Characterised strain conditions of flexible silicon nanomembranes via Raman spectroscopy.Evaluated and studied correlations of Raman Shift with respect to radius of bending fixture and amount of strain applied on flexible silicon nanomembranes.

Demonstrated analytical skills while performing data analysis mostly with JMP 15 statistical software on electrical and process dependant parameters of high-precision resistors to aid in wafer fabrication process optimisation to enhance performance.Electrical and process dependent parameters analysed:Temperature Coefficient Of Resistance (TCR)Voltage Coefficient Of Resistance (VCR)Resistive-Capacitive (RC) Delay Comparison after resistor fabrication during Aluminium BEOLEtch dependence effects (Narrow Width Effect, Short Length Effect)Dummification effects (To define Design For Manufacturing (DFM))Displayed diligence in conducting literature summaries by studying methodologies from journal papers to determine feasibility and potential improvements to Processes On Record (POR) for fabrication of high-precision resistors.Executed electrical characterisation tests (TCR and VCR) under supervision of colleague to compare performance of high-precision resistors based on type of contact.

Displayed quality control by prompt calibration of an average of 10 pH electrodes per week from incoming stock or under warranty replacement before shipment to customers in chemical industry. Company managed to maintain high standards of product quality and customer service.Executed weekly sample analysis, mostly by titration (General and Karl Fischer). Achieved accurate and precise results. Company managed to sustain high standards of product quality and customer service.Conducted training daily, with supervision by the Application Department, for new intern about operation of lab equipment commonly utilised, and process of performing chemical tests for sample analysis. Intern gained hands-on experience and acquired basic knowledge of skills required to accomplish daily tasks.

Exhibited due diligence and willingness to improve when adapting proper techniques in sample preparation and analysis by titration, melting point determination, density check, absorbance determination utilising UV/VIS spectroscopy, and thermal analysis. Achieved accurate and precise results in sample analysis.Maintained good quality of 20-30 pH, ion-selective, and titration electrodes by performing regular calibration to ensure precise and accurate measurements for subsequent sample analyses were produced.Volunteered to facilitate 3-round 30-minute titration seminar workshop for 20 participants involving automated titration set-up, titration electrode calibration, buffers used, manual pH measurement, manual titration with colour indicator, burette assembly/disassembly, and tips and hints for whole workshop. All 20 participants were engaged and involved in hands-on experience about automated titration.Conducted training daily, under supervision of the Application Department, for new intern about operation of lab equipment commonly used, and process of performing chemical tests for sample analysis. Intern gained hands-on experience and acquired basic knowledge of skills required to accomplish daily tasks.

Formulated coatings and performing several tests including abrasion resistance, thickness, viscosity, and spraying for quality control checks, under supervision of the Industrial Department.