Directory
Professional courses from specialist providers worldwide. Dates, pricing and enrolment are managed by each provider.
116 courses
Design accelerated tests to estimate how products perform over their service lives.
Three-day blended short course on the systems engineering and safety assurance of autonomous systems that use AI, from hazards and machine learning assurance to human-autonomy teaming and the autonomous systems safety case.
Two-day hands-on course on system and design FMEA using the AIAG-VDA seven-step approach, from boundary and P diagrams to risk analysis, optimisation and design verification planning (DVP&R), with an optional certification exam.
Five-day systems-oriented architectural design course covering physical and logical architecture, MBSE, design decision-making, interfaces and design for reliability, safety, maintainability and producibility.
Course presenters may include: John Fitch
Three-day version of PPI's design course: physical and logical design, trade-off studies, functional and state-based design and specialty engineering.
Presented by: Robert Halligan
Two-day course on the revised ARP4754B guidelines for civil aircraft and systems development and development assurance, taught by writers of the standard.
Course facilitators may include: Steve Beland, Meade Ferrigan, Lirong Tian, Johnson Wang
Three-day 'how to' course on ARP4761A aircraft and system safety assessment methods, from functional hazard assessment to aircraft safety assessment.
Course facilitators may include: Steve Beland, Damien Glynn, Lirong Tian, Johnson Wang
Two-day introduction to electric and automated vehicle architectures and to the design requirements that functional safety, SOTIF and cybersecurity place on them.
Four-day hands-on course on AR&M within systems engineering: failure causes, R&M management and engineering techniques, allocation, prediction, modeling and reliability growth.
Workshop on aircraft and avionics system development assurance under ARP4754A and ARP4754B, with ARP4761A safety assessment, requirements, V&V and model-based development.
Three-day short course on software safety assurance: safety-critical software principles, safety analysis, software safety requirements, verification and validation and software safety cases.
Automotive cybersecurity engineering under ISO/SAE 21434 and UNECE R155/R156: cybersecurity management, TARA, security by design and lifecycle, and security testing, with hands-on exercises.
Integrate cybersecurity risk assessment into medical device development and testing.
Use systems engineering to assess cybersecurity within enterprise architecture. Workshop exercises address vulnerabilities, threats, risk and security planning, connecting requirements and functional analysis with resilient system design.
Two-day classroom course in Munich that walks one worked example through the integrated logistic and product support process, from contract requirements and support planning to LSA-FMEA, RCM, maintenance task and training needs analysis.
Two-day classroom seminar in Munich on airborne electronic hardware development assurance under ED-80/DO-254: hardware DAL, life-cycle processes, verification and validation, and PLD, FPGA, ASIC and COTS considerations.
Five-day on-site course on designing reliability into a system: reliability programme concepts, design and analysis methods, and test and evaluation, with hands-on reliability modelling, predictions, FMECA, FTA and Weibull exercises.
Two-day classroom course for managers and authorities on developing flight-critical systems: complex-system properties, human factors, the safety and reliability trade-off, civil aviation certification, and ARP4754A, ARP4761, DO-178C and DO-254 from a management view.
24-hour course on systems engineering with railway applications: ISO/IEC/IEEE 15288 processes, requirements, life-cycle costing, RAMSS, functional safety and CENELEC/SIL.
Course presenters may include: Pier Luigi Guida, Luciano Pollice, Ottorino Maggiore Van Beest, Fabio Senesi, Eugenio Milizia
Four-hour module on establishing an effective failure reporting, analysis and corrective action system, from metrics and process to database, occurrence assessment and corrective actions.
One-day workshop on building and analysing fault trees for system and component events, with five breakout exercises and examples from real-world systems.
One-day classroom course in Munich on failure mode and effects analysis across aviation, automotive and industry: design, process and software FMEA, FMECA criticality, risk priority numbers and how results feed safety analyses.
Introduction to system safety principles, risk, terminology and the main hazard and safety assessment techniques across the lifecycle.
Three-day online course on functional safety management and ISO 26262: safety plan and safety case, hazard analysis and risk assessment, safety concepts, system-level development and safety analysis.
Two-day hands-on course on planning and reporting safety integration, verification and validation activities in the V-model for ISO 26262 functional safety and ISO 21448 SOTIF.
Two-day course on planning and reporting safety verification for ISO 26262 functional safety and SOTIF: verification in the V-model, requirements-based and concept-phase verification, and verification plans.
One-day ISO 26262 course for sales, legal, programme management, quality and configuration staff: safety culture, safety planning, OEM and supplier responsibilities, distributed development, safety cases and confirmation measures.
