Overview
A broad professional systems engineering program designed to build practical capability across the lifecycle, from stakeholder needs and requirements through architecture, integration, verification and validation.
The program is available in live-online and self-paced formats and uses lectures, demonstrations and applied exercises drawn from aerospace, defence, energy, medical technology and other complex engineering contexts.
Course facilitators may include
DBA and MBA (Project Management), Columbia Southern University · MS and BA (Physics), Hampton University · Vice-Chair, Cal State LA Mechanical Engineering Industry Advisory Board
Aerospace engineer with 35 years' industry experience, including 25 in project management, who teaches systems engineering for Caltech CTME.
Foundations & practitioner developmentIntegration, V&V and test
- Works with
- Caltech Center for Technology and Management Education
Modeling language, method and software
- Modeling language
- SysML v2
The course benefits explicitly include model-based systems engineering approaches using SysML and SysML v2. No modeling software is named for this course.
As stated on the provider's course page, checked 11 October 2026. Confirm the language version and software edition with the provider before booking.
Who should attend
- Component and subsystem engineers
- Software engineers
- Hardware engineers
- Systems engineers
- Project managers
- Business analysts
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- Technical support personnel
- Professionals seeking broad systems engineering capability
- Professionals pursuing INCOSE ASEP or CSEP certification
Prerequisites
- No formal prerequisite. Engineering, project or system-development experience is helpful but not required.
Learning outcomes
- Conduct mission analysis and develop a Concept of Operations.
- Analyse customer and stakeholder needs.
- Develop and assess system requirements.
- Use functional analysis methods.
- Architect systems, subsystems, interfaces and interactions.
- Evaluate design alternatives and trade-offs.
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- Apply systems-thinking principles to product development.
- Develop integrated system designs.
- Define verification and validation plans.
- Understand specialised engineering considerations such as maintainability and Design for Manufacturing.
- Manage engineering cost, schedule, risk and accountability.
- Plan and control traditional and Agile technical programs.
- Understand MBSE approaches using SysML and SysML v2.
- Understand technical reviews and audits.
- Understand systems engineering management and risk management.
Course outline
- 01
Introduction to Systems Engineering
- 02
Defining System Requirements
- 03
Functional Analysis
- 04
System Specifications
- 05
System Architecture
- 06
Decision Analysis
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- 07
Design and Integration
- 08
Verification and Validation
- 09
Engineering Specialties
- 10
Systems Engineering Management
- 11
Technical Reviews and Audits
- 12
Risk Management
- 13
Quality Management
- 14
Creating a High-Performance Team
- 15
Minimising and Resolving Team Conflicts
Interactive activities
- Interactive instruction
- Applied exercises
- Demonstrations
- Assignments
- Optional graded INCOSE SEP knowledge-exam assignment
- Asynchronous instructor access for guidance and support
Assessment and evaluation
Course requirements include assignments and assessment activities. Caltech also offers an optional open-book INCOSE SEP knowledge-exam assignment. Caltech states that participants who achieve the required result may use the INCOSE Academic Equivalency pathway.
What participants receive
- Caltech Systems Engineering Fundamentals Certificate upon successful completion
- Supplemental learning resources
- Instructor access
Certificate of completion
Caltech Systems Engineering Fundamentals Certificate
Certification and professional development
Caltech states that successful completion can provide an INCOSE Academic Equivalency pathway for ASEP or CSEP without sitting the separate standalone INCOSE knowledge examination, subject to completion of the program's required assessment and the applicable INCOSE certification requirements.
Certification relevance indicates subject-matter relevance only. It does not imply accreditation, formal alignment or endorsement by any certifying body.
Follow-up support
Asynchronous access to the instructor for guidance and support is included.
Training areas
Related discipline: Systems Thinking & Complexity
Foundations & practitioner development
Project Performance International
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
Foundation1 day
- Access
- Public enrolment · Private / corporate
- Delivery
- Face-to-face · Live online
Foundations & practitioner development
Scarecrow Consultants
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
Foundation3 days
- Regions
- United Kingdom
- Access
- Public enrolment · Private / corporate
- Delivery
- Face-to-face · Live online
Technical management
Scarecrow Consultants
One-day examination of agile practices in physical systems engineering, their applicability and limitations, and the role of MBSE.
1 day
- Regions
- United Kingdom