How AI Can Improve Tender Quality Scores in Construction
How AI Can Improve Tender Quality Scores in Construction

Herman B. Smith
CEO & Co-Founder
Nov 30, 2025
In most major construction tenders, quality scores are key for who wins, not just price.
Clients do not only ask:
How much will it cost?
They also ask:
Do you understand our scope and risks?
Can you explain how you will deliver, in a way we trust?
Can you prove that you have done this successfully before?
Bid teams know this. But under time pressure, with thousands of pages and many stakeholders, tenders still lose points on very basic things:
Incomplete answers, with missing or weak evidence
Vague or generic wording
Inconsistencies between sections
Copy paste from previous deliverables that do not really fit this project
This is exactly where AI, used in the right way, can have a big impact. Not by "writing the bid for you", but by helping you answer what the client actually asked for, more precisely, more consistently and with better proof.
How construction tenders are actually scored on quality
Scoring systems differ, but most construction and infrastructure tenders evaluate some version of:
Understanding of scope and context
Methodology and delivery approach
HSE and quality management
Risk management and interfaces
Organisation and key personnel
ESG, climate and social value
Innovation or added value
Evaluators are usually looking for clear, direct answers to their questions, alignment with the exact wording and intent of the criteria, and concrete examples and evidence. If the difference between bidders is small, inconsistencies and deviations can be deciding for who wins.
You lose points when you:
Do not fully answer a requirement
Answer a slightly different question than the one asked
Make claims without evidence
Contradict yourself between sections
AI will not change the scoring grid. But it can help you work the grid properly.
Five ways AI can lift tender quality scores
1. Make coverage and compliance visible
The simplest way to lose quality points is to leave something out.
In large tenders, requirements are scattered across instructions to tenderers, technical appendices, Q&A logs and addenda. It is easy to miss a sub criterion hidden inside a long paragraph, a "shall" buried in a technical annex, or a specific documentation request that only appears in the Q&A.
AI can help by:
Extracting requirements and quality criteria from the RFP, attachments and clarifications
Grouping them by theme: scope, method, HSE, ESG, risk, organisation and so on
Checking your responses against that list and flagging gaps or very thin answers
Instead of hoping everything is covered, you can ask:
Which requirements do we have no clear answer for?
Where are we light, given how important this criterion is?
Fewer gaps means fewer low scores simply because something was not clearly answered.
2. Align with the client’s wording and intent
Evaluators have to score against their own criteria, not yours.
If your tender uses very different language, or answers at the wrong level, they may not recognise that you have actually addressed the point.
AI can support writers by:
Suggesting response structures that mirror the RFP: same headings, same order
Highlighting where draft answers drift away from the wording or focus of the criterion
Helping you reuse strong internal content, but adapted to the specific client language
This is not about copying text back. It is about:
Using the client’s terminology where it makes sense
Following their structure so evaluators can find what they are looking for
Making it easy for them to tick "fully meets" without having to guess your intent
The content is still yours. AI just helps you speak in the client’s evaluation language.
3. Keep the story consistent
Quality scores suffer when your story does not hang together.
Typical problems:
You describe a method one way in the methodology chapter and another way in logistics
You take a certain risk position in the method, but a different one in the commercial section
You promise an ESG or social value approach that does not match what you say in procurement or subcontracting
Evaluators may not always write "inconsistent" in their comments, but they will often mark down credibility.
AI can help by:
Detecting inconsistent statements on key topics like methodology, interfaces, risk allocation and ESG commitments
Showing where different parts of the bid talk about the same concept in different ways
Supporting reviewers in enforcing a single, coherent narrative
A bid that is clear and internally consistent is much easier to score highly.
4. Bring better evidence into your answers
Many tenders explicitly ask for:
Reference projects
Experience with similar scope or risk profile
Proof of specific capabilities or innovations
Under time pressure, answers often slide into generic claims instead:
"We have strong experience in…"
"We are committed to high standards of…"
Evaluators cannot score that very well.
AI and document intelligence can help by:
Surfacing relevant past projects, case studies and internal reports while you write
Suggesting examples that actually match the criteria: sector, size, complexity, risk type
Standardising how you present evidence so it is comparable and easy to read
This moves answers from "trust us" to:
"Here is exactly how we handled a similar challenge, and here were the results."
That is what scoring teams are looking for.
5. Learn across tenders
Every tender you submit generates three things:
A set of requirements and criteria
Your responses
Client feedback and scores
In many organisations, that learning is fragmented. Feedback lives in debrief slide decks, emails or people’s heads. It is hard to connect scores back to the exact text you submitted. New bid teams start from scratch, rather than from what has clearly worked before.
AI and document intelligence can:
Link RFP, your response and client feedback across multiple tenders
Identify patterns such as:
Which types of answers tend to score well on certain criteria
Where you consistently get marked down (for example on risk, method clarity, interfaces or ESG)
Suggest starting points for new answers that are grounded in what has historically worked, not just in generic templates
This turns tendering from a series of one off efforts into a learning system.
What we do at Volve
At Volve, this is exactly the space we work in.
Our Bid Methodology feature is built to act as a bid execution plan on top of your documents. It is trained on real projects and real tenders, and is designed to help teams:
Check compliance against client requirements and criteria
Spot gaps and inconsistencies before they become findings in a debrief
Propose tangible, project specific improvements to strengthen the bid
In projects where we have deployed this with customers, we have seen:
Alignment rates of around 95 percent between draft answers and the client’s documented requirements
Late stage revisions on methodology sections reduced by roughly 40 percent
More than 30 concrete, actionable recommendations per project on average
When documents are complex and time is tight, that gives you an edge: you can fix issues before the client flags them, and you can show a clearer, more evidence based story.
We focus on construction and infrastructure. We focus on contractual documents and project text. And we build around a simple idea:
If you want to improve tender quality scores, start by improving how you see and use the text you already have.
Answer what the client actually asked for.
That is where your competitive edge lives.
Read more about why tendering in construction is… different, here.

Herman B. Smith
CEO & Co-Founder
Share



