• Devised experimental plan and experimental setup for an investigation of the gold-thiosulfate interface in the presence of copper using electrochemical, spectroscopic and surface sensitive techniques• Compiled, analyzed and presented data using OMNIC, Origin, PeakFit, and Microsoft Office Suite (Word, Excel and Powerpoint)• Consistently participated in weekly group meetings via contribution to discussion of ongoing projects of lab associates• Participated in the development of project direction, and training of new lab members in various techniques, including gold vapour deposition, electrodeposition, and electrochemical measurements such as mixed potential and hydrodynamic methods• Responsible for proper maintenance and operation of a variety of lab equipment, including troubleshooting of minor instrument problems

• Supervised and instructed undergraduate chemistry laboratory sections • Ensured students followed appropriate safety guidelines and accepted Standard Operating procedures during laboratory sessions• Guided students through duration of experiment to ensure accurate and representative results• Evaluated students based on their performance and quality of written reports• Tutored students on both lecture and laboratory material in the Chemistry Learning Centre through one-on-one, and group interaction

• Designed and performed tests aimed at determining the effect of ammonium thiosulfate, copper, and pH on the leaching rate of gold• Conducted a thorough literature search on each topic and organized the results for comparison with the findings of the project• Communicated all findings succinctly and efficiently in a report, which was awarded the Chemistry Coop book prize for best written coop work report

• Initiated preliminary studies for the effect of adsorbed aromatic thiols on the efficiency of unsupported nickel catalysts in the steam reforming of methane• Contributed to method development for deposition of thiols on nickel catalyst prior to reforming tests• Maintained a safe, clean, and efficient laboratory environment

• Performed an independent investigation into the role of surface tension on the physical properties of metal working hot rolling lubricant emulsions• Carried out a series of empirical tests to compare the lubricating abilities of various types of emulsifiers and their respective effect on both wear and friction generated during simulated rolling trials• Performed regular troubleshooting with rolling trial equipment, including redesign and fabrication of lubricant delivery systems• Clearly and concisely explained the results and progress from both investigations in the form of weekly updates using PowerPoint presentations and two internal reports

• Carried out a variety of experiments to determine the protease resistance of proteins and the extent of their expression• Aided in the care and maintenance of animals used for research purposes• Diligently ensured the neatness of the laboratory and animal testing facility and that common substances used were always available