Khit Nay

Q: What is Khit Nay email address?

Email Khit Nay at khit@calumino.com. This email is the most updated Khit Nay's email found in 2026.

Q: How to contact Khit Nay?

To contact Khit Nay send an email to khit@calumino.com. If you want to call Khit Nay try calling on +61490410869. (updated on July 20, 2025)

Academic Tutor at University of Sydney | Sydney, New South Wales, Australia

About Khit Nay

Khit Nay is a dedicated Academic Tutor at the University of Sydney, where he leverages his extensive expertise in mechatronic systems, embedded programming, and IoT to inspire and educate the next generation of engineers. Currently, Khit plays a pivotal role in delivering foundational courses such as MTRX1701, an introductory course to mechatronic systems, where he guides students through the integration of mechanical, electronic, and software components to create dynamic robotic solutions. His hands-on approach helps students develop practical skills in control systems design, sensor integration, and microcontroller programming, fostering a deep understanding of how to make robots go "zoom zoom."

In addition to his work on mechatronics, Khit has been instrumental in teaching courses like MTRX1702, focusing on C programming, and MTRX2700, which introduces microcontrollers using STM32 platforms. His expertise in embedded systems, combined with his proficiency in ESP32 microcontrollers and IoT development, enables students to explore innovative applications such as smart devices and automation systems. Khit’s involvement in MTRX3700, an intermediate course on IoT and FPGAs, underscores his commitment to bridging theoretical knowledge with real-world industry practices, including sensor integration, FPGA programming, and network communication.

Khit’s skill set extends to advanced programming languages and tools like Python, C++, and PyTorch, which he incorporates into coursework to enhance students’ capabilities in control systems, machine learning, and robotics. His strong communication and teamwork skills foster an engaging learning environment, encouraging collaborative problem-solving and project management. Through his current role, Khit Nay continues to contribute significantly to the university’s engineering programs, inspiring students to innovate and excel in the rapidly evolving fields of mechatronics and embedded systems.

Khit Nay Work