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System safety engineer skills for your resume and career

Updated January 8, 2025
4 min read
Below we've compiled a list of the most critical system safety engineer skills. We ranked the top skills for system safety engineers based on the percentage of resumes they appeared on. For example, 11.4% of system safety engineer resumes contained safety analysis as a skill. Continue reading to find out what skills a system safety engineer needs to be successful in the workplace.

15 system safety engineer skills for your resume and career

1. Safety Analysis

Safety Analysis refers to the examination of whether a position meets all necessary health and safety standards. This process is typically broken down into four steps: 1) choosing a job to review; 2) deconstructing the job into various steps; 3) reviewing the position and identifying all potential hazards; and 4) recording these hazards and suggesting safety measures to fix these hazards.

Here's how system safety engineers use safety analysis:
  • Reviewed and prepared engineering and system safety analysis, technical reports, engineering change proposals, and other documentation.
  • Prepared and maintained Safety Analysis and Hazard Reports by identifying and evaluating potential hazards with probability and severity.

2. Fault Tree Analysis

Here's how system safety engineers use fault tree analysis:
  • Provided maintenance of, and enhancements to, software used in the performance of fault tree analysis and bent pin analysis.
  • Produced the Fault Tree Analysis (FTA) for all investigations involving metal and seals conditions on the solid rocket motors.

3. System Design

System design refers to the electronic structural component of a system.

Here's how system safety engineers use system design:
  • Evaluated design and operational implementation of safety requirements for power system design for the International Space Station.
  • Control or eliminate hazards by analyzing and recommending safety criteria in system design, equipment and procedures.

4. Aerospace

Aerospace refers to the physical science focusing on designing and developing, testing, and producing systems that aid in navigation to space or traverse through the earth's atmospheric zone.

Here's how system safety engineers use aerospace:
  • Ford Aerospace managed the design and operation of the Air Forces Satellite tracking network.
  • Coordinated with mechanical and electrical engineers regarding the design of aerospace equipment from a safety engineering/human factors standpoint.

5. DOD

Definition of Done (DoD) is a set of deliverables that are needed to devise software. These deliverables are valuable to the system and can be exemplified by writing code, coding comments, unit testing, integration testing, design documents, release notes, and so on.

Here's how system safety engineers use dod:
  • Modeled and performed thread based simulations of Submarine and Surface ship software systems for compliance with DoD Nuclear Safety Standards.
  • Supported DoD Alpha Contracting Reviews, Technical Interchange Meetings, Concept Baseline Design Reviews, etc.

6. Risk Assessments

The process of analyzing and identifying the acts or events that have the potential to negatively affect an individual, asset, or business is called risk assessment. Risk assessments are important because they form an integral part of an organization as well as occupational safety plans

Here's how system safety engineers use risk assessments:
  • Use an extensive knowledge of strategies and methodologies for conducting preliminary risk assessments of safety and environmental hazards using established protocols.
  • Prepared System Safety Risk Assessments for new procurement programs

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7. Software Safety

Here's how system safety engineers use software safety:
  • Verified key performance parameters derived from system requirements were implemented satisfactorily as functional system and software safety engineering requirements.
  • Authored various safety guidance documents pertaining to software safety and software development assurance per DO-178C/278A.

8. Mil-Std-882

Here's how system safety engineers use mil-std-882:
  • Assessed specification requirements and confirmed design met MIL-STD-882.
  • Conducted system safety analyses of hardware and software in a variety of US Marine Corps weapons and combat systems IAW MIL-STD-882.

9. Failure Modes

Here's how system safety engineers use failure modes:
  • Determined safety impacts based on reliability and failure modes of equipment and design.
  • Conducted hazard analysis for multiple trade studies to identify hazards and failure modes to determine the safety risk.

10. Corrective Action

Here's how system safety engineers use corrective action:
  • Participated in accident investigations involving damage to products or related facilities and assisted in identification of causes and corrective actions.
  • Developed a hazard tracking system for unabated hazardous conditions and provided corrective actions and recommendations to contract and customer representatives.

11. Assessment Reports

Here's how system safety engineers use assessment reports:
  • Develop Preliminary System/Subsystems SafetyRisk Assessment Reports.
  • Prepared Hazard Analysis, Computer Aided Fault Tree, Safety Assessment Reports & mitigated Safety Spec requirements.

12. Maintainability

Here's how system safety engineers use maintainability:
  • Provided programming support for reliability and maintainability databases to enable easy re-use and storage of reliability analyses.
  • Interfaced closely with Maintainability and Logistics functions.

13. FMEA

Here's how system safety engineers use fmea:
  • Performed FMEA's and Fault Trees using RELEX for certification with Russian, European and FAA Authorities (FAR 25).
  • Performed all tasks including FMES, FMEA, predictions and associated reports per Do-250, Do-254 on the computer managed system.

14. Safety Assessments

Here's how system safety engineers use safety assessments:
  • Performed system safety assessments to evaluate and mitigate software and hardware hazards.
  • Formulated and reviewed contractor safety assessments of aircraft mishap/risk incidences and resolutions.

15. Support Equipment

Here's how system safety engineers use support equipment:
  • Assessed and updated ground support equipment safety analyses per equipment modifications.
  • Evaluated ground support equipment for compliance with Military Standards 882, 1472, 454, and 46855 to ensure system safety.
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List of system safety engineer skills to add to your resume

The most important skills for a system safety engineer resume and required skills for a system safety engineer to have include:

  • Safety Analysis
  • Fault Tree Analysis
  • System Design
  • Aerospace
  • DOD
  • Risk Assessments
  • Software Safety
  • Mil-Std-882
  • Failure Modes
  • Corrective Action
  • Assessment Reports
  • Maintainability
  • FMEA
  • Safety Assessments
  • Support Equipment
  • Design Reviews
  • SAR
  • SHA
  • Effects Analysis
  • FAA
  • PHA
  • NASA
  • Database
  • OSHA
  • Combat
  • Missile
  • Test Procedures
  • Criticality Analysis
  • FMECA
  • FHA
  • Safety Issues
  • ISO
  • Engineering Drawings
  • Safety Program
  • Risk Analysis
  • SSA
  • Sspp
  • Launch Vehicle
  • Program Reviews
  • Safety Compliance
  • Control Systems
  • USAF
  • Fire Protection
  • RELEX
  • DFMEA

Updated January 8, 2025

Zippia Research Team
Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

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