Recipient of the Japan Student Services Organisation (JASSO) Scholarship for academic excellence in embedded systems engineering, this three-month research internship is conducted in collaboration between the Graduate School of Science & Technology, Gunma University, and Deakin University, Australia. Under the supervision of Professor Yoshihiko Shimizu and Associate Professor Kenichi Uzaki from the Department of Civil and Environmental Engineering, the research involves the development of a device utilizing augmented and virtual reality technologies for the detailed analysis of the Tone River's sand banks and sand dune migration. The study aims to investigate how vegetation influences stream flow and river health, leveraging precise topographical data to enhance river management strategies and support environmental conservation efforts.

Working closely with Engineers Australia to provide the necessary skills and opportunities for and to inspire the next generation of engineering students to transition into successful professionals in their field.

• Petroleum Surveying: Performing comprehensive quality checks during critical operational phases such as loading, offloading, and storage.• Risk Mitigation: Ensuring operational safety and minimizing contamination risks through safe and efficient handling of petroleum products.• Laboratory Techniques: Utilizing advanced laboratory techniques and instrumentation to validate product specifications and regulatory compliance. Adhere to stringent industry standards such as ASTM and ISO to maintain regulatory compliance.

As a Jetty Tester / Sampling Technician at Intertek based in Corio Oil Terminal, I specialize in ensuring the quality and compliance of petroleum products. My role involves meticulous sampling and testing of oil and related substances, adhering to stringent industry standards like ASTM and ISO. I play a pivotal role in the safe handling and storage of petroleum, contributing directly to maintaining operational excellence and regulatory adherence within the oil terminal environment.

• Conduct experiments to tests chemical and physical properties in a range of petroleum products, and other chemicals to monitor chemical processes and assess their quality.• Generate results and laboratory test reports ,reviewing and analysing test result/ data for accuracy and carrying out re-tests if required.• Apply problem solving and non-routine testing activities, including method development and technical expertise to support wider laboratory services to clients.• Providing regularly update laboratory testing and analytical procedures using ASTM methods.• Monitor daily statistical quality controls and ensure the successful operation of the instruments in the laboratory and resolve technical issues in consultation with management and staff.

• Conceptualized and engineered an advanced multi-sensor instrumentation suite for dynamic, real-time environmental diagnostics within industrial-scale composting facilities.• Seamlessly integrated high-precision temperature, gas, and humidity sensors with geospatial positioning systems and sophisticated wireless communication protocols for autonomous data acquisition.• Leveraged MATLAB Simulink for complex, real-time environmental data modelling, simulation, and advanced analytical visualization.• Designed a highly modular, scalable architecture adaptable to diverse operational paradigms and multi-layered composting infrastructures.• Focused on mitigating greenhouse gas emissions and optimizing composting processes through state-of-the-art sensor fusion and predictive environmental analytics.

• Designed and developed a fluid analysis machine that can measure the color and concentration of ten sample tubes in real time and transmit all the information to a wireless device for use in the medical industry. • Used CAD modelling, laser-cutting, 3-d printing, PCB designing, and objective oriented electronic and mechanical design using sensors, motors, microcontrollers and etc., to achieve the above within the given mass, size and cost constraints.• Fluid Analysis Machine functioned with no unexpected failure.• Took first place in the Fluid Analysis Machine competition 2024.

I've joined Team Ascend at Deakin University to design and build a solar car for the Bridgestone WorldSolar Challenge 2025.I am involved in the design and optimization of a charger relocation and resizing project, focusing on identifying improvements to the existing system and determining the optimal charger setup based on size, efficiency, and location. My role spans both electrical and mechatronics disciplines, contributing to system documentation, improvement planning, and mounting bracket design.

• Experienced mathematics tutor proficient in teaching diverse mathematical concepts, spanning from basic arithmetic to advanced calculus.• Skilled in identifying students' unique learning styles and customizing tutoring methods to optimize comprehension and retention.• Demonstrated success in enhancing students' grades and confidence in mathematics through patient and engaging instructional techniques.

• Project Development with ESP32 Module: Successfully designed and implemented multiple projects utilizing the ESP32 microcontroller, showcasing strong skills in IoT and embedded systems development.• Technical Contributions: Developed and tested prototypes, improved system efficiency, and ensured reliable performance of embedded applications.• Collaboration and Innovation: Worked collaboratively with a team of engineers, contributing innovative solutions and enhancing project outcomes through effective teamwork and communication.