Limited-time online trial course advertised by the International System Safety Society for participant review and feedback.
Two-day classroom course in Munich on integrated logistic support and logistic support analysis: ILS requirements and management, LSA tailoring and sub-analyses, software support analysis and life cycle cost.
Bespoke one-to-five-day course built from a menu of reliability, availability, maintainability and safety analyses, from FMECA and fault trees to life cycle cost and level of repair analysis.
Systematic hazard identification and risk assessment, risk reduction and ALARP: the first half of the safety process in system development.
Two-week on-site short course on designing systems, products and services for human use: human factors concepts in week one, HCI and intelligent system design in week two.
Two-hour module on human capabilities and limitations and their effect on system performance in remotely piloted aircraft systems: scope of human factors, the SHELL model and error types.
Human factors and ergonomics as a design-oriented discipline for developing and evaluating safety-critical systems.
Two-hour module on interface design principles that support safe operation of remotely piloted aircraft systems: display layout, alerting, control inputs and HMI failure case studies.
Five-day course on IEC 61508 for people who identify and analyse safety aspects of E/E/PE systems: the safety life-cycle, system, hardware and software safety requirements, risk and SIL determination, and safety analysis techniques.
Hands-on industrial automation implementation using Control Expert and Plant SCADA, covering control programming, communications, commissioning and documentation.
Course on ILS planning and data management, logistic support analysis, RAM, RCM, training needs analysis, technical documentation, life cycle cost and LORA.
Online professional certificate introducing integrated logistics support: supportability analysis, logistic support analysis and sustainment planning for complex systems.
Four-day first-principles course on integrated product support across the materiel life cycle, including logistics support analysis, RAM, FMECA, RCM, LORA and technical data.
One-day classroom introduction in Munich to planning and carrying out a logistic support analysis under MIL-STD-1388 or ASD S3000L.
One-day introduction to FMECA in the design of complex systems, and an overview of the reliability-centred maintenance analysis that follows.
Course presenters may include: Jim Ellwood
Course (DEF 4504P) on human systems integration programme planning, requirements and metrics, the HSI domains and trade-offs between them, and HSI test and evaluation methods.
Develop reliability deliverables for an example electronic system. Practical analysis links reliability requirements and programme plans with prediction, failure analysis, maintainability, support and testing.
Limited-time online trial course advertised by the International System Safety Society for participant review and feedback.
Two-day introduction to systems engineering and MBSE with SysML using electric and automated vehicle examples, linked to ISO 26262, ISO/SAE 21434 and ISO/PAS 21448.
Five-day course on planning, conducting and reporting ISO 26262 functional safety assessments, audits and confirmation reviews, with 15 exercises evaluating safety plans, concepts, analyses, test plans and safety cases.
One-day workshop on failure mode, effects and diagnostic analysis (FMEDA) for ISO 26262 hardware: part identification, FIT tables, failure mode distribution, single-point and latent fault metrics, and the safety plan.
Workshop on the AIAG-VDA supplemental FMEA for monitoring and system response (FMEA-MSR) in ISO 26262 work, run in a two-day edition and a one-day edition: preparation, structure, function, failure and risk analysis, optimisation and communicating risk.
One-day workshop on performing a hazard analysis and risk assessment for ISO 26262: item definition and assumptions, hazards and operational scenarios, and rating severity, exposure and controllability to an ASIL.
Two-day introduction to ISO 26262 for managers and product development staff, also run as a one-day executive edition: the standard's framework, ASIL tables, safety management, the concept phase and the safety concepts.
Five-day advanced ISO 26262 workshop for certified practitioners that builds a complete safety case, working through the work products and ASIL tables of all 12 parts with independent review of selected work products.
Five-day ISO 26262 course focused on hardware and semiconductor development, from safety management and the concept phase to hardware safety requirements, diagnostic coverage, hardware metrics and Part 11, with an optional certification exam.
Five-day course covering all 12 parts of ISO 26262 through a running case study, with an optional certification exam; Omnex also offers motorcycle and trucks-and-buses editions.
Three-day course on the safety of road vehicles whose driving functions use AI, following ISO/PAS 8800: AI safety lifecycle, safety requirements, architecture, datasets, verification and validation, safety analysis and assurance arguments.
Three-day course on vulnerability analysis and assessment under ISO/SAE 21434: scanning and exploits, infrastructure and controller vulnerabilities, failure modes, vulnerabilities and effects analysis (FMVEA), CVSS scoring and risk assessment.
Course on planning, conducting and reporting a threat analysis and risk assessment under ISO/SAE 21434: damage scenarios and impact ratings, attack paths and feasibility, risk values, CAL evaluation and risk treatment.
