10/21/2026 updated
100 % available
Systems Safety Engineer | Aerospace & Hydrogen Propulsion
Brno, Czech Republic
Worldwide
Master of Science (MSc) in Process Engineering — Quality Engineering, Tomas Bata University ZlinRisk AnalysisSafety TrainingSystem SafetySafety Critical SystemsFlight SimulationFlight HardwareRisk AssessmentAircraft SystemsFlight Safety
Safety & Reliability Analysis
Expertise in system-level safety analyses including FHA, FTA, PSSA, PSA, and FMEA in accordance with ARP 4754A and ARP 4761, applied to aerospace and hydrogen-battery hybrid aircraft systems.
Aerospace Certification Standards
Deep knowledge of certification standards such as ARP 4754A, ARP 4761, CS-25, CS-E, and AS9100D, supporting MOC submissions and special conditions for hydrogen systems.
Safety Engineering Software
Proficiency in tools including Isograph FTA+, Ansys Medini, CATIA, Siemens NX, Solid Edge, Planio, MS Office, and AutoCAD for safety analysis and engineering design tasks.
Quality Assurance & Auditing
Experience conducting internal and external audits of manufacturing processes within AS9100D quality environments, verifying compliance with aerospace standards and resolving nonconformances.
Risk Assessment
Conducting risk assessments for ground demonstrator programmes and novel propulsion systems, supporting safe testing and identifying system-level hazards.
Technical Coordination & Project Management
Coordination of international trade and presentation events, managing technical teams, timelines, and budgets, as well as quarterly planning of safety tasks and milestones.
Supplier Negotiation & Standards Editing
Editing internal quality standards and negotiating directly with suppliers to resolve nonconformances and improve process performance.
Flight Simulation Instruction
Instructing students and aviation enthusiasts in flight fundamentals using flight simulators, translating complex aircraft systems into accessible, practical knowledge.
Expertise in system-level safety analyses including FHA, FTA, PSSA, PSA, and FMEA in accordance with ARP 4754A and ARP 4761, applied to aerospace and hydrogen-battery hybrid aircraft systems.
Aerospace Certification Standards
Deep knowledge of certification standards such as ARP 4754A, ARP 4761, CS-25, CS-E, and AS9100D, supporting MOC submissions and special conditions for hydrogen systems.
Safety Engineering Software
Proficiency in tools including Isograph FTA+, Ansys Medini, CATIA, Siemens NX, Solid Edge, Planio, MS Office, and AutoCAD for safety analysis and engineering design tasks.
Quality Assurance & Auditing
Experience conducting internal and external audits of manufacturing processes within AS9100D quality environments, verifying compliance with aerospace standards and resolving nonconformances.
Risk Assessment
Conducting risk assessments for ground demonstrator programmes and novel propulsion systems, supporting safe testing and identifying system-level hazards.
Technical Coordination & Project Management
Coordination of international trade and presentation events, managing technical teams, timelines, and budgets, as well as quarterly planning of safety tasks and milestones.
Supplier Negotiation & Standards Editing
Editing internal quality standards and negotiating directly with suppliers to resolve nonconformances and improve process performance.
Flight Simulation Instruction
Instructing students and aviation enthusiasts in flight fundamentals using flight simulators, translating complex aircraft systems into accessible, practical knowledge.
Experience
Professional experience0 - 5 years
Freelancer since2026
Languages
EnglishFluentCzechNative speaker
Project history
Lead System Safety Engineer responsible for delivering system-level PSSA and SSA, including system-wide FTA, FHA, and FMEA. Performed functional decompositions and functional allocations across the system architecture. Supporting ground demonstrator testing operations by coordinating with HSE and relevant authorities to enable safe operation of a ground-based FC propulsion unit.
Developed FMEA and FTA for Honeywell-contributed systems within a fuel cell-based propulsion unit, namely the Air Supply Sub-System and Thermal Management System. Additionally acted as main contributor and reviewer for aircraft-level safety analyses, ensuring alignment between system-level and aircraft-level assessments.
Certificates
Hydrogen for Civil Avaiation - H2 in the Aircraft
Cranfield University2023