An educator, an IT director and an inclusion specialist can watch the same EdTech demonstration and leave with three different assessments. The educator sees a possible lesson. The IT director sees a system that must function across a district. The inclusion specialist sees learners who may encounter barriers that the demonstration never revealed.
FETC 2027 offers a useful setting for bringing those judgements together. The Future of Education Technology Conference is scheduled for January 26–29, 2027, at the Orange County Convention Center in Orlando, Florida.
Its published schedule includes activities for several professional roles alongside workshops and an exhibition. For district teams, the opportunity is to connect specialist learning with a shared question: would this approach help our students do something educationally worthwhile, under conditions our schools can support?
This preview is based on public material checked on October 27, 2026. It does not report attendance or results from the future event.
What the announced programme makes visible
The schedule-at-a-glance lists January 26 intensives for coaching, library, inclusion, AI education, executive leadership and IT leadership. It also lists later intensives addressing areas such as AI leadership, STEM and robotics, and career and technical education.
These are planned programme categories, not evidence that every participant will gain the same capability. They nevertheless make an important feature of district technology work visible: different people need different knowledge.
A classroom teacher may need help designing a task. An instructional coach may need to support colleagues as they try it. An IT team may need to understand access and operational requirements. A leader may need to judge how a proposal fits the district’s priorities.
Specialised sessions can support those responsibilities. The team still needs a way to connect what its members learn.
Give the delegation one task to examine together
A shared task makes those connections more concrete than a general instruction to investigate innovation.
Imagine a hypothetical middle-school history department considering a digital activity in which students compare two accounts of an event and explain which claims the sources support. The intended learning concerns interpretation and evidence.
A district team could examine an EdTech proposal against that task. The teacher would investigate the questions students receive and the reasoning they must contribute. The IT colleague would examine how students reach and use the material. The inclusion specialist would investigate barriers to perceiving the sources, navigating the activity or expressing an answer.
The task remains the same while the perspectives differ. That makes it easier to identify a proposal that is attractive in one respect but incomplete in another.
For example, a resource may offer strong historical material while making navigation unnecessarily difficult. Another may be easy to access but reduce the intellectual activity to selecting a suggested answer. Neither issue is visible from a feature list alone.
Connect teaching, operation and participation
A district team can organise its discussion around three connected questions.
| Perspective | Question to investigate | Useful material for the team |
|---|---|---|
| Teaching | What thinking does the student need to do? | A worked-through task and examples of expected reasoning |
| IT and operations | What conditions allow the activity to work reliably? | A clear account of access, support and practical requirements |
| Inclusion | Which barriers could prevent participation? | Alternative ways to encounter the material and communicate understanding |
This is a planning framework, not an official FETC model or a validated evaluation instrument.
The point is to make the connections explicit. An alternative response format needs to preserve the learning goal. A technically workable system needs to support the activity teachers intend. A well-designed activity needs to be usable by the students expected to complete it.
The team’s strongest questions will often emerge at the boundaries between those responsibilities.
Inclusive design starts with the goal
CAST’s Universal Design for Learning Guidelines offer an independent design reference for this discussion. They organise considerations around engagement, representation, and action and expression, with attention to reducing barriers and supporting learner agency.
The guidelines are not a product certification or an evaluation of FETC. They can help a team examine whether a learning activity provides appropriate options.
For the hypothetical history task, one question concerns the intended goal. If students are learning to compare the credibility of sources, the team should examine which reading and response demands are essential to that goal and which may introduce avoidable barriers.
Some learners might need an accessible presentation of the source. Others may benefit from an appropriate way to organise or communicate their reasoning. The task still needs to require them to make and support a historical judgement.
Providing options does not remove the need for careful teaching. The educator must understand what an answer demonstrates and whether the available support is helping the learner engage with the intended problem.
AI assistance makes the learning goal more important
An AI feature could summarise the historical accounts, generate comparison questions or suggest an explanation. Those functions can change what the student is actually doing.
If the goal is to evaluate evidence, an automatically generated conclusion may perform part of the work the student needs to learn. A summary may make a source more approachable while omitting an ambiguity that matters to its interpretation.
