My academic journey began with a focus on nonlinear ultrasonic methods during my Bachelor of Engineering thesis, and I had continued to explore and expand this area through my PhD and postdoctoral research.In addition to my academic pursuits, I was an enthusiastic electronics hobbyist. I had developed a wide variety of electronic circuits and devices, including a high-performance differential amplifier and ADC solution during my research studies and past employment. My skills extended to PCB design, component procurement, and manufacturing. I had also founded several popular open-source electronics projects, such as ExpressLRS and Chorus32.My passion for programming grew alongside my skills in mechanical and electrical systems. I was experienced in several programming languages, including C/C++, Visual Basic, VHDL, MATLAB, Python, HTML, LabVIEW, JavaScript, and SQL. I particularly enjoyed the challenge of developing software for resource-constrained embedded systems.My major contributions to the field of nonlinear ultrasonics included developing specialized measurement hardware for high sensitivity measurements and novel nonlinear methods such as the multi high frequency modulation technique (MHF). I had also created a new time-based demodulation method for the improved visualization of nonlinear characteristics and an air-coupled nonlinear vibro-acoustic measurement system.I had been involved in collaborative projects with industry partners to improve existing non-destructive testing (NDT) technologies. I was working on a new nonlinear time-of-flight diffraction (TOFD) measurement technique and investigating improvements to dynamic response spectroscopy (DRS), a specialized NDT method for pipeline corrosion inspection.I was also excited to have been part of a DMTC-backed Industry Capability Development project aimed at bringing Industry 4.0 solutions to Australian small and medium-sized enterprises (SMEs). This project aimed to provide SMEs with the tools and knowledge to adopt digital technologies and improve their competitiveness in the global market.