1st Rotation: Secondary eCredit2nd Rotation: Macro and Quantitative Derivatives Strategy

Developed an automated anomaly detection and response system for use in process plantsOperated a 500 ton/yr reversible chemical absorption carbon capture pilot plant controlled using the ABB 800xA industrial control software and enhanced operator workplacesCreated a 10-person tech spinoff in the process of developing a proprietary LLM for automated process safety advisory

- Created and executed a go-to-market strategy for Xylem's university outreach and recruitment- Pioneered and organised the largest 24 hour water-themed hackathon in the United Kingdom- Planned 3 customised events, and a marketing campaign with a reach of over 15,000 students

- Raised society funding by 70% to £14,000- Managed and expanded strategic partnerships with P&G, Shell, ExxonMobil and Xylem- Led a team that organised 20 career events with a total attendance of over 2000 participants

Participated in trading simulators, and received basic training in markets and financial products

- Conducted and prepared stock pitches and DCF modelling- Conducted fundamental and technical analysis on equities to generate suitable investment theses

Co-commanded a company of up to 100 men in a variety of amphibious, counter terrorism and crisis response operations.Assisted in the planning, execution and leadership of the unit’s amphibious, crisis response and continuity of business operations during the COVID-19 pandemic

Qualified in leadership, crisis response and management skills. Proficient in various weapons (M16,SAR21,GPMG,CIS50), warfare tactics, basic shipboard navigation, operations planning andexecutionAwards: 89th MIDS/25th MDEC 1 Best PT

Trained as a Weapons Systems SpecialistWas selected as the only member of my course to be emplaced to Midshipman School for further training as a Naval Officer.

- Used Tableau to identify and analyse labour and retraining market trends- Generated market insights and recommendations to enhance IBF’s service marketing strategy, career guidance provision and funding policy- Created econometric models describing the state and plausible future direction of the market to identify key skills and trainings in demand

Attachment under MOE Science Research ProgramWorked as part of a team that created a prototype material(biopolymer) for uses in 3D bioprinting of organs and tissue constructs for simulated in vivo propagation of cancer tumours.The material presents record tensile strength and print resolution amongst materials of its kindPublished findings of the research in the proceedings of the 2018 Singapore Science and Engineering Fair and Youth Science Congress, where it won several awards and has been featured by NUS Faculty of Science and NUS Department of ChemistryRecieved training in basic research skills and methods, 3D CAD Design Software, basic operational procedures for 3D printers