Peter Matos Email & Phone Number

Mississauga, On, Ca

Hamilton, Ontario, Canada

• Worked in a team led by Dr. Mohamed Bakr developing and testing a novel method for solving inverse problems using deep learning• Reproduced high frequency and non-linear metasurface and antenna responses using neural networks• Reduced the time needed to search for parameters that produce a desired response from hours to seconds by implementing unique deep learning models• Wrote code which uses the novel method to solve and analyze general inverse problems

Toronto, Ontario, Canada

• Performed data analysis, testing, and maintenance for distribution system performance reporting• Behind the Meter Battery Project: > Redesigned and implemented a monthly process which evaluates customer hours of interruption savings due to the installation of behind the meter battery systems > Substantially improved the process accuracy, producing results which are accurate to the minute rather than to the day > Increased efficiency through automation in Python, reducing the overall processing time from ~14 hours to less than 0.5 seconds per customer and allowing for scalability as the project expands• Made improvements and added automation to 4 additional monthly processes which significantly increased overall reporting accuracy and saved my team upwards of 4 hours of work per month• Designed and produced several Power BI dashboards which efficiently deliver business insights and analytics for distribution system reliability/performance reporting• Performed over 60 ad hoc distribution system reliability analyses/studies for customers, the OEB, multiple lines of business within Hydro One, and other local distribution companies• Had my contract extended by 4 months and trained my successor

Hamilton, Ontario, Canada

• Work as a member of a technology start-up which specializes in developing virtual reality (VR) software• Currently developing a mobile/desktop application (written in C# for Unity) which allows its end user to construct and simulate electrical circuits in VR• Plan and implement new features such as: access to new electrical components and models, as well as the ability to perform frequency analysis• Review, debug, and standardize code submitted by team members• Improved the runtime for saving a circuit design to constant time by implementing a new data structure• Improved the runtimes for placing and modifying transistor models to constant time by rewriting classes

Hamilton, Ontario, Canada

• Developed a mobile/desktop application (written in C# for Unity) which allows users to construct and simulate electrical circuits• Responsible for all aspects of the software development life cycle• Recognized by the Dean of Engineering at McMaster University for the application’s potential to aid Electrical Engineering students who could not access laboratories during the COVID-19 pandemic• Approached by professors who offered me a position in their start-up company, Virtura Inc., to continue the application’s development• Learned PHP and web development skills

Hamilton, Ontario, Canada

• Authored a laboratory manual which works alongside the circuit simulation tool I developed • Created a set of experiments for students in McMaster's Electrical Engineering faculty

Toronto, Ontario, Canada

• Worked as an assistant to the site supervisor and regional manager at a summer STEAM camp• Developed curricula to teach students programming, game design and robotics• Taught students how to use 3D modelling software, Java, Scratch, and Lego Mindstorms• Received a monetary bonus for dedication and for going above and beyond expectations

Mississauga, Ontario, Canada

• Taught in classrooms of 20-30 students• Delivered curriculum in Math, Science, Language, Social Studies and the Arts• Developed leadership and problem-solving skills• Collaborated with colleagues to devise and implement coordinated educational strategies• Assisted students with diverse abilities in developing life-long learning skills and positive work habits