The team can ask to inspect a complete example. What material does the learner see? What assistance is available? What must the learner decide? What can the teacher examine afterwards?
Learning Coach’s article on checking understanding when AI provides the right answer explores the distinction between a polished output and evidence of student understanding.
For the history activity, a short explanation of why a source supports one claim but not another might reveal more than the quality of a finished paragraph. The appropriate check depends on the learning goal.
Instructional coaching connects a resource with professional judgement
The planned coaching-related programme provides another useful point of enquiry. A teacher may understand a tool’s basic operation while still needing support to use it well in a particular lesson.
An instructional coach can help make that professional judgement visible. What misunderstanding is the task likely to expose? Which response should prompt another question? When would a scaffold help, and when would it supply too much of the answer?
In the hypothetical history department, colleagues might examine a small set of student responses after an initial classroom trial. They could discuss whether students used evidence, whether the instructions were clear and which barriers emerged.
That conversation would be different from a report that the platform was popular or easy to use. It would connect experience with the purpose of the lesson.
This is a possible follow-up arrangement, not a claimed result of attending a FETC intensive. It also requires the district to provide time and support.
The exhibition can test requirements rather than define them
FETC’s exhibition material describes themed areas and opportunities to explore technologies. Such environments can help visitors discover possibilities they had not considered.
A prepared team can also use them to test its existing questions. Rather than beginning with a general demonstration, it could ask a provider to show how the proposed activity works for an ordinary student and teacher.
For the history example, the team could investigate the steps needed to open a source, use an appropriate support and submit an explanation. It could ask what happens when a student cannot complete a step or when a teacher needs to change part of the activity.
A demonstration may answer some questions and reveal others. It is reasonable to leave with a clearer requirement rather than a purchasing recommendation.
The account of what remains uncertain is useful information for colleagues who did not attend.
A shared implementation note is more useful than separate enthusiasm
After the event, each specialist may bring valuable observations. A short shared note can prevent those observations from becoming disconnected recommendations.
The note could describe the learning goal, the proposed activity, the participation barriers considered and the operational conditions required. It should identify what the team has observed directly, what a provider has claimed and what still needs checking.
It should also name the next decision. Is the proposal ready for a bounded trial? Does it need a redesigned task, a different support arrangement or further investigation?
For AI-related proposals, the district needs consistent expectations about use and responsibility. Learning Coach’s guide to turning AI policy into classroom practice examines how principles become recurring decisions and routines.
The aim is to give a school a workable next step, with enough context to understand why it is being proposed.
What organisers can learn from role-specific learning
An event serving multiple professions can offer depth without leaving participants in separate conversations.
A shared keynote can establish a learning problem that matters across roles. Specialist sessions can examine different parts of it. A team discussion can then bring the findings together around a common task or decision.
The connection needs to be designed. If participants are asked only to report the most exciting thing they saw, their accounts may be difficult to compare. If they examine the same learner experience, their different expertise becomes more useful.
For teams preparing their own district learning event or education conference, Learning Coach keynotes can help frame that shared enquiry around AI, independent thinking and meaningful learning.
What this preview leaves open
The official schedule confirms the announced dates, venue and selected programme categories. Some detailed agenda and intensive links returned errors during research, so this article does not claim to provide a complete session itinerary or a verified speaker list.
Visitors should check the current FETC schedule and official website for updated arrangements, session access and registration details.
The programme and exhibition descriptions are organiser material. They do not establish the effectiveness of a product or show that attendance improves classroom practice. CAST’s guidelines provide a design reference, rather than evidence about the conference itself.
FETC’s value for a district team will partly depend on whether its members can connect their expertise. The useful question after a demonstration is one they can answer together: what would this learning experience require, who could participate, and what would students actually learn to do?
References
FETC — official website. 2027 event information checked October 27, 2026.
FETC 2027 schedule-at-a-glance. Announced venue, dates and planned intensives; subject to programme updates.
FETC exhibition pavilions. Organiser’s description of exhibition areas.
CAST Universal Design for Learning Guidelines. Independent learning-design reference; not a certification of FETC or its exhibitors. All sources checked October 27, 2026.
