Directory
Professional courses from specialist providers worldwide. Dates, pricing and enrolment are managed by each provider.
99 courses
Three-hour e-learning module on integrating the components of an automated driving system into the vehicle: high-performance computing, middleware, the communication architecture, the on-board power system and system approval.
Advanced MBSE + SysML workshop on design and architecture patterns, trade studies, model-driven simulation and V&V automation, SysML customisation and architecture-centric processes, taught tool-independently.
Course presenters may include: Cris Kobryn
Self-paced continuation of MBSE Fundamentals applying the full construct of SysML across all nine diagrams, with simulation, model guidelines and model review.
Four-week, module-based advanced T&E programme in testing real systems of systems, design of experiments, simulation validation, digital T&E and AI assurance.
Three-day introduction to systems engineering across the full lifecycle, taught through fantasy-themed team storytelling in which teams define, design and deliver a system.
Course facilitators may include: Jessica Korzeniowska
Workshop on using AI, especially large language models, for systems engineering tasks such as requirements, architecting, traceability, verification and risk analysis.
Presented by: John Fitch, Francois Retief
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.
Two-day introduction to systems engineering fundamentals with hands-on practice in writing testable requirements, traceability, verification and change management.
Tool-agnostic, hands-on course in building and using system models across the lifecycle, practiced in Innoslate (or Cameo in AIAA sessions).
Self-paced online course across the systems engineering V life cycle, in which participants produce a full set of deliverables on a capstone project with instructor design reviews.
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
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
Study how satellite teams qualify equipment, plan assembly and integration, and prepare hardware for functional and environmental tests through the launch campaign.
Course presenters may include: Geilson Loureiro
Two-day introduction to Automotive SPICE covering the process assessment and reference models, capability levels, assessments and the changes in ASPICE 4, with an emphasis on systems as well as software engineering.
Two-day course on the Automotive SPICE system processes: system requirements analysis, system architecture, system integration and qualification test, with traceability and process risk.
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.
Two-day short course on core systems engineering, with hands-on design exercises focused on early concept definition and acquisition.
Facilitator: Grant Moran
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.
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.
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.
Five-day course in Lausanne on systems engineering for space systems: stakeholders and requirements, architecture and tradespace exploration, concurrent engineering, integration and interfaces, verification and validation, change management and operations, with a group design competition.
Course presenters may include: Dr Gilles Feusier, Prof. Dr Gerhard Stefan Székely
Plan human systems integration tests within a systems engineering test program.
Course presenters may include: Clayton J Hutto, Debra Jones
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.
Two-day introduction to systems engineering consistent with the INCOSE SE Handbook: stakeholders and concept of operations, requirements, architecture, VVT and MBSE.
Two-day intacs course for Automotive SPICE assessors and process experts on the Hardware SPICE extension: the hardware engineering processes HWE.1 to HWE.4, rating rules, ISO 26262 mappings and guided assessment practice.
Practitioner-level course on integration, verification and validation of complex systems, consistent with ISO 15288 and the INCOSE Systems Engineering Handbook.
Course presenters may include: Mike Johnson, Dr Marco Di Maio, Dr Kevin Howard
Course on defining and managing interfaces to avoid delays, rework and disputes, built around eight interface-management practices.
Presented by: Paul Davies
Intermediate MBSE + SysML workshop on recursive analysis and design patterns, modelling and simulation for V&V, trade studies and large-scale model management, taught tool-independently with whiteboard practice.
Course presenters may include: Cris Kobryn
One-day course on T&E methodology across the Defence Capability Life Cycle, from T&E types and strategies to TEMP development.
Course presenters may include: Mark Schweikert
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.
Two-day foundation in systems engineering for defence capability, acquisition and technology personnel, with an MBSE demonstration.
Course presenters may include: Mark Eggler
Virtual-classroom overview of test and evaluation (T&E) principles and processes across the Capability Life Cycle, from concept to disposal.
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.
One-day introduction to systems engineering concepts, the ISO/IEC/IEEE 15288 technical processes, requirements engineering, verification and validation, and SE management.
Course presenters may include: Raphaël Faudou, Ida Electra Dahl, Mourad Chibane, Julien Torres, Mayssa Chebbi, Guillaume Lanfrey
Training in architectural model execution through behavioral and parametric simulation, trade studies and co-simulation.
Overview of how models and simulations are used across every phase of the systems engineering lifecycle, from needs analysis to sustainment.
Course presenters may include: James E. Coolahan, PhD
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.
One-day course on building an integration, verification and validation (IVV) strategy, verification planning and procedures, and managing errors found in verification.
Course presenters may include: Raphaël Faudou, Ida Electra Dahl, Mourad Chibane, Julien Torres, Mayssa Chebbi, Guillaume Lanfrey
Online professional certificate on test and evaluation principles and methods for assuring complex systems, from concept to sustainment.
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.
Self-paced online course on developing customer requirements into unambiguous specifications, with allocation, flow-down, testability, verification and validation.
Three-day practical requirements engineering course covering requirements creation, analysis, allocation, management and their use through verification.
Course facilitators may include: William “Bill” Fournier, Glen Francisco, Dr John Gill
Five-day practical requirements engineering workshop covering requirements analysis, quality, specification development, traceability and methods for discovering and correcting requirements defects.
