Luke Dyer, P. Eng.

Intermediate Systems Engineer at BMT

Greater Halifax Metropolitan Area

About

Experience

  • BMT (Halifax, Nova Scotia, Canada)
    • Intermediate Systems Engineer
      Feb 2024 - Present · 2 yrs 5 mos

    • Junior Systems EIT
      May 2023 - Feb 2024 · 10 mos

  • Junior Systems Engineer - Software Assurance at Irving Shipbuilding
    Jul 2020 - Apr 2023 · 2 yrs 10 mos

    Aided in the development of the software safety assurance strategy for the Canadian Surface Combatant program used to align the program’s software safety activities to the MIL-STD-882E and Def Stan 055 safety standards. Developed a strong baseline of understanding in the System Engineering lifecycle through various courses from education bodies and my responsibilities within the systems engineering team at ISI. Created various tools within excel and DOORS for the software assurance team which I used to ensure the vendor’s decomposed system requirements would meet the program’s software transversal requirements. Completed assessments on the major subcontractor’s software lifecycle procedures to determine appropriate system security, safety, quality, and reliability assurance requirements.

  • Mechanical Engineering Student at Suncor Energy
    Aug 2018 - Dec 2018 · 5 mos

    Gained understanding in maintenance and reliability by completing monthly safety element critical equipment deficiency reports and preventative maintenance monitoring Completed failure analysis for several multi-disciplinary incidents using root cause analysis Automated several data sheets and procedures using Microsoft Office VBA.

  • Braking Team Member at Paradigm Hyperloop
    Sep 2017 - Aug 2018 · 1 yr

    Designed a high-speed conveyor belt test system utilizing SolidWorks for validating the air bearing design at the new Newfoundland Hyperloop Test Facility Led the thermal profiling/heat generation analysis of the braking system using MATLAB

  • Subsea Operations Student at Husky Energy
    May 2017 - Sep 2017 · 5 mos

    Created, reviewed, commented and issued technical procedures, bases of design, result reports, and certifying authority correspondences Completed the offshore execution, results report, and technology comparison for the 2017 mooring chain measurement campaign Ensured the safety and reliability of in-field equipment through weekly reports detailing causes of irregular behavior within Subsea’s Master Control System Complied historical data on mooring leg tension during extreme weather events to calculate the vessel’s relative offset and ensure vessel remained inside excursion limit