Jesse Chase

Currently serving as LEAD developer and programmer on several projects including:

• Rewriting code and output of established electronic alignment system in order to transform all mathematical operations being performed on its existing spherical coordinate framework.
• Creating requested customized software solution for stock price prediction. This software uses data analysis and machine learning algorithms to extract key trends and features from historical stock price data files, and can be used to predict future stock performance.
• Designing and coding new fantasy role playing game utilizing Unreal Engine. Performing deeper level coding (using C++ and Python) to incorporate all necessary AI, logic and game features.

• Analyzed data to coordinate installation of new systems, or to modify, extend or repair existing systems and devices.
• Managed groups data retrieval and predictive modelling by implementing exploratory data analysis principles in evaluation of safety related studies.
• Independently completed detailed chemical spill analysis report in half allocated time, using Python and Fortran to analyze datasets and numerically solve complex equations.
• Volunteered to assist Integrated System Design Manager to complete complex gas dispersion calculations. This was completed under budget and ahead of schedule.
• Improved data retrieval times for Nuclear Analysis group, by writing Python software to algorithmically search and analyze large data files.
• Trained colleagues to implement, modify and extend all personally created software and applications.
• Wrote technical documents to present all research and computational findings and solutions.

• Assisted with design of Turbine Blade Vibration Monitoring System to increase plant safety.
• Increased component data accessibility by digitizing all Set Point manuals from old physical files.
• Collaborated productively in Phase B Electrical Enhancements project which aimed to provide additional electrical supply capability during extended loss of power.
• Assisted with logic circuit design of ORI Safety Injection project.
• Worked on minor mods and wrote several feasibility studies, technical documents and specifications.
• Additional Training: Completed Nuclear Engineering training program offered by AREVA/EdF with combined average of 95%.

• Completed research in advanced physics laboratories focusing on nuclear, laser and diffraction experiments.
• Assisted with design and implementation of electric circuits and computer simulations used for physics practical experiments.
• Lectured 1st to 3rd year physics modules including quantum mechanics, vibrations and waves, and modern physics.
• Provided physics demonstrations to illustrate how coursework can be applied.
• Created study guides, practical guides, tests and exam papers for students.