Course presenters may include: Robert Halligan, John Fitch, Paul Davies
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.
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.
One-week course on the systems approach to spacecraft design and the interaction of spacecraft subsystems, run by the Astronautics Group since 1974.
Use an educational CubeSat case to study verification and validation from mission concept through operations, including model-based testing and evidence for technical reviews.
Course presenters may include: Maria de Fátima Mattiello Francisco
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.
Applies lifecycle engineering to testing system elements and integrated systems.
Self-paced online course on planning and executing system V&V across the life cycle: V&V planning, metrics, specifications and test and evaluation integration.
Course on planning and executing verification and validation across the system lifecycle, with hands-on assembly, integration and verification exercises on a desktop CubeSat.
Course facilitators may include: Jerry Jon Sellers
Two-day workshop on a systems approach to verification and validation, including early design V&V as well as build V&V.
Self-paced online course on systems analysis methods, developing and integrating system models, and model-based and hardware-in-the-loop simulation for V&V.
Five-day course on requirements, architecture, trade-offs, risk, interfaces, integration and V&V for system leads and architects, in Dutch or English.
Course presenters may include: Clemens Lohman, Robin de Graaf, Prof. Dr. ir. G. Maarten Bonnema, Dick Terleth
Two-day course on systematic systems engineering based on INCOSE, SysML and ASPICE: complexity, SysML modeling and MBSE frameworks, architecture evaluation, product lines and system V&V.
One-day workshop introducing systems engineering, from systems thinking and lifecycle models to MBSE, requirements, architecture and V&V.
Pre-recorded series of six one-hour modules on systems engineering fundamentals, with 60 days' access and email access to the instructors.
Course facilitators may include: William “Bill” Fournier, Frank DiBartolomeo, Jr.
Compact course on systems engineering processes and methods according to ISO/IEC/IEEE 15288, using the GfSE systems engineering handbook.
Online modules plus a one-day workshop on systems engineering and lifecycle management, from stakeholder needs to V&V and MBSE.
Course presenters may include: Tom Strandberg, Jonas Larsson
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
Four-week live online course on applying systems engineering to AI-intensive aerospace systems: requirements, risk, architecture, integration, testing and V&V.
Instructors: Phil Barry, Jesse Kirkpatrick, Sri Krishnamurthy
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
Five-day systems engineering training covering requirements, architecture, integration, technical control, verification and validation.
Three-day systems engineering fundamentals course covering core systems engineering principles, technical processes, architecture, project risk, verification and validation and professional practice.
Course facilitators may include: Mike Johnson, Dr Marco Di Maio
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
Intensive five-day course in how to do systems engineering, from gathering and analysing requirements through concept design to verification and validation.
Three-day version of the systems engineering fundamentals course, covering requirements, system concepts, design and verification and validation.
Eight-week online course combining self-paced study with weekly live sessions, covering systems thinking, requirements, verification and validation, and technical management.
Systems engineering fundamentals applied to fusion R&D: roles, ISO 15288, operational and functional analysis, lifecycles, risk and V&V, with a fusion workshop.
Presented by: Dr Marco Di Maio
Three-day applied course with instructor-led workshops on each stage of the systems engineering method for defence projects.
Course presenters may include: Mark Eggler
In-depth course on managing engineering projects: planning and organising engineering, requirements, design, configuration, interface, V&V and risk management.
Course presenters may include: Robert Halligan, Pat Byrne
Overview of systems engineering principles and process elements for people who work alongside systems engineering rather than practise it in depth.
Course presenters may include: Robert Halligan, John Fitch, Richard Beasley, Dr Chris Hales
In-company course (Systems Engineering for Engineers) for engineers in multidisciplinary teams, in five afternoon-evening sessions.
Course presenters may include: Dr. Erik Puik, Ir. Jos Gunsing, Ir. Rini Zwikker
Practical systems engineering training covering requirements, architecture, interfaces, integration, verification and validation.
Online project-based course applying systems engineering to systems combining hardware and software: requirements allocation, trade-offs and integration issues.
Addresses system integration, configuration baselines, verification and validation, reliability and failure analysis.
Workshop on developing and managing systems of systems: capabilities engineering, architecture frameworks, complexity, integration, collaboration and T&E.
Course facilitators may include: Glen Francisco, William “Bill” Fournier, Dr John Gill
Online course in the V&V process, test and evaluation metrics and management, prototyping, modelling and simulation, and lessons from historical failures.
One-day practitioner course on tailoring systems engineering processes to balance formality, project risk, issues, opportunities, cost and schedule.
Course facilitators may include: William “Bill” Fournier
Five-day face-to-face course in planning, conducting, analysing and managing test and evaluation (T&E) across the Capability Life Cycle; the same content is offered with assessment as the Certificate IV in Test and Evaluation.
Three-day course on the Automotive SPICE 4.0 processes from project management and requirements to verification, capability levels 2 and 3, and mapping ASPICE to ISO 26262 and IATF 16949, with ten exercises and a final exam.
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 deepening course in systems engineering techniques for controlling project content: customer requirements, design process, and verification and validation.
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
Three-day workshop on writing system, software and hardware requirements and test cases under Automotive SPICE v4.0 and Hardware SPICE, with architecture notation and traceability.