Module 1
Human Systems Integration and Socio-Technical Context
- Total-system performance and HSI domains
- Users, operators, maintainers and stakeholder roles
- Operating environments and organisational context
- Human-centred lifecycle integration
Human Systems Programme
Human Systems Integration and Socio-Technical Design
Integrate human capabilities, limitations, roles and organisational realities into total-system design and evaluation.
Course overview
Treat people, technology, work and organisation as one integrated system.
Human Systems Integration and Socio-Technical Design develops the ability to design systems that account explicitly for human performance, workload, usability, training, staffing, organisational arrangements and operational context.
Participants identify human roles and functions, analyse work, allocate functions between people and technology, define human-system requirements, assess interfaces and workload, and integrate training and organisational change into lifecycle decisions.
The course moves beyond interface design alone to support total-system performance, safety, adoption and operational effectiveness.
Learning outcomes
What participants will be able to do.
By the end of the course, participants should be able to:
- Explain Human Systems Integration and socio-technical design principles across the system lifecycle.
- Identify user groups, roles, work contexts, capabilities, limitations and organisational constraints.
- Conduct task/work analysis and derive human-system performance requirements.
- Allocate functions among people, automation and organisational processes.
- Assess human-machine interfaces, usability, workload, situation awareness and error potential.
- Integrate personnel, staffing, training and organisational change into system design.
- Plan human-centred verification and validation using representative users and scenarios.
- Use HSI evidence to support architecture, safety, acceptance and operational-readiness decisions.
Who should attend
Designed for professionals who contribute to complex-system decisions and delivery.
- Systems engineers and architects.
- Human factors, ergonomics and user-experience professionals working on complex systems.
- Safety, operations and assurance professionals.
- Training, workforce and organisational-design specialists supporting system change.
- Engineering managers and technical leaders responsible for total-system performance.
Prerequisites
Professionally relevant and application-focused.
No formal human factors qualification is required. Participants should have experience with engineered, digital or organisational systems involving significant human interaction.
Course structure
A five-module systems engineering learning journey.
The sequence develops understanding, application and practical engineering outputs progressively across five connected Modules.
Module 2
Work, Task and Function Analysis
- Work-domain and task analysis
- Operational scenarios and critical tasks
- Function allocation among humans and automation
- Human-system requirements and performance measures
Module 3
Human Factors, Interfaces and Workload
- Human capabilities and limitations
- Usability, accessibility and interface design
- Workload, situation awareness and human error
- Automation, trust and supervisory control
Module 4
Personnel, Training and Organisational Design
- Staffing and competency requirements
- Training needs and performance support
- Team coordination and communication
- Organisational roles, procedures and change readiness
Module 5
HSI Verification, Validation and Lifecycle Assurance
- Human-centred evaluation methods
- Representative users, environments and scenarios
- HSI evidence in safety and acceptance decisions
- Integrated socio-technical design review and action plan
Learning experience
Apply engineering concepts—not simply remember terminology.
Understand
Model the human context
Identify users, work, environment and organisational factors that shape system performance.
Allocate
Design human-automation roles
Make function allocation explicit and evidence-based.
Evaluate
Assess interaction and workload
Use human factors methods to reveal usability, workload and error risks.
Enable
Align people and organisation
Integrate staffing, competency, training and change into system realisation.
Validate
Prove total-system performance
Use representative scenarios and users to assess the socio-technical system.
Completion requirements
Demonstrate participation, application and professional judgement.
- Participate in work-analysis, function-allocation and interface exercises.
- Develop human-system requirements and evaluation criteria.
- Complete a socio-technical design and validation workshop.
- Produce a workplace HSI application plan.
Participant outputs
Leave with practical systems engineering artefacts.
- Human-system context and role map.
- Task/work analysis.
- Human-automation function-allocation matrix.
- Human-system requirement set.
- Workload/usability and human-risk review.
- HSI verification/validation and readiness plan.
Delivery options
Choose the format that fits your people and engineering environment.
Instructor-led
Live Classroom
Face-to-face delivery with facilitated discussion, system cases, engineering workshops, technical reviews and immediate feedback.
Instructor-led
Live Virtual Classroom
Interactive online delivery using collaborative workspaces, modelling activities, breakout analysis and guided application.
Flexible
Blended Learning
A structured combination of preparation, live sessions, applied assignments, engineering artefacts and follow-up application.
Organisation-specific
Corporate and In-Company
Tailored delivery aligned with organisational lifecycle processes, standards, systems, engineering roles, models and capability priorities.
Frequently asked questions
Course information and participation.
Is HSI the same as user-interface design?
No. Interface design is one part of HSI. The course also addresses roles, workload, staffing, training, procedures, organisation, safety and total-system performance.
Does the course cover automation and AI?
It addresses human-automation allocation, supervisory control, trust and workload. Corporate examples can include AI-enabled systems where relevant.
Is this suitable for non-human-factors specialists?
Yes. It is designed to help systems and technical professionals integrate human considerations into engineering decisions while working effectively with specialists.
Will participants plan human-centred validation?
Yes. Representative users, tasks, scenarios and environments are used to design meaningful HSI validation evidence.
Can the course support organisational transformation?
Yes. Socio-technical design explicitly links technology changes with roles, processes, skills, training and organisational readiness.
Take the next step
Improve system performance by engineering people, technology and organisation as one whole.
Discuss public delivery, a corporate cohort or a tailored programme aligned with your organisation’s systems, lifecycle environment and engineering capability priorities.