Three-day classroom workshop on the maintainability analyses of ASD S4000P Issue 2.1: deriving preventive maintenance task requirements through system, structure, zonal and special event analysis, and optimising them in service.
Advanced automotive mathematical modelling and control training covering vehicle dynamics, control and state estimation. The course focuses on automotive modelling and control rather than a broad systems engineering methods curriculum.
Course presenters may include: Jonas Fredriksson
Two-day overview of how Automotive SPICE, ISO 26262 functional safety and ISO/SAE 21434 cybersecurity fit together in product development, from the concept phase to system, software and hardware processes and management.
Three-day course on reliability programme concepts, design analysis methods and test approaches in the V-model, from reliability maths and prediction to FMEA, fault tree analysis and reliability growth testing.
Applies a structured engineering approach to acquiring traffic signal systems, connecting planning, design and implementation to model engineering documents..
Two-day seminar on building the structured argument for an item's cybersecurity under ISO/SAE 21434 and SAE J3061: goals, arguments and evidence, a layered argument model, GSN and the MISRA argument structure.
Two-day seminar on building a safety case from the start of a functional safety project to serial production, using goal structuring notation and the MISRA guidelines for safety arguments.
Group-training course on systems engineering fundamentals using the INCOSE SE Handbook: organizational and project context, requirements, specialty engineering and technical processes.
Hands-on RAMS course for engineers: allocating RAMS targets and requirements, preliminary safety analysis, FMEA, design for maintainability, reliability testing and RCM.
One-day overview of reliability, availability, maintainability and safety (RAMS) processes across the life cycle for managers.
Two-hour module on the threat and error management framework for remotely piloted aircraft operations: common threats, error types, detection and recovery, checklists and incident analysis.
Three-day introduction to reliability engineering principles and their use in design, manufacturing, test and field support, including FMECA and reliability demonstration tests.
Three-day course on quantitative reliability analysis across the system life cycle: stress-strength analysis, data analysis, reliability demonstration tests and design of experiments.
Course presenters may include: Rich Wisniewski
Three-day course on planning, analysing and sustaining a reliability-centred maintenance programme, from FMECA and criticality analysis to RCM decision logic and task packaging.
Four-hour module on the key concepts and activities of reliability-centred maintenance, from maintenance significant items and functional breakdown to failure modes and zonal analysis.
Three-day foundation course in reliability engineering across design, manufacture, test and field support: reliability maths and data analysis, predictions, FMECA, fault tree analysis and reliability testing.
Three-day on-site course on growing reliability through the whole life cycle: reliability growth management, design methods such as FMECA, FTA and physics of failure, and test-based growth with FRACAS and growth models.
Four-hour module on reliability prediction analysis: its basis, reliability modelling, the main reliability standards and prediction calculations, finding or estimating reliability data, and the limits of the analysis.
Introduction for systems engineers to designing for faults, hazards and threats: fault accommodation, risk management and the relationship between safety and security.
One-day classroom seminar on setting safety and reliability targets and applying the main analysis methods: reliability prediction, FMEA and FMES, fault tree analysis, functional hazard analysis and common mode analysis.
Two-day course on integrating ISO 26262, ISO 21448 and ISO 8800 into development processes for AI systems: AI safety management, assurance arguments, safety requirements, verification and validation.
Classroom seminar on aircraft and system safety assessment to CS 25.1309, ARP4754B and ARP4761: functional hazard assessment, FTA, FMEA and common cause analyses.
Producing and assessing safety cases: role and content, selecting arguments and evidence, and textual and graphical argument notations.
Four-day live-virtual course on functional safety to IEC 61508: safety life cycles, hardware and systematic safety integrity, SIL determination, software safety and cybersecurity.
Course facilitators may include: Ron Bell, Dave Green, Dewi Daniels
Two-day classroom seminar presenting MIL-STD-882 system safety as a management model for safety-critical complex systems: the safety programme plan, hazard analyses and safety verification in the V-model.
Limited-time online trial course advertised by the International System Safety Society for participant review and feedback.
Workshop on risk-oriented automotive security testing: ISO 21434 terminology, TARA, secure coding and code analysis, fuzz testing and grey-box penetration testing, with a live fuzzing demonstration.
Three-day classroom seminar in Munich on developing airborne software under ED-12C/DO-178C: software levels, planning, development and verification processes, and the integral processes of certification.
One-day classroom seminar in Munich for teams developing DAL D airborne software, focused on meeting the DO-178C objectives for that level efficiently.
Three-day bootcamp on software failure modes and effects analysis and software reliability, including how to work with IEEE 1633.
