work includes:
Developing autonomous state and attitude control algorithms
Developing high-order dynamics models for ion beam deflection
Simulating long-duration (6-month) autonomous missions at the subsystems level.
Conducted 4 hours of tutorials per week
Exam invigilation, and assessment of students.
The implementation of AS9100 standards of quality management at Sperospace.
Development of the current Speropspace website.
Development of product overview documents for potential customers.
Payload conceptual design through Fusion 360.
Writing automation test scripts that use Appium and Selenium.
Working on the “Flame” web application using MEAN stack.
Generating and maintaining documentation for the test automation software.
Writing blog posts and technical reports as the content writer for the Atalgo team
Tutoring AMME2700 (Instrumentation) and ENGG1111 (Integrated Engineering 1), marking assignments/quizzes, teaching.
Teaching 8 students from 4th grade to 1st year of university from various parts of the world.
Estimating the dynamic drag coefficient for low Earth-orbiting satellites using Python.
Constructing JB2008 model on Python
Designing satellite tracking software using Unity and C#.
Constructing the IGRF model using C#.
Implementation of geomagnetism animations on Unity.
PRESIDENT - SYDNEY UNIVERSITY ASTRONOMY SOCIETY (Mar 2017 - Nov 2017)
Organized events for socialization and education purposes with the society.
Maintained finances and held weekly meetings with other executives.
Worked with the USU Union to secure funding for the society.
YEAR REPRESENTATIVE - UNIVERSITY OF SYDNEY AIAA BRANCH (Mar 2018 - Jul 2018)
Attending weekly meetings
Participating in the open day program at the University.
Conducted research into suitable orbits for an astrometric satellite.