Aidar Akmaev
Disclosure: NOXI publishes this guide and is one of the tools it mentions; the method works in any presentation software.
Quick answer: Lead with the decision and the business problem, not the architecture. Explain the mechanism as a plain-language chain from what the system does to what the business gets, label what is proven and what is only expected, compare the options on the same criteria, and close with the owner and the next test. Ten slides cover most proposals; the detailed architecture goes in the appendix.
Imagine a fictional engineering team proposing a change to how customer orders move between systems. The team opens with a diagram containing twelve services, five acronyms and several arrows marked "async." The executives can see complexity, but they cannot yet see why the change matters or which decision they are being asked to make.
The solution is to give the technical detail a clear job. Explain the business problem, show enough of the mechanism to make the proposal credible and connect the choices to consequences the audience can evaluate.
A useful executive presentation lets a reader answer: What will change? Why does that change help? What could prevent it from working? What are the alternatives? What must we decide now? The ten-slide template below gives each of those questions its own slide, and the sections after it show how to build the hardest ones.
In short
- AudienceNote what they know, what they need explained and what they decide.
- StructureTen slides, decision first; the full architecture lives in the appendix.
- Causal chainLink the mechanism to a business consequence and examine every arrow.
- Evidence labelsKeep observed, modeled and expected results apart.
- Two reviewsOne for comprehension, one for technical accuracy.
Define the knowledge gap before the slide outline
"Nontechnical" is too broad to be a useful audience description. A finance executive may understand cost modeling but have little context on your infrastructure. An operations leader may understand the process extremely well but use different vocabulary from the engineering team.
Write an audience note with three sentences: what the participants already know, what they need explained and what they are responsible for deciding. Avoid assuming that a lack of familiarity with your terminology means a lack of analytical ability.
Google's technical-writing guidance recommends defining the audience's roles and proximity to the subject, then supplying the knowledge needed for the task. It also cautions that experts can overlook concepts unfamiliar to newcomers. Apply that principle to the presentation's decision rather than trying to teach the entire technical discipline. Google: Technical Writing — Audience (updated 28 March 2025; checked 4 October 2026).
Technical presentation for executives: the ten-slide template
Most technical proposals fit in ten main slides and an appendix. Each slide answers one question an executive is entitled to ask; the sections after the table show how to build slides 4 to 7.
| # | Slide | The question it answers | What to put on it |
|---|---|---|---|
| 1 | Decision and recommendation | What are we being asked to decide, and by when? | The decision in one sentence, your recommendation, its owner, what a yes commits now |
| 2 | The business problem | What is going wrong or at risk, and for whom? | The symptom they already recognise, how it is measured, who feels it |
| 3 | What will change | What will be different afterwards? | Before and after in the process, not the technology: who works differently, what customers notice |
| 4 | How it works | Why does that change help? | The causal chain in four or five links, each term paired with what it does |
| 5 | Scope boundary | What does the project change, and what not? | The simplified diagram: systems involved, failure point, boundary, "Not in scope" list |
| 6 | Evidence so far | What is proven, and what is still expected? | Each result labelled observed, modeled or expected, with source and date |
| 7 | Options compared | What are the alternatives, including doing less? | Current process, a smaller fix and the proposal, on the same criteria |
| 8 | Risks and dependencies | What could prevent it from working? | Three to five risks with owner and response; dependencies on teams, vendors, decisions |
| 9 | Cost and delivery plan | What does it take, and where can we stop? | Cost range with its basis and approval status, phases, points where you can change course |
| 10 | The ask and the next test | What happens after a yes? | The decision restated, its owner, the next evidence-producing step, the report-back date |
| A | Appendix | What will specialists want to check? | Detailed architecture with the same names, security and integration notes, glossary, assumptions |
The decision appears twice: slide 1 tells the audience what to listen for, slide 10 closes on what they are authorizing. Write every title as a conclusion ("Retries are designed to cut manual order checks", not "Solution overview"); see our guide to consulting-style slides. Present less than you send: in a 30-minute slot, speak to slides 1, 2, 4, 7 and 10 and let the rest answer questions. The slides-per-minute table helps with pacing.
Translate the mechanism through a causal chain
Write the connection from implementation to business consequence in plain language. For the example project, the chain might be:
Every arrow is a claim to examine. Does the system actually detect unsuccessful delivery? Can retries create duplicate orders? Will fewer investigations release usable capacity, or will another bottleneck absorb the time?
