototype with power electronic converters and digital controllers- Implemented methods to mitigate the EV battery lifetime degradation due to vehicle-to-grid reactive power compensation- Published the novel control and design methods in top-ranked international scientific journals

- Conducted laboratory sessions on Power Electronics, Analog and Digital Electronic Circuits, and Power System Protection- Demonstrated excellent communication skills by providing instructions on one-to-one basis to students- Guided undergraduate students to conduct experiments according to health and safety guidelines- Conducted lab experiments on power electronic converters and controllers- Conducted mid-term and lab examinations, and marked final examination papers

Thesis: Battery-supercapacitor hybrid energy storage systems for single-phase grid-connected applicationsSupervisors: Dr. Branislav Hredzak and Prof. Vassilios AgelidisRecipient of University International Postgraduate Award 2013-2016- Designed and implemented power electronic DC/DC and DC/AC converters- Designed printed circuit boards using Altium Designer Software- Utilised excellent troubleshooting skills when developing electronics hardware prototypes- Developed innovative control methods for battery-supercapacitor energy storage systems on DSpace and FPGA platforms- Demonstrated excellent project management skills through achieving research objectives within a strict timeframe- Prepared many technical documents including seven top-ranked international journal papers