Course presenters may include: Ann Marie Neufelder
Workshop on performing a software failure mode and effects analysis at any stage of development, run as a two-day course and a one-day ISO 26262 core-tools edition: boundary diagram, failure modes, causes, controls, effects, risk priority and the verification plan.
Two-day course on planning, developing and maintaining a software FMEA with the SAE J1025 method through the software lifecycle, from architecture and failure modes to criticality, action priority and a software verification plan.
Self-paced recorded course combining software safety and engineering principles into software system safety processes, with modules, exercises and quizzes.
Two-hour module on the human factors challenges particular to remotely piloted aircraft: physical separation, teleoperation and delayed feedback, workload, trust in automation, fatigue, and ethical and legal questions.
Two- to five-day classes introducing STAMP and STAMP-based methods: STPA hazard analysis, safety-guided design and CAST accident analysis, tailored or open enrollment.
Week-long residential Summer School on logistics engineering and integrated logistics support (ILS) across the system lifecycle.
Course presenters may include: Sven Strömhäll, Nils Niklasson, Alexander Lejon, Stuart Allison, Mike Cost
Five-day practical course on applying and managing logistic support analysis within a systems engineering context, following the LSA process through the life cycle.
Four-day workshop-based course on failure modes and effects analysis and the theory and practical application of reliability-centered maintenance decisions.
Group-training course on developing system architecture and hardware/software design within the systems engineering process, focused on mission-critical systems.
Three-day course on the right side of the V-model: integration approaches, evaluation methods (analysis, demonstration, inspection, test), traceability and verification and validation planning.
Explores engineering across connected systems and organizational boundaries.
The analysis and assessment phase of the system safety lifecycle: qualitative and quantitative safety analysis techniques and use of operational data.
Course for safety professionals and managers on hazard discovery, risk assessment and control, and reviewing safety work, with a systems engineering module by TSTI.
One-day introduction for project and engineering managers to integrating system safety activities, safety cases and hazard management into an acquisition program.
Course presenters may include: Matthew Squair
Three-day system safety course for safety specialists covering safety planning, safety cases, hazard identification, fault tree, event tree and FMECA techniques, and safety standards.
Course presenters may include: Matthew Squair
Classroom seminar on the aircraft and system development processes of SAE ARP4754B / EUROCAE ED-79B and their relationship to generic systems engineering, with a worked braking-system example.
Intensive course for engineers moving into senior technical roles: complexity, architecting, design optimisation, IV&V, technical management, RAM and soft skills.
Course presenters may include: Mike Johnson, Dr Marco Di Maio, Dr Sebastian Klabes, Sandra Roth
Five-day practitioner workshop applying ISO 15288-aligned systems engineering and MBSE end to end on a defence system, with public editions themed on military vehicles.
Course facilitators may include: Mark Eggler
Five-day practical systems engineering course covering the lifecycle from problem definition and requirements through architecture, design, integration, verification, validation and engineering management.
Course presenters may include: Robert Halligan, John Fitch, Richard Beasley, Dr Chris Hales, Kartal Cagatay
Thirty-hour professional systems engineering certificate program covering requirements, architecture, integration, verification and validation, technical management and systems thinking across the lifecycle.
Course facilitators may include: Kenneth L. Preston, DBA
Two-day online intermediate course covering MBSE fundamentals, system description with SysML (without tools) and architecture-based safety analysis, taught in Japanese.
Course presenters may include: Hidekazu Nishimura (西村 秀和), Fumiaki Kawano (河野 文昭)
Practical analysis and modelling of system reliability, availability and maintainability, including FMECA, fault trees, RBDs and MBSE support.
Presented by: Dr Kevin Howard
One-day workshop on running a threat analysis and risk assessment end to end under ISO/SAE 21434, from item definition to security goals and verifiable cybersecurity requirements.
Limited-time online trial course advertised by the International System Safety Society for participant review and feedback.
Three-day overview of the ISO 21448 safety of the intended functionality standard: foreseeable misuse, functional insufficiencies, triggering events and verification and validation strategies.
Three-day course (20 training hours) on life-data analysis and failure prediction, with confidence intervals, system models and Crow-AMSAA analysis for repairable systems.
Course presenters may include: Wes Fulton, Carl Tarum
Estimate product reliability from failure and survival data using Weibull analysis.
Three-day workshop on designing safety in during the requirements and design phases using a systems approach.
Two-day seminar on specifying cybersecurity requirements, test cases and hardware/software interfaces from a threat analysis, worked through an airbag case study with attack trees, threat modelling and countermeasures.