Aria Maz

Propulsion Manager at Queen's Hyperloop Design Team
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Contact Information
us****@****om
(386) 825-5501
Location
Kingston, Ontario, Canada, CA
Languages
  • English Native or bilingual proficiency
  • Farsi Native or bilingual proficiency
  • French Elementary proficiency

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Credentials

  • Workplace Hazardous Materials Information System (WHMIS) Training
    Queen's University
    Apr, 2022
    - Nov, 2024
  • Emergency First Aid with CPR-B
    Lifesaving Society Canada
    Dec, 2020
    - Nov, 2024
  • CPR With AED Skills
    Lifesaving Society Canada
    Jul, 2020
    - Nov, 2024

Experience

    • Canada
    • Think Tanks
    • 1 - 100 Employee
    • Propulsion Manager
      • Oct 2022 - Present

      Managed and led a group of 20 individuals within the team, created SolidWorks models for cooling systems, and built 2 physical cooling loops for the engines of the Hyperloop train, enabling a 100% increase in top speeds to 340 km/h. Managed and led a group of 20 individuals within the team, created SolidWorks models for cooling systems, and built 2 physical cooling loops for the engines of the Hyperloop train, enabling a 100% increase in top speeds to 340 km/h.

    • Canada
    • Retail Office Equipment
    • Dinico Global
      • May 2022 - Present

      Innovated an engine overheating alarm system with dual-zone temperature sensors and a cooling mechanism by designing hardware components and programming firmware in C, leading to the sale of 11 units to the NASA Glenn Research Center. Wired, assembled, and installed smart home systems, including the automation of irrigation, lighting, and heating processes in a fast-paced environment, exceeding KPIs with an average of 5 projects/week, leaving 97 clients satisfied within 2 summers. Innovated an engine overheating alarm system with dual-zone temperature sensors and a cooling mechanism by designing hardware components and programming firmware in C, leading to the sale of 11 units to the NASA Glenn Research Center. Wired, assembled, and installed smart home systems, including the automation of irrigation, lighting, and heating processes in a fast-paced environment, exceeding KPIs with an average of 5 projects/week, leaving 97 clients satisfied within 2 summers.

    • Canada
    • Non-profit Organizations
    • 1 - 100 Employee
    • Innovation Design Team at Queen's Machine Intelligence & Neuroevolution Design
      • Oct 2022 - Apr 2023

      Developed and debugged an artificial intelligence (AI) program in Python that diagnoses and categorizes bipolar disorder with 76% accuracy using motor activity data from patient’s motion-sensitive wristbands, then presented the findings at the Canadian Undergraduate Conference on Artificial Intelligence (CUCAI). Developed and debugged an artificial intelligence (AI) program in Python that diagnoses and categorizes bipolar disorder with 76% accuracy using motor activity data from patient’s motion-sensitive wristbands, then presented the findings at the Canadian Undergraduate Conference on Artificial Intelligence (CUCAI).

  • Scientific Americas
    • Markham, Ontario, Canada
    • Scientific Americas
      • May 2021 - Aug 2021

      Compared and ensured resistive or conductive capabilities among new electrostatic discharge (ESD) safe products and found an alternative antistatic mat design with 18.40% less ESD by utilizing oscilloscopes, resistance meters, and electrodes. Created and simulated an ESD gun circuit adhering to International Electrical Standards safety documentation using LTspice. Compared and ensured resistive or conductive capabilities among new electrostatic discharge (ESD) safe products and found an alternative antistatic mat design with 18.40% less ESD by utilizing oscilloscopes, resistance meters, and electrodes. Created and simulated an ESD gun circuit adhering to International Electrical Standards safety documentation using LTspice.

    • Canada
    • Civil Engineering
    • 1 - 100 Employee
    • Reinforced Earth Company
      • May 2020 - Aug 2020

      Simulated the physical behaviour of 3D CAD designs of bridges under various conditions using SolidWorks to ensure their structural integrity, identified and mitigated 6 structural weak points, and extended predicted bridge lifespan by 11 years. Drafted and revised drawings of precast traffic barriers using AutoCAD and wrote scripts to automate repetitive tasks. Simulated the physical behaviour of 3D CAD designs of bridges under various conditions using SolidWorks to ensure their structural integrity, identified and mitigated 6 structural weak points, and extended predicted bridge lifespan by 11 years. Drafted and revised drawings of precast traffic barriers using AutoCAD and wrote scripts to automate repetitive tasks.

Education

  • Queen's University
    Bachelor of Applied Science - BASc, Mechatronics and Robotics Engineering
    2021 - 2025

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