The causal-chain template
Give each link one row. The table feeds slides 4 and 6 and shows where the proposal rests on evidence and where on expectation. The rows continue the fictional project.
| Link | Plain-language claim | What must be true | Evidence now |
|---|---|---|---|
| 1. Mechanism | The systems exchange an order-confirmation message | Both systems can send, receive and record it | Observed in testing |
| 2. Capability | An unsuccessful delivery can be retried | Failures are detected; a retry cannot duplicate an order | Retry observed after a simulated outage; duplicates not yet tested |
| 3. Operational effect | Fewer orders require manual investigation | Most missing confirmations come from delivery failures | Modeled from current case records |
| 4. Business outcome | Staff spend more time on genuine customer exceptions | Released time is redirected, not absorbed elsewhere | Expected after full adoption |
Read the last column from top to bottom: evidence usually weakens as the chain moves from the system to the business. That is normal for a proposal. Credibility suffers when a deck presents row 4 with the confidence of row 1.
This exercise exposes where an apparently obvious business benefit depends on assumptions. Keep those dependencies visible. "Designed to reduce manual investigation" is appropriate before a pilot; "will eliminate manual work" would require evidence the project does not yet have.
Technical terms in plain language
For each technical term that survives into the deck, pair it with a consequence. A queue can be introduced as a mechanism that holds messages until they can be processed. A reconciliation step can be described as a check that finds mismatches between the systems' records. Use the formal term afterward if it is needed for discussion.
The same pattern works for other terms that regularly reach executive decks:
| Term | Say it like this | Why it matters to the decision |
|---|---|---|
| API | An agreed way for one system to ask another for data or an action | Both sides must keep the agreement when either changes |
| Retry | Sending a failed message again automatically | Fewer failures need a person to chase them |
| Idempotency | Handling the same message twice has the same effect as handling it once | A retry cannot create a second order or a second charge |
| Technical debt | Earlier shortcuts that make each later change slower or riskier | Why a change that looks small can cost more than expected |
| Migration and cutover | Moving data and work to a new system, and the moment of switching | A high-risk moment that needs a rehearsed way back |
WHO's plain-language guidance recommends defining the intended communication outcome and explaining technical terms in simple language. The transferable lesson is to make terminology support the reader's understanding and action. WHO: Use plain language.
Show the system boundary, then the detail
The first diagram should answer a business question. For an order-processing change, show the customer action, the two relevant systems and the point where a confirmation can fail. Introduce the proposed mechanism only when the audience understands that gap.
Label arrows with meaningful actions: "order submitted," "confirmation received" and "exception sent for review." Unlabeled arrows may show connection without explaining what travels, who acts or what happens next.
Add a boundary around the part the project changes. State which systems or processes remain outside the scope. If the proposal improves confirmation handling but does not fix incorrect inventory records, that limitation matters to anyone expecting end-to-end order accuracy.
Four rules for simplifying architecture slides
- Name boxes by what they do. "Order system" and "warehouse system", not internal codenames or vendor product names.
- Show only what the decision touches. Group everything else into one box labelled "Other systems (unchanged)".
- Mark the failure point. One accent colour where confirmations are lost today, neutral colours everywhere else.
- Title the diagram with its answer. "Confirmations fail between the order and warehouse systems", not "Current architecture".
Keep a detailed architecture diagram in the appendix for questions about security, integration or operational ownership. Give it the same names and boundaries as the simplified diagram so the two versions agree.
An analogy can help introduce a concept, but explain where it stops working. Describing a message queue as a waiting room does not explain retries, duplicates or access controls. Return to the real process before discussing risk.
Separate demonstrated results from expected benefits
Use explicit labels for evidence. "Observed in the pilot" means something different from "modeled using current volumes" or "expected after full adoption." Do not place all three under a heading called "Results."
Describe the next test in terms the audience can inspect: pilot scope, observation period, measure, owner and what would count as an unacceptable result. If the data has not been collected, leave the result open.
AI-written explanations need this review especially carefully. An assistant may shorten "could reduce delays if teams adopt the new exception process" to "reduces delays." The lost condition changes the business case. Check the strength of each claim against the source. NOXI's guide to presentations with research citations provides a complementary workflow for tracing evidence.
