Directory
Professional courses from specialist providers worldwide. Dates, pricing and enrolment are managed by each provider.
128 courses
One-day seminar introducing systems engineering and the business case for it at enterprise, project and technical levels.
Course presenters may include: Robert Halligan, John Fitch, Richard Beasley
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
One-day examination of agile practices in physical systems engineering, their applicability and limitations, and the role of MBSE.
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
One-day introduction to model-based systems engineering, the role of models, organizational adoption and core SysML diagrams.
Two-day introduction to systems engineering fundamentals with hands-on practice in writing testable requirements, traceability, verification and change management.
Course on executing systems engineering on space programs: calibrating rigor, requirements, architecture, interfaces, verification planning and technical management.
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.
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
Two-day introduction to electric and automated vehicle architectures and to the design requirements that functional safety, SOTIF and cybersecurity place on them.
Workshop on aircraft and avionics system development assurance under ARP4754A and ARP4754B, with ARP4761A safety assessment, requirements, V&V and model-based development.
Tailored team training and workshops combining systems engineering techniques with practical application to organizational problems.
Ten-day on-campus certificate programme in Karlsruhe combining five short courses: systems engineering fundamentals, big data management, modelling and simulation, an embedded systems case study, and process models and assessments (6 ECTS).
Instructor-led bootcamp preparing for the International Council on Systems Engineering (INCOSE) Associate or Certified Systems Engineering Professional (ASEP/CSEP) knowledge exam using the INCOSE Handbook v5.
Course facilitators may include: William “Bill” Fournier, Glen Francisco, Dr John Gill
Two-day short course on core systems engineering, with hands-on design exercises focused on early concept definition and acquisition.
Facilitator: Grant Moran
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
Systems engineering applied to infrastructure projects: stakeholder problem definition, intended-use descriptions, design and engineering management.
Presented by: Dr George Sousa
Part-time 16-day executive certificate covering the management, technical and contractual processes of complex systems engineering, including integrated logistics support.
Advanced systems engineering program for defense, run with the DGA: three modules on systems thinking, architecture and modeling, and architecture evaluation.
Classroom course in structuring and leading a conceptual design effort: SE processes, requirements and ConOps, functional analysis and architecture, trade studies, V&V and SEMP development.
Letter27 advertises a three-day systems engineering fundamentals course.
Introduces systems planning, requirements, architecture, interfaces, integration, verification and validation.
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
Twelve-day programme preparing participants for Certified Systems Engineer (GfSE)® Level B under the SE-ZERT® programme.
Twelve-day program in four three-day blocks preparing for Certified Systems Engineer (GfSE)® Level B, with an exam day usually added as a thirteenth day.
Twelve-day programme preparing participants for Certified Systems Engineer (GfSE)® Level C under the SE-ZERT® programme.
Twelve-day program in four three-day blocks preparing for Certified Systems Engineer (GfSE)® Level C, based on the GfSE German-language systems engineering handbook.
Twelve-day, four-month preparation for the Certified Systems Engineer (GfSE)® Levels C and B, combining self-study with monthly three-day classroom units.
Three-day course preparing experienced engineers for the GfSE lateral-entry exam, which gives access to Level B certification without a Level C certificate.
Two-day introduction to systems engineering (Fundamentals of Systems Engineering) with industrial case studies, in person or in-house.
Course presenters may include: Ulf Könemann, Michel Scholtysik
Three-day classroom preparation in Munich for the INCOSE ASEP and CSEP knowledge exam, taught in German with English practice questions.
Four-week live-online cohort course walking through all six parts of the INCOSE Systems Engineering Handbook v5.0 for ASEP/CSEP exam preparation.
Five-day, five-module review of the INCOSE Systems Engineering Handbook, Fifth Edition, for the knowledge exam used for ASEP and CSEP, with timed practice questions, a mock exam and a personal revision plan.
Tailored training advertised under the title INCOSE SE Views.
Company-specific preparation for the INCOSE ASEP and CSEP exams, working through the INCOSE Systems Engineering Handbook with practice questions, over two to five days.
Classroom course building systems engineering skills while preparing for the International Council on Systems Engineering (INCOSE) Associate or Certified Systems Engineering Professional (ASEP/CSEP) knowledge exam.
Presented by: Mike Johnson
Five-day live course preparing participants for the International Council on Systems Engineering (INCOSE) Systems Engineering Professional (SEP) knowledge exam, using the INCOSE Systems Engineering Handbook, Fifth Edition.
