Lumnus Consulting is a proud affiliate of the global Junior Enterprise movement, which consists of 30,000 active members across two dozen countries. Junior Enterprise partners with companies such as Microsoft, McKinsey, and KraftHeinz. Our open network allows us to draw from the skills and knowledge of students across the globe.I am currently working on a project. I am working with the Sales division in the team to improve the yield rate of client acquisition for Lumnus Consulting.

The Rocket Propulsion Laboratory was founded in the Spring of 2017 by Cameron Flannery, Michael Phalen, and Alex Lim. RPL aims to provide student-led research opportunities for students passionate about space exploration.Currently, I am working on Project Daedalus. I am working with a team of four students to create a single-staged G-class rocket. The rocket is planned to launch during the Spring of 2024.

Nominated by High School and accepted into a prestigious Academy run by the University of Hong Kong. Introduced into a network of academically talented students and Alumni in Hong Kong. Given access to summer courses run by the University of Hong Kong professors to take our academic interests to the university level.

Conducted a research project under Dr. Safoura Tanbakouei on Mars. Researched space rover projects in the past and present to develop an understanding of space technology's mechanics and scientific advancement. Collected data for the rover's transmission windows for data transfer to understand the communication barriers interplanetary exploration faces. Tasked to design a rover for a Mars mission, considering component options and mission constraints, including payload, power consumption, and cost. Successfully theorized a rover capable of drilling holes into the permafrost to find evidence of microbial life beneath.

Took part in the University of Hong Kong's (HKU) competition designing miniaturized satellite applications. Scheduled regular meetings with our assigned virtual mentor from the University of Tokyo, small satellite designer Maximilien Berthet, to discuss the project. Focused on Hong Kong's interminable light pollution. Modelled the CubeSat using Fusion 360's 3-D capacity, considering weight, size, and survivability constraints alongside two engineers, two physicists, a programming and communications specialist, and two colleagues tracking financial outlay and feasibility. Devised a new CubeSat with filtered-lens cameras, which could plot highly accurate maps through the satellite's sun-synchronous orbit to help raise awareness about Hong Kong's leading area of energy waste.