Engineer Safety Into Every Product.
Identify safety risks early by connecting system requirements, failure analysis and functional safety processes. Ansys Safety Analysis solutions help engineering teams design safer, more reliable and standards-driven products.
Talk to a Safety Engineering ExpertSAFETY ANALYSIS CAPABILITIES
Turn Safety Requirements Into Engineering Confidence
Functional Safety
Analyze safety-related functions and engineering requirements throughout product development.
Hazard Analysis
Identify potential hazards and evaluate their impact on system safety.
Failure Analysis
Systematically evaluate failure modes, causes and effects across complex systems.
Fault Tree Analysis
Trace potential system failures back through contributing events and conditions.
FMEA & FMEDA
Support structured failure analysis and reliability assessment for safety-critical systems.
Safety Requirements Management
Connect safety requirements with engineering architecture and verification activities.
Reliability Engineering
Evaluate system reliability and identify potential weaknesses before deployment.
Standards Compliance
Support engineering workflows aligned with industry safety standards and development processes.
Find the Right Tool for Your Safety Engineering Challenge
BUILT FOR SAFETY-CRITICAL ENGINEERING
Built for Safety-Critical Engineering
Automotive Safety
Analyze safety risks across vehicle electronics, control systems and autonomous technologies.
Aerospace Safety
Support rigorous safety analysis for aircraft, avionics and defense systems.
Industrial Functional Safety
Evaluate safety functions in industrial control and automation systems.
Electronics Reliability
Identify component and system-level failure mechanisms affecting product reliability.
Embedded Systems
Connect software and hardware requirements with safety engineering processes.
Complex Systems
Analyze dependencies and failure propagation across interconnected systems.
Simulation That Scales Across Industries
Automotive & EV
Support functional safety and reliability analysis for increasingly software-defined vehicles.
Aerospace & Defense
Evaluate safety and reliability for mission-critical electronic and control systems.
Energy & Power
Improve safety and reliability of power-generation and control systems.
Oil & Gas
Support safety analysis for critical process, control and monitoring systems.
Heavy Machinery
Identify safety risks across mechanical, electrical and control architectures.
Industrial Equipment
Heavy machinery cooling, pump cavitation, conveyor dust dispersion, and pneumatic systems.
Manufacturing
Casting cooling, cleanroom ventilation, polymer extrusion flows, and metal forming thermal analysis.
Transportation
Improve system safety for vehicles, control systems and transportation infrastructure.
Build Safety Into the Engineering Process
Kaizenat supports engineering teams in establishing structured safety analysis workflows from requirements and hazard analysis through verification and documentation.
Verified technical competence, high-performance computing expert support.
Assess
Understand product architecture and safety requirements.
Configure
Set up safety analysis processes and engineering workflows.
Enable
Train engineering and safety teams on effective analysis methods.
Support
Provide ongoing technical assistance throughout the safety lifecycle.
Ready to Engineer Safer Systems?
Talk to Kaizenat about building a structured safety and reliability engineering workflow for your product.