Aerospace
Aerospace
Safety First
Functional safety is critical in the aerospace industry.
FSQ Experts assist aerospace OEMs with product development and compliance with stringent certification standards.
Current Challenges
“Modern transportation concepts, electric aircraft, new regulations, cybersecurity, and, above all, AI present new challenges. But they also mean new opportunities.”
Customer testimonial
Our Expertise
How to achieve your goals with FSQ-Experts:
Product Development
Development processes:
- Aircraft and system levels in accordance with ARP 4754 A and 4754 B
- Software and hardware values in accordance with DO-178C and DO-254
Coaching Support:
- Preparation of System Development plans
- Requirements Management
- Development assurance management
- Configuration management
ARP 4754A
ARP 4754B
DO178C
DO254
Product Safety
Safety assessments in accordance with ARP 4761A, including:
- Security Program Plans
- PASA, PSSA, ASA and SSA
Safety analyses:
FHAs, FTAs, PRAs, CMAs und ZSAs
Combined failure Effects Analyses and Interdependence analyses:
FMEA, FMEDA, FMECA
Risk assessments for specific RPAS operations:
SORA
PASA
PSSA
ASA
SSA
FHAs
FTAs
PRAs
CMAs
ZSAs
FMEA
FMEDA
FMECA
SORA
Cybersecurity
Process implementation:
- According to DO-326A / ED-202A, DO-356A / ED-203A and DO-355 / ED-204
Security Analysis and Management
- Security Risk Assessment: Attack Scenario Development & Threat assessment
- Vulnerability Management
- Security Engineering Support: Plans, Requirements, Architecture, Design, V&V
Compliance
- Gap analyses & internal assessments
DO-326A/ED-202A
DO-356/ED-203A
DO-255/ED-204
Certification Support
Aircraft Regulations:
CS-23, CS-25
Special Terms and Conditions for VTOL:
SC-VTOL-01
EASA Teil 21
CS-23
CS-25
SC-VTOL-01
EASA Part 21
Quality Management and Development Assurance
Gap analyses and audit preparation:
- System level: ARP 4754A
- Hardware and software levels: DO178C & DO254
Implementation of Quality Management Systems:
ISO 9001, EN 9100
ARP 4754A
DO178C
DO254
ISO 9001
EN 9100
Defense Aircraft and UAVs
Safety and Development Lifecycle:
- Risk assessment and Management according to MIL882-E
- Support development of UAV platforms according to STANAG4671
MIL882-E
STANAG4671
Let's talk about your project!
Schedule a no-obligation consultation with our experts now
Success Story
Upgrades to navigation systems, mission computers, and digital displays for a fixed-wing aircraft
Program duration:
3 years
Integration:
4
Tasks
- Planning for the System Safety Program (SSPP)
- Generation of an Avionics System FHA
- Management of FHA Provisioning
- Create an avionics system PSSA (FTAs, CCA) at the subsystem level
- Create and manage safety requirements
- Review supplier safety documentation
- Monitor compliance with the safety program plan
- Monitor safety documentation with certification bodies
- Create a System Safety Assessment (SSA)
Let's talk about your project!
Schedule a no-obligation consultation with our experts now