Make alternatives comparable
A proposal becomes easier to assess when options answer the same questions. Compare the current process, a smaller improvement and the proposed project using consistent criteria: problem coverage, delivery effort, operating burden, dependencies and reversibility. For the fictional project, with invented effort figures, the comparison might look like this:
| Criterion | Keep the current process | Smaller fix: faster alerts | Proposal: automatic retries, piloted first |
|---|---|---|---|
| Problem coverage | None; staff keep finding failures by hand | Failures found sooner; each still fixed by hand | Temporary delivery failures recovered automatically; other errors still manual |
| Delivery effort | None | Low: one monitoring rule and a dashboard | Pilot: two engineers for six weeks |
| Operating burden | Current investigation workload continues | Same workload, earlier warning | Retry logic to monitor; fewer manual cases expected |
| Dependencies | None | Access to the monitoring tool | Both system teams; duplicate protection must pass testing |
| Reversibility | Not applicable | Can be switched off at any time | Pilot can be switched off; full rollout harder to undo |
| Cost | No new spend; staff time continues | Estimate pending approval | Rollout estimate due after the pilot |
| Leaves unresolved | Everything | The manual work itself | Incorrect inventory records (out of scope) |
Avoid giving the preferred option a rich explanation while reducing the others to "do nothing" or "too expensive." Describe what each option achieves and leaves unresolved. If costs or delivery estimates have not been approved, say so rather than generating confident figures for the comparison.
Discuss tradeoffs directly. A staged rollout may reduce disruption while delaying full coverage. A deeper integration may remove a handoff while creating a new dependency. Executives need to understand the choice, including the cost of deferring it.
Worked example: the order-confirmation briefing in ten titles
- Decision."Approve a six-week pilot of automatic confirmation retries in one region"
- Problem."Missing order confirmations send about 40 orders a day to manual investigation"
- Change."Failed confirmations would be retried automatically; staff would see only the orders that still fail"
- How it works."Retrying failed confirmations is designed to cut the orders staff must chase by hand"
- Scope."The change covers confirmations between the order and warehouse systems; inventory accuracy stays out of scope"
- Evidence."Testing shows retries work after an outage; the effect on staff time is not yet measured"
- Options."Faster alerts would keep the manual work; the pilot tests the fuller fix at low commitment"
- Risks."Duplicate orders are the main risk; the pilot starts only after duplicate protection passes testing"
- Cost and plan."The pilot needs two engineers for six weeks; the rollout estimate will come from pilot results"
- Ask."Decision today: approve the pilot, owned by the head of operations, with results in December"
Slide 10 states the next test: one region; six weeks; orders sent to manual investigation per week against the previous six weeks; owned by the head of operations; any duplicate order created by a retry counts as an unacceptable result.
Use AI after the explanation is sound
Prepare an approved brief containing the causal chain, terminology, system boundary, evidence labels and options. You can use NOXI to turn that material into a draft and then review whether each slide preserves the meaning. The prompts and steps below show how.
Ask a colleague outside the project to explain the proposal back in their own words. Give them the presentation without additional coaching. Can they identify the problem, the mechanism, one material limitation and the requested decision? Their explanation will show where the deck assumes knowledge it has not supplied.
Then ask a technical reviewer to check the same deck for accuracy. These are different reviews: one tests comprehension, the other tests whether simplifying the explanation altered the system's behavior or constraints.
When a clearer sentence fails the accuracy review, keep the accuracy and find another plain wording. For wider disagreements, see our guide to resolving conflicting presentation feedback.
End with the actual decision, its owner and the next evidence-producing step. A reader should leave knowing what they are authorizing and what remains to be demonstrated. The architecture matters because it supports that understanding.
3 AI prompts for drafting the executive briefing
Use them in NOXI after attaching your files, or in any AI tool that has your approved brief. Replace the brackets.
Using only my attached [approved brief] and [architecture notes], build a ten-slide briefing for [the executive committee], who must decide [whether to fund a pilot]. Order: decision, problem, what will change, how it works, scope, evidence, options, risks, cost and plan, the ask; architecture in an appendix. Write every title as a full-sentence conclusion, pair each technical term with what it does for the business and label every result "Observed", "Modeled" or "Expected". Add no number, date or benefit that is not in my files.
