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Safety Engineering Specialist

Toronto, ON
Aversan Inc. is a multi-service engineering firm specializing in design, build, testing, certification, and support services for embedded flight and rail systems & software, health technology, and advanced IT.
 

Responsibilities

  • Evaluate the compliance of systems and subsystems to safety requirements by reviewing technical specifications, design changes (system, hardware and software), and recommend design alternatives, where appropriate, to ensure safety.
  • Provide evaluations and recommendations with respect to safety in formal design reviews.
  • fine safety requirements by evaluating railway operational hazards that could be caused by the train control system.
  • To perform hazard identification and hazard analysis studies.
  • To define technical and functional safety requirements for train control systems.
  • To analyze and evaluate design compliance with safety requirements and safety principles.
  • To conduct safety analyses and verify that the train control systems are safe.
  • To record hazards, assess safety risks, review hazard mitigations, evaluate the design and verification and validation evidence, and track hazards throughout close-out process.
  • Perform system hazard and safety analyses:
    • Failure Modes Effects and Criticality Analysis (FMECA);
    • Functional Failure Modes and Effects Analysis (FFMEA);
    • Fault Tree Analysis (FTA);
    • Functional Hazard Analysis (FnHA);
    • Functional Safety Analysis (FnSA); and
    • Hazard Identification (HAZID) and Hazard Operability (HAZOP) Studies.
  • Perform specific software safety reviews:
    • Software requirements analysis;
    • Software architecture design analysis;
    • Software detail design and code analysis; and
    • Review of software integration, module and unit test procedures and test coverage.
  • Ensure that safety requirements are met by reviewing system, hardware and software design.
  • Review the CRs related to product and/or projects and perform initial risk assessment to ensure proper categorization - Safety Review, Safety Risk; Safety Hazard; Pending Hazard, and carry out the safety review and analysis of recommended solution.
  • Ensure that safety can be verified by testing and that test procedures provide sufficient coverage of safety requirements, including failure and operational scenarios.
  • Accountable for performing the work correctly within cost and schedule limits as defined in approved Work Package.
  • Report directly to the Manager RAMS Engineering, take direction from the Project Safety Lead, Group Lead, Senior, Safety Specialist, Technical Safety Specialist and Chief Safety Architect, and work closely with other team members both in Safety team and from other functional teams, to meet project objectives.
  • Works with Engineering departments and integrated project team as a team player with the view that others are your customers.
  • Decides how best to perform the work.
  • Manages and schedules daily/weekly activities within budget and time allowances given.
  • Utilizes internationally recognized hazard and safety analysis techniques to develop and follow through the completion of formal proof of safety for specific project applications of company’s products.
  • Be part of a team that is responsible for the timely and effective execution of the combined tasks and activities of safety management and safety engineering to achieve the system safety requirements throughout the system life cycle.

 

Basic Qualifications

  • Bachelor’s Degree in Electrical Engineering, Computer Engineering, Software Engineering or equivalent;
  • Minimum 5+ years of experience and detailed knowledge of system/software requirements definition/design, safety and risk analysis;
  • Good computer skills in MS Office; experience in DOORS; and experience in FTA Tools;
  • Knowledge of reliability and safety analysis techniques;
  • Familiar with safety standards (military and/or international safety standards);
  • Experience with or exposure to safety/mission-critical systems design, and exposure to hazard, fault-tree and failure modes and effects analysis, statistical modeling and analysis of complex software/hardware/human interface systems are assets;
  • Knowledge of railway systems is an asset;
  • Excellent written and verbal communication skills.

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