Connorly Stewart Email & Phone Number

Pickering, Ontario, Canada

Performed sampling and associated chemical analyses of heat transport, moderator and cover gasesReviewed results from analyses including gamma spectroscopy, deuterium isotopic, tritium content, conductivity and pH to support station system chemistry monitoring and reactor power management operations Implemented mandated environmental programs, municipal and provincial legislation, hazardous waste management, emergency response drills, and safety issues in accordance with standard operating proceduresMaintained optimal boiler feedwater chemistry through online monitoring, chemical batch addition and chemical tote gravimetric deliveryReported station system configuration using operating logs and other electronic communication

Pickering, Ontario

Supported radiation dose reduction strategies for lesser qualified nuclear energy workers performing reactor maintenance activities and walkdownsExecuted routine radiation hazard surveys in the field and entered results electronically in the Visual Survey Data Sysytem (VSDS) for trendingCarried out airborne tritium concentration monitoring in addition to passive sample preparation and analysis using Liquid Scintillation CountersPosted measured hazard levels on local hazard boards and acted as a facilitator for the transfer of large and small articles to the public domainSurveyed contaminated radiation instruments, tools, equipment and PPE during interzonal transfersEnforced ALARA principles, verified dose status and conducted REP reviews for work groups performing scheduled reactor outage work

Mississauga, Ontario

The following section is Xerox confidential:Performed qualitative analysis using FTIR-ATR spectroscopy, chemical analysis and characterization of cycled printing devices to assist in wear mechanism studiesPrepared samples for analysis and established surface chemistry characterization using literature and software libraries Carried out mechanical evaluation measurements on organic photoconductor prototypesDeveloped a standard operating procedure document that encompassed the experimental design and intricacies of using the FTIR-ATR analytical techniqueObserved all laboratory safety guidelines in compliance with the Occupational Health and Safety Act regulations. Identified and implemented material handling safety precautions for the transportation and use of liquid nitrogen during detector cooling.

Markham, Ontario

Performed access control to restricted areas, site patrols and responded to alarms using a system of remote sensors and CCTV monitoring at a regional operations facility

Greensboro/Winston-Salem, North Carolina Area

Designed and constructed a high pressure continuous flow apparatus for measuring vapour liquid equilibrium data of binary and tertiary mixturesMeasured new experimental phase data (ethyl lactate and carbon dioxide binary mixture) to identify sustainable processes and products using carbon related technology in support of the National Science Foundation's Center for Environmentally Responsible Solvents and Processes initiativesStreamlined feed mixture filling procedure by using an evacuation technique thereby reducing residence time in the equilibrium cellAnalyzed samples by using gas chromatography to determine phase mole fractionsImproved process control and pump efficiency by strategic valve positioning and a vapour purging techniquePerformed incremental leak testing and routine calibrations to safeguard against system component failureReduced errors associated with sampling by making several modifications to the gas chromatographic system, such as external valve actuation, re-arrangement of the valve system in series and the inclusion of two active detectors

Greensboro/Winston-Salem, North Carolina Area

Taught an introductory college math course in Algebra and Trigonometry to fulfill curriculum requirementsProgrammed numerical solutions and modelled three dimensional heat equation in various geometries using Matlab as a final project

Greensboro/Winston-Salem, North Carolina Area

Investigated corrosion rates of low carbon steel electrodes in molten carbonate mixtures to forecast fuel cell performance.

Master Of Science, Chemical Engineering, 3.7/4.0

Activities and Societies: American Institute of Chemical Engineers

Master Of Science, Applied Mathematics, 3.8/4.0

Bachelor Of Science, Mathematics, 3.9/4.0

Activities and Societies: Beta Kappa Chi Scientific Honour Society