TA-ing ENG1013 - Engineering smart systems, ECE4078 - Intelligent robotics.• Managed 20 first-year students completing Smart traffic light system using Arduino and Python.• Instruct students to set up Python environment, prototype low power circuitry with a 70% pass rate.• Run lab activities, supported helpdesk and marked Learning Competencies.

Research and Development project on a mobile platform that monitors roadside air quality and traffic data.• Developed 12VDC power system using Lead acid battery, 5V bulk converter, and circuitry protection.• Designed and fabricated internal metal mounting frame and cable entry panel on commercial hard cases; Established a form factor by streamlining the manufacturing process.• Configured 3G telemetry and integrated embedded electronics and cameras with Raspberry Pi; Incorporated software features: scheduled sleep mode, temperature and battery health monitoring.• Created Bill of materials by standardising components and considering cost, order lead time.• Project planning and management using the Scrum development concept with weekly sprints.

• Redesigned pinion mount and placement using Solidworks.• Intensive use of 3D printing for prototyping and testing; conducted experiments with various loads to validate the design constraints.• Machined components using lathes and milling machines.

• Tutor Math for one grade 7 and one grade 8 student in preparing for Private school Scholarships.• Develope customised Python coding materials tailored to student aspirations.• Foster a collaborative teaching style by providing parents with constructive feedback and study plans.

Optimising the Peristaltic Pump System: • Iterated 3D prototyping.• Rearranged payload internal components.• Pumping-speed calibration via CAN bus with Jetson microcontroller

Water content measurement: - Conceptual design development- Load cells, ADC converter and hydro-probe calibration- Power distribution for 12V heating cartridges and Nichrome 80 heating pads- Light-fabrication of aluminium, Soldered and crimped connectors

I worked as a Barista to be more exposed to the Australian working culture and get to meet people around my community. I was responsible for opening and closing the Café; Serving coffee, cold drinks, alcohol and beverages; Providing customer services

• Collaborated with engineering faculty to represent Mechatronics and Robotics students in advocating for changes and improvement in academic programs and university experiences. • Designed student surveys using Google form, reached 70% cohorts in the semester.• Proposed two-way interactive teaching method by incorporate interactive learning content into unit structure.

• Promoted a safer version of American football the country southern community with annual leagues and outreach events• Responsible for teams and events management, included budget planning using Excel and Team Gantt. • Supported and mentored new members.

The Math and Science Summer Program was brought by seniors in prestigious universities, specializing in Aerospace, including topics in aerodynamics, materials, and structures. Students will then apply it to design and possibly build a radio control aircraft or test their design in a simulation environment. Throughout the course, students gain not only the physics behind aeronautics but also essential engineering skills such as designing with CAD software like Solidworks and solving optimization problems with MATLAB or Python.

Project name: TiO2 in reducing heat radiation used for infrastructure coatingGoal:- Research for alternative solutions in the materials engineering field, to reduce heat radiation affecting buildings and other infrastructure. By implementing TiO2 nanoparticles into coating solutions, a cost-effective material with a high reflection index is evaluated for usage in coating industry.- Project and budget planning; Report writing and presentation.- Conduct experiments with prototyped measuring devices- Work closely with a supervisor from VNU HCM - University of Science.