Course facilitators may include: Paul Davies, Francois Retief, Dr Ron Carson, Dan Foster, Dr Devanandham Henry, Stueti Gupta, Mudit Mittal
Four-day classroom preparation for the International Council on Systems Engineering (INCOSE) SEP knowledge exam at ASEP or CSEP level, aligned with the Systems Engineering Handbook, Fifth Edition.
Self-paced online preparation for the International Council on Systems Engineering (INCOSE) Systems Engineering Professional (SEP) knowledge exam, covering the Systems Engineering Handbook, Fifth Edition, with video instruction, process-flow learning aids, quizzes, practice exams and lifetime access.
Course facilitators may include: Paul Martin
Group-training preparation for the INCOSE ASEP/CSEP exam, walking through all processes of the INCOSE SE Handbook with a process flow diagram, quizzes and a sample exam.
Two-day introduction to systems engineering consistent with the INCOSE SE Handbook: stakeholders and concept of operations, requirements, architecture, VVT and MBSE.
Follow a space mission from stakeholder needs and concepts of operation through functional analysis, system requirements and architecture.
Course presenters may include: Geilson Loureiro
One-day introduction to SysML modelling, including modelling requirements and setting up a project.
Two-day foundation in systems engineering principles and processes, aligned with ISO/IEC/IEEE 15288 and the INCOSE Systems Engineering Handbook.
Course tutor: Mark Williamson
Introduces lifecycle engineering, requirements, system design and technical management.
Three-course Coursera specialization covering the systems engineering lifecycle, requirements and design, and risk and program management.
Course presenters may include: William Van Atten
Two-day foundation in systems engineering for defence capability, acquisition and technology personnel, with an MBSE demonstration.
Course presenters may include: Mark Eggler
Introduces systems engineering for traffic signal implementation, using adaptive signal control to examine operational needs and lifecycle decisions..
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.
Why, what and how of systems thinking: system boundaries, classification, cause and effect, complexity and thinking tools, applied in three workshops.
Presented by: Dr Marco Di Maio
One-day introduction to systems thinking and the systems engineering process for managers, operators and engineers on major projects.
Course facilitators may include: John Nasr
Virtual-classroom overview of test and evaluation (T&E) principles and processes across the Capability Life Cycle, from concept to disposal.
Two-day workshop on applying ISO/IEC/IEEE 15288 as a systems engineering life-cycle process framework, including tailoring.
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
Introductory course on managing engineering projects, combining systems engineering basics with planning, organising and engineering management controls.
Course presenters may include: Pat Byrne
Two-day introduction to the foundations of concurrent design and model-based systems engineering (MBSE), with examples from practice.
Examine the relationship between production processes, organizational structure and the engineering life cycle of a space project.
Course presenters may include: Leonel Fernando Perondi
Self-paced preparation for the International Council on Systems Engineering (INCOSE) knowledge exam required for Associate Systems Engineering Professional (ASEP) certification, based on the INCOSE Systems Engineering Handbook, Fifth Edition.
In-house workshop in which a project team applies the systems engineering process to developing its Operational Concept Document.
Course presenters may include: Mike Ryan
In-person study programme in Stockholm preparing for the International Council on Systems Engineering (INCOSE) Associate or Certified Systems Engineering Professional (ASEP/CSEP) knowledge exam.
Course facilitator: Tom Strandberg
Five-day online preparation for the International Council on Systems Engineering (INCOSE) ASEP and CSEP knowledge exam, with exam simulations.
Trainer: Ilyes Yousfi
Online professional certificate for defense and industry personnel covering systems engineering from user needs through design, synthesis and sustainment.
Group-training course on systems engineering fundamentals using the INCOSE SE Handbook: organizational and project context, requirements, specialty engineering and technical processes.
Self-paced Udemy course through the ISO/IEC/IEEE 15288 lifecycle processes, from concept and requirements to architecture, verification and disposal.
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
Open preparation for Certified Systems Engineer (GfSE)® Level B over about three months, run in Cologne and Kiel in German and in Aarhus in English.
Hybrid preparation for Certified Systems Engineer (GfSE)® Level C: twelve training days in two on-site and two virtual modules over two to three months.
Course facilitators may include: Daniel Steffen, Michael Franzkowiak, Tobias Wigger
One-week course on the systems approach to spacecraft design and the interaction of spacecraft subsystems, run by the Astronautics Group since 1974.
Week-long residential Summer School on applied systems engineering and system architecture.
Course presenters may include: Jonas Larsson, Peter Henriksson
Week-long residential Summer School on design thinking and systems engineering, starting from need identification and problem definition.
