A multi-disciplinary engineer with a goal of transforming traditional engineering industries using the latest technological advancements in Computer Science. Keen interest in Unmanned Aerial Vehicles, Artifical Intelligence and Software Development. Always open to learning and working opportunities.
Transforming business processes in the organization using automation softwares. Working intra-organization to provide automation solutions for various high volume, rule-based and repetitive tasks, thus freeing up human capital for higher value business functions.
Conducted structural design study of key components in aircraft for the A321 Passenger-to-Freighter Conversion Programme. Reviewed and produced 3D models, technical drawings and documents. Used Excel and VBA to automate certain repetitive processes.
GPA: 3.566 out of 4
5 Distinctions (4 H2 & 1 H1)
When I am not cooped up in front of my computer screens, you can find me in the various rock climbing gyms in Singapore, mostly bouldering and occasionally scaling high walls. I also enjoy travelling to various countries around the world and hiking in the nature.
When back indoors, I enjoy turn based strategy games such as Sid Meier's Civilization and Football Manager. I also enjoy watching documentaries and catching up on the latest world news and technological developments.
Information were retrieved from the SQL server using exposed API. The information are then consolidated in Microsoft Excel using VBA, before being updated into an Microsoft Access database. The operational dashboard is created in Tableau and links to the Access database to obtain the neccessary information.
This image shows an operational dashboard similar to the dashboard that I implemented for Singapore Airlines' automation team. Exact image not reproduced due to confidential information. Image obtained from https://electric-cloud.com/wp-content/uploads/ef_devops_deployment-dashboard.png
I was mainly involved in the transformation of the model to adapt the application for our use case. I also added a more powerful search function to allow for quicker and easier retrieval of the data. Worked in a lean team of 3 and programming language used was Java.
Worked in an international team comprising undergraduate, masters and PhD students. I was the chief programmer for the detection and avoidance algorithm and the programming language used is C++. Python and OpenCV library were also used for the project.