Hi, my name is Edward.
Despite my education being in a field not traditionally associated with technology, I've always looked at tech with enthusiasm. I certainly felt an "Eureka!" moment when my first piece of code had executed properly. Fortunately, I've since written many more pieces of code that have executed!
My professional experience has been mostly with backend SQL. Namely in automation, ETL design, optimization, database design, and data processing/analytics.
The world is generating quite an impressive amount of data everyday. We need more professionals that know how to process, manage, and summarize this data to create value. I'd like to bring my best foot forward in this open application to help.
One of the co-op student tasks was to perform daily data entry using the archaic dispatch system user interface. It was incredibly inefficient, error prone, and nigh impossible to troubleshoot should an issue ever arise. I subscribe to a continuous improvement mentality. I took it upon myself to create a new process that had the user in mind. My new process has reliably saved students roughly 1 hour every day through the improvement in data accuracy, increased robustness of the tool, and lower barrier to entry for troubleshooting.
I was the primary author of Suncor Energy's high precision GPS data processing algorithm used for their oilsand shovels and how their performance compares to the weekly plan.
I used some clever math and optimization techniques to have this process run every half hour.
Final year university project. This was a mine design exercise that spanned 2 whole semesters. The scope included everything a formal NI43-101 document would, from pre-feasibility to post reclamation.
This is definitely a project where I learned many things through hardship. Time management, goal alignment, conflict resolution, and working long-term with a dedicated team.
Each school sends up to 16 participants to compete in both academic and practical challenges.
My events included Ventilation Design (1st place) which comprised mostly of solving air flow circuits, a Challenge Test/Workbook (1st Place) with more theoretical and exam style questions, and Overall Mine Design (4th place) where you complete a full mine design from start of development to completion of reclamation.
Each school may send in teams of 4 participants to compete. WMC was more akin to a case study and business proposal.
The setting was a cobalt mine in the Democratic Republic of Congo. The mine was struggling with ore processing, waste disposal, and other non-mining issues like geopolitical unrest.
Our goal was to come up with an actionable plan to make the mine profitable. I contributed to the processor plant design, material movement plan, and financial scheduling.