Course presenters may include: Tom Strandberg, Dr Dinesh Verma
Three-day entry-level course in the logic, principles and processes of systems engineering, its relationship to project management, and generating requirements from an architecture.
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.
One-day overview of systems engineering for non-specialists on defence programs, such as project managers, ILS, finance and capability staff.
Course presenters may include: Mark Eggler
One-day introduction to systems engineering fundamentals, the system lifecycle and how systems engineering roles differ from project management.
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
Company-specific two- to three-day introduction to the key principles, processes and methods of systems engineering, adaptable to the organization's needs.
Half-year programme building practical skill in the ISO/IEC/IEEE 15288 life-cycle processes and systems engineering techniques across project phases, through team assignments and cases.
Course presenters may include: Sies Overbeek, Bart van Luling
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.
Introduces system context, requirements, architecture and lifecycle verification through practical exercises..
On-demand introductory systems engineering training listed in CITE’s transportation education catalogue.
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
Introduces systems engineering fundamentals for medical technology applications..
Introduces systems engineering fundamentals for railway applications..
Three-day practical introduction to systems engineering based on the INCOSE Systems Engineering Handbook and ISO/IEC/IEEE 15288, applying systems thinking to an example project.
One-day overview of systems engineering terminology, disciplines, roles and MBSE diagram types for newcomers.
One-day overview of systems engineering: its value, terms, system hierarchy, standards, the system life cycle, the V model and the ISO 15288:2023 processes.
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
Online course in the processes and management practices that guide complex technical programmes, based on Blanchard's Systems Engineering Management.
Two-day Tonex programme covering systems engineering principles, requirements, architecture, IV&V, risk and configuration control, with a Tonex exam and certificate.
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
Self-paced online introduction to systems engineering roles, processes, requirements, architectures, verification and validation, and risk, in a predominantly DoD context.
Eight-week, fully online three-credit course on the INCOSE Systems Engineering Handbook, primary literature and professional competencies, open to non-degree students.
Blended course applying systems engineering to transport projects: problem framing, stakeholders and competing needs, writing requirements, architecture, and verification and validation.
Course facilitators may include: John Nasr
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
Five-day course combining the three-day Systems Engineering—Introduction with a two-day practicum of conceptual and preliminary design exercises.
Course presenters may include: Mike Ryan
Three-day practical introduction to systems engineering across the whole system life cycle, with emphasis on requirements engineering, reviews and systems engineering management.
Course presenters may include: Mike Ryan
Two-day online beginner course in systems engineering fundamentals, life-cycle stages, systems thinking and model-based communication, taught in Japanese.
Course presenters may include: Hidekazu Nishimura (西村 秀和), Fumiaki Kawano (河野 文昭)
Practical systems engineering training covering requirements, architecture, interfaces, integration, verification and validation.
Three-day course on lifecycle management and the role of reviews in controlling risk, taught through a case study project.
Course on applying systems thinking and systems engineering as a leadership capability in complex, asset-intensive environments, from a one-day overview to a three-day workshop.
Course facilitators may include: John Nasr
Two-day in-person training in systems thinking for interdisciplinary teams (Systems Thinking – Mastering Complexity), presented as core to systems engineering.
Course presenters may include: Ulf Könemann, Anja Schierbaum, Daniel Nordsiek
Two-day case-based course using lessons learned to build decision-making frameworks for systems engineering and project management challenges.
Five-day on-campus course in systems thinking and modelling for complex problems, including causal-loop and stock-and-flow modelling.
Course presenters may include: Dr Sondoss Elsawah
Two-day classroom course on systems thinking principles and the systems-of-systems approach to managing interacting, independent systems.
Investigate complex problems before a business change project begins.
Self-paced online course of about eight hours on systems thinking, complexity and the core principles and processes of systems engineering.
Course presenters may include: Jawahar Bhalla
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
Facilitator training in TeamStorming, using structured group exercises to capture stakeholder needs and ideas in a format useful to systems engineers.
Half-day online introduction to the discipline and role of systems engineering for HR, quality, procurement, finance and operations staff, including recruiting systems engineers.
Presented by: Mike Johnson
Three-day deepening course in systems engineering techniques for controlling project content: customer requirements, design process, and verification and validation.
Preparation for the Certified Systems Engineer (GfSE)® Level B exam, taught in four three-day blocks.
Preparation for the Certified Systems Engineer (GfSE)® Level C exam, taught in four three-day blocks.
Week-long residential Winter School on managing the technical and managerial complexity of large systems projects.
Course presenters may include: Tom Strandberg, Dr Dinesh Verma, Malin Calemark