A delivery docket, a strength result and a crack map each tell a different part of a concrete structure’s story. For an engineer who wants to connect those records with the material itself, a focused concrete textbook deserves a place on the reading list.
Our assessment: Concrete Technology by A. M. Neville and J. J. Brooks is worth considering as a foundation for technical learning alongside site experience. Its published scope aligns well with the questions engineers ask about concrete before, during and after construction.
Review basis: An editorial assessment of the publisher’s overview and contents, with Australian industry guidance used for local context.
The edition