Synchronous Educational Reality
Connecting learning to current events, tasks and the surrounding environment.
Synchronous educational reality describes an arrangement in which learning content, participant tasks, current events, resources and decisions are coordinated in one shared context. It is not another name for live online classes.
Events are interpreted and become research, education and project tasks. EduOS Lad helps coordinate roles, knowledge, timetables, resources, agents and data when the context changes.
An educational process in a shared current context
Research, technology, organisational needs and public concerns constantly introduce events that affect what a university teaches and develops.
The concept connects these events to programmes, tasks, participants and resources. People may address the same problem with different levels of experience and different professional responsibilities.
- 01
Content
Current knowledge, events, problems and applicable methods.
- 02
Process
Roles, time, resources, milestones and assessment criteria aligned to a shared task.
- 03
Adaptation
New results update pathways, tasks, material and management decisions.
Synchronous educational reality is a research concept proposed for the University 5.0 model, not a statement that these processes have been deployed at a university.
Explore the connected university environment
The separate University 5.0 demonstration model shows participants, tasks, agents, resources and learning processes in context.
Open the interactive model ↗Seven layers of synchronisation
Each layer changes at its own pace and affects the others. Select a layer or follow one event through the full system.
External environment
Creates events and new requirements for the university.
Different rates of change
Foundational knowledge, applied methods and current events develop at different speeds. Synchronous education preserves stable foundations while introducing new problems through modules and projects.
Foundations
How it enters learning: Core subjects and foundational modules
How an event becomes a shared learning problem
Starting event: a city plans to introduce autonomous public transport.
Record the event
A technological and infrastructure project affects transport, management, safety, law, economics and residents' behaviour.
One problem, several professional perspectives
Each discipline retains its methods. Its contribution becomes an input to other roles within a common project.
Engineer
What infrastructure and technical architecture are needed?
- Result
- Technical model
- Transfers to
- AI specialist, logistics expert and economist
- Receives
- Environmental constraints and safety requirements
A shared task with different levels of participation
Participants enter the same problem with different levels of preparation and professional goals. Tasks and responsibilities can vary while contributing to one overall result.
- 01
Observer
Studies the context, concepts and problem structure. Reading material and asking questions.
- 02
Contributor
Solves a structured part of the task. Applying methods against stated criteria.
- 03
Designer
Creates an original solution. Choosing a method, modelling and reasoning.
- 04
Coordinator
Aligns roles and integrates outputs. Managing dependencies and overall quality.
Build an interdisciplinary learning team
Task: design a pilot introduction of autonomous transport in a city district. This is a local demonstration; selections are not submitted.
Roles
Constraints (up to three)
Time and resources follow the task
A shared task creates dependencies between people, knowledge, locations, equipment and checkpoints. Scheduling turns these dependencies into a feasible sequence of actions.
- 01
Time
- 02
People
- 03
Spaces
- 04
Equipment
- 05
Data
- 06
Digital tools
Checkpoints
- 01Define task
- 02Collect data
- 03Specialist outputs
- 04Integration session
- 05Test scenario
- 06Present results
- 07Reflect
- 08Update pathways
Rearrange an educational day
Initial timetable
- 09:00–10:30Systems design lecture
- 10:45–12:15Work in specialist groups
- 13:00–14:00Expert consultation
- 14:15–16:00Project integration session
- 16:15–17:00Reflection and recording outcomes
What changed?
Revised timetable: Expert is only available in the morning
- 09:00–10:00Expert consultation
Moved to morning
- 10:15–11:45Systems design lecture
- 12:00–13:30Work in specialist groups
- 14:15–16:00Project integration session
- 16:15–17:00Reflection and outcomes
Reasons
Affected roles
Knowledge passes between university activities
Research produces hypotheses, methods and data. Learning transforms these into tasks; projects test solutions in practice and create new research questions.
- 01
Research → education
Knowledge, methods and data become learning modules and cases.
- 02
Education → projects
Competencies, models and teams become practical developments and experiments.
- 03
Projects → research
Practical findings, constraints and problems become new hypotheses.
- 04
Technology → all contours
Digital tools, agents and analytics change how research, learning and projects are performed.
Follow one subject
Subject: the use of autonomous AI agents in team work.
Research
Inputs
Actions
Results
Passed to: Learning modules and laboratories
How EduOS supports coordination
EduOS Lad connects events, programmes, tasks, participants, pathways, resources and data through a common proposed operating layer. Recommendations and arrangements remain subject to the defined roles and authority of people.
Record an event
Identify a change and affected processes.
Inputs
Signals, sources, participants
Result
Event record and process map
Associated roles
Analyst, coordinator, tutor
A day in a synchronous learning environment
A demonstration centred on a student in an interdisciplinary project team.
The system presents project changes, new data and tasks.
What this architecture requires
- 01
Shared entity model
Events, tasks, roles, competencies, resources and results have consistent definitions and relationships.
- 02
Observable processes
Tasks, actions, outcomes and dependencies have observable states.
- 03
Modular education
Programmes can incorporate new cases, tasks and interdisciplinary modules.
- 04
Evidence of competence
Actions and outcomes support verified competencies and future pathways.
- 05
Data governance
Sources, access, purpose, quality and accountability are defined.
- 06
Resource orchestration
Schedules, spaces, equipment and participants follow task dependencies.
What makes educational reality synchronous
- 01
Shared context
People work on the same current problem at different professional and learning levels.
- 02
Knowledge connected to action
Theories and methods are used in concrete tasks.
- 03
Interdisciplinary dependencies
One role's result becomes another role's input.
- 04
Individual complexity
Tasks and responsibilities reflect each participant's pathway.
- 05
Adaptive timetable
Time and resources respond to changes in tasks and dependencies.
- 06
Movement of knowledge
Research, education and projects continually exchange results.
- 07
System renewal
Data from activity and outcomes inform revised content and pathways.
The proposed system coordinates current events, knowledge, people, resources and project tasks while adapting to new evidence.
About the concept
Synchronous educational reality is a concept developed by Sergey Shatokhin as part of University 5.0 and EduOS Lad at the IWXA laboratory. It connects event-driven education, interdisciplinary work, individual pathways, resource coordination, AI agents and the exchange of knowledge between research, learning and projects.