I am passionate about mobile robotic systems design and implementation. I am part of the Autonomous Space Robotics Laboratory at the University of Toronto's Institute for Aerospace Studies (UTIAS). I have worked on cutting edge optics research and helped to develop new technologies for cold fusion power. I was involved in FIRST Tech Challenge for 4 years in High School. At UVic, I was the Chief Engineer of the UVic AERO club.
Alec Krawciw
4108 Longview Dr.
Victoria, BC V8N 2K7 CA
(250) 213-6705
aleckrawciw@gmail.com
Doctor of Philosophy • September 2023 - Present
I am part of the Autonomous Space Robotics Laboratory under the supervision of professor Tim Barfoot. My research focuses on long-term localization and perception of robots in unstructured environments.
Master of Aerospace Engineering • September 2022 - 2023
I was offered a direct transfer from the Master's program into the doctoral program.
Bachelor in Mechanical Engineering • September 2017 - April 2022
Undergraduate degree in mechanical engineering with a minor in software development. I received UVic's Governor General's Silver Medal for graduating with the highest GPA of any student at UVic in 2022. I have learned solids, fluids, controls and electronics as part of my degree. In my final years, I have focussed on advanced dynamics, controls and robotics. I have a GPA of 8.98/9.0. I have been active in extracurricular engineering clubs as part of my degree.
Highschool Graduation • June 2017
Highschool graduation. 97% graduation cumulative average through 4 years. Honour roll and scholarship cup for highest graduating GPA. Named top science student in grade 12.
Systems Developer• January 2021 - August 2021
Greg Marshall Design is a naval architecture firm specializing in designing large scale yachts, as well as craft for the coast guard and others. Based on my background with aerial vehicles, I was selected to design an electric hydrofoiling catamaran boat. Independently, I performed CAD/FEA analysis of the vehicle's structure. Next, I manufactured and assembled the chassis and developed custom control system software in C and Python. The boat used a novel quad-foil configuration to lift the hulls out of the water.
Mechanical Engineering Coop• June 2020 - August 2020
General Fusion is transforming how the world is energized by developing the first commercially-viable fusion power plant. While at General Fusion, I designed new equipment for fusion reactor experiments. I have manufactured custom parts on mills, lathes and 3D printers. Finally, I developed a new control system code in Python for Photon Doppler Velocimetry laser systems.
Optical Engineering Coop • January 2019 - April 2019
NRC's Hertzburg Astronomy and Astrophysics Research Centre is Canada's leading reasearch centre dedicated to the design of cutting edge telescope design and astronomy. I worked as part of the optical engineering team developing a new type of sensor that could be used for future extremely large telescopes such as the Thirty Meter Telescope Some of my work included designing and assembling optical test benches. I used MATLAB to develop a control system for a Flattened Pyramid Wavefront Sensor. I developed C++ drivers for hardware such as DAQ cards and high-speed cameras to enable coordinated control.
Youth STEM Mentor • May 2018 - August 2018
Science Venture is a summer and in school program that aims to inspire youth to pursue careers in Science, Technology Engineering and Math. I developed engineering curricula and ran school workshops and summer camps for hundreds of Victoria elementary and middle school students.
Software Developer• May 2020 - Present
FIRST Tech Challenge is a worldwide engineering competition for students grade 7 - 12. Due to COVID-19, there was a desire to develop an open platform to enable isolated team members to learn programming. I worked with the Tech Team to develop an integrated cloud-hosted robot simulator solution emulated the whole robot kernel.
Event Volunteer • January 2015 - Present
FIRST Robotics BC runs robotics events for students from kindergarten to grade 12. I have served many roles organizing and running events in the Victoria area. I designed workshops ranging from robot design to teamwork to programming and team finances. I developed a web app for sharing high fives to make online award ceremonies more exciting during the COVID-19 pandemic. When teams wanted to celebrate, they could send a high five. The app is available on Github.
A. Krawciw, J. Sehn, T. Barfoot, “Change of Scenery: Unsupervised LiDAR Change Detection for Mobile Robots,” Submitted to International Conference on Robotics and Automation (ICRA), 2024. Available: https://arxiv.org/abs/2309.10924#
A. Krawciw, O. Lardière, et al, “Flattened Pyramid Wavefront Sensor Demonstration with a Regular Pyramid,” in AO4ELT6 Proc. Quebec City QC, 2019. Available: http://ao4elt6.copl.ulaval.ca/proceedings/401-Z3gL-241.pdf
Class 5 • January 2021
Advanced RPAS License• January 2022
Basic HAM Radio License VA7AKL• December 2018
I have gained a wide variety of experience in mechanical engineering and computer science. These highlighted skills have been acquired and applied from previous work terms, classes, and engineering teams. I am keen to learn new skills in every project and job I complete.
My work at NRC on the Flattened Pyramid Wavefront Sensor was presented at the AO4ELT Conference in Quebec City June 2019. The conference posted can be viewed here.
Optics, MatlabAs the mechanical lead of the UVic AERO team I took a leadership role in the development of our 3m wingspan aircraft, the Raven. I was personally responsible for the design of the tail and the propulsion system
Mechanical Design, AircraftUsing and Android phone, the camera data was processed using Java OpenCV to find the balls and then pick them up.
ProgrammingIn 2016, I won a bronze medal at the Canada Wide Science Fair in Montreal. Using a laser Graphene Oxide reduction process with a commercial CNC laser I was able to fabricate graphene electrical components for a fraction of the regular cost.
Material ScienceI rewrote the classic video game as a native Android app in Java. The code is available on Github
ProgrammingI led a series of workshops for highschool students. This set used OnShape an in-browser full CAD package.
Mechanical, OutreachFor a mechanical engineering project, I worked to design and optimize an axle drive unit for an electric vehicle. Matlab was used to model the stresses in the gears and the entire vehicular dynamics. Using optimisation on the efficiency map of a Nissan Leaf motor and the standard EPA drive cycle, an optimal gear ratio and gear train design was found.
MechanicalI had sole responsibility for the design, construction and programming of a 20ft long boat. I chose a novel architecture that had 4 independent wings that could stabilize the system above the water.
Mechanical, Controls, MarineFor my undergraduate honours thesis, I converted a remote controlled boat to operate using a PX4 controller, and an NVidia Jetson Nano. The system used ROS and Visual-Inertial Odometry to estimate the boat's state. This info was to control the boat as it docked.
Computer Vision, Controls, MarineI am excited about any projects in engineering field. If you would like to contact me to discuss my experience further, please email below or call my number listed.