Use the attached [company PowerPoint template] for colours, fonts and layouts. On the scope slide, draw [customer action] → [system A] → [system B], with each arrow labelled by its action, such as [order submitted]. Mark where [confirmations are lost] in one accent colour, draw a dashed boundary around the part the project changes and list [out-of-scope items] under "Not in scope". Title the slide with what the diagram shows.
Rewrite slides [3 to 6] for [a finance director with no engineering background]. Replace [message queue, idempotency, retry] with what each one does and why it matters, keeping the formal term in brackets once. Do not strengthen any claim: keep every "if", "designed to", "modeled" and "expected". Then list each sentence where shorter wording would change the meaning.
How to build the briefing in NOXI, in your company template
NOXI drafts the slides from your approved brief in the style of your own PowerPoint template. It is free, with no card and no watermark; uploading files needs a free account.
Step 1: Assemble the approved brief
Save the brief described above as one Word document or PDF, with the architecture notes as a second file. Check your company's policy before uploading internal material; our guide to preparing confidential material for an AI presentation tool shows how to keep the brief minimal.
Step 2: Match your company template
Choose Match reference and attach your PowerPoint template, a recent steering committee deck as PPTX or PDF, or a screenshot of one slide. NOXI builds the new deck in that style: colours, typography, layouts and visual rhythm.
Step 3: Upload the brief and review the outline
Attach the brief with Prompt 1; NOXI works from your files. Review the outline first and check that the ten titles tell the story on their own, then generate and watch each slide being built.
Step 4: Refine slides with AI
Ask for changes to one slide or the whole deck in plain language, in English or Arabic. Click the diagram and tell the AI what to change; on desktop, circle the part the project changes and the AI follows your sketch. Text, tables and chart numbers are editable on the slide.
Step 5: Run both reviews on the same deck
Share a view-only link with a colleague outside the project for the explain-back test, and invite the technical reviewer by email as an editor to correct the deck with you in real time. Version history restores an earlier version if a simplification went too far.
Step 6: Export the pre-read and present
Download an editable PowerPoint (.pptx) and a PDF for the pre-read, free and with no watermark. NOXI's own export engine writes real, editable text boxes and embeds the fonts, Arabic included. In the meeting, present full-screen from NOXI.
Frequently asked questions
- How do you explain a technical project to nontechnical executives?
- Start from the decision they must make, not from the architecture. Explain the business problem, then only as much of the mechanism as the decision needs, written as a cause-and-effect chain in plain language. Mark which results are proven and which are expected, compare the realistic options on the same criteria and finish with the owner and the next test.
- How do you explain technical concepts to a nontechnical audience?
- Pair every technical term with what it does and why it matters to the listener. A message queue, for example, holds messages until the receiving system can process them, so orders are not lost in a short outage. Give the plain description first and the formal term second, and use an analogy only to open the idea.
- What should a technical presentation for executives include?
- Ten main slides cover most proposals: the decision, the business problem, what will change, how it works, the scope boundary, the evidence so far, the options compared, risks and dependencies, the cost and delivery plan, and the ask with the next test. The detailed architecture, a glossary and the assumptions go in an appendix.
- How do you simplify an architecture diagram for executives?
- Draw only what the decision touches: the user action, the two or three systems involved, the point where things fail today and a boundary around the part the project changes. Name boxes by what they do, label every arrow with an action and list what is out of scope. Keep the detailed diagram in the appendix.
- Can AI create a technical presentation for executives?
- Yes, once the explanation itself is sound. Write an approved brief with the causal chain, terminology, scope, evidence labels and options, then let NOXI draft the slides from it in your company's template and refine them in plain language. Check that no condition such as "if" or "expected" was dropped, and have a technical reviewer confirm accuracy.
Sources
All sources were checked on 4 October 2026. The order-processing project in the examples, with its figures and slide titles, is fictional. The template, tables and prompts are editorial guidance, not a published standard.
- [1] Defining the audience's roles and proximity to the subject, then supplying the knowledge needed for the task — Google, Technical Writing: Audience (updated 28 March 2025).
- [2] Defining the intended communication outcome and explaining technical terms in simple language — World Health Organization, Use plain language.
Draft your next technical briefing for executives in NOXI, free: start from your approved notes or files, match your company template, refine slides with AI, and export editable PowerPoint or PDF.
