Aro Robotic Systems

I directly lead the technology development at Aro Robotics Systems Inc. (Aro), a spinoff of Fourien Inc., as CTO and co-founder. We have achieved our first market ready solution, and will soon undergo company wide expansion. Our product can reach a broad scope of applications, including (but not limited to) warehouse's, hospitals, airports, schools, recreational facilities, government buildings, etc. More details are being released via our Company LinkedIn.

Chief Technology Officer

Fourien 

Developed the hardware, software, and mechanical structure of autonomous robots to assist the field of biotechnology and beyond.

Robotics Developer

University of Alberta

Data analyst for PICO.
Work included:
Building particle physics models for current and future detectors.
Running simulations to analyze data from calibration sources and naturally occurring radioactive backgrounds.
Study acoustic energy emitted from particle interactions to identify events.
Develop scalable object oriented C++/python algorithms to handle complex data files.
Run jobs on Compute Canada.
Assist student projects at the University of Alberta.

Research Assistant

PICO

- Write C++ and python algorithms to analyze complex data files: Image processing, 3D event reconstruction, analysis of low/high statistics problems, simulating particle interactions.
- Hands on detector construction at SNOLAB: Thermal, camera, and pressure/temperature control systems.
- Study of nuclear recoils and other particle physics process'.
- Study of space plasma and atmospheric physics.
- Present complicated research/technical information to any audience: Jr/High school students and teachers, industry professionals, professors and university students, engineers and technicians.

Physics Masters Student

The University of Alberta

Graduated with first class honours.
- Strong math background.
- Trained to analyze and present data.
- Proficient knowledge of space plasma physics, particle interactions, and quantum dynamics. 
- Experienced with python and C++.

Honours Physics

12-month Science Internship Program at the U of A. Demonstrated competency at handling multiple tasks; consistently applied time/project management skills; prioritized goals based on timelines and resources; exemplified a strong dedication towards physics research.

Experience Highlights:

- Proficient in writing Python and C++ code: Used to control voltage output, read voltage input, save graph, and analyze data. 
- Certified in lathe and milling machine applications: NAIT courses.
- Extensive knowledge with 3D printers: Assembly, maintenance, and expertise in guaranteeing consistent print quality.

Accomplishments:

- Built, programmed, and troubleshooted electronic circuits: Developed the equipment for two undergraduate lab experiments, implemented by the Physics Department.

- Project management responsibilities involving quotes, budgets, and meetings: liaison for the construction of a 0.67 Tesla magnet demonstration now installed in L2-CCIS at the University; coordinated the upgrade of mobile storage units in the undergraduate physics labs; organized the purchase of a centrifuge and other equipment.

- Represented the University of Alberta’s Physics Department during the 2017 American Association of Physics Teachers convention in Cincinnati, Kentucky: Gave a 30-minute invited talk about the developments in the Undergraduate physics labs at the U of A.

Physics Intern

I have extensive technical knowledge that spans mechanics, electrical, and software development. 

From my experiences I'm very capable working with my hands, building/editing complicated 3D models, developing C++ and python software, analyzing large interconnected data sets, assessing electrical requirements, building electrical components, leading/being apart of diverse teams, and handling budgets/timelines.

My work ethic is inclusive, I value the input of my peers/employers, and I handle feedback professionally. I've worked in extreme environments and take safety precautions very seriously. I show up on time, can adapt my skills to new projects, and I learn quickly to stay on-top of modern advancements.

Career goal:
Work in a rewarding environment. 
Apply my skills to new challenges. 
Provide a high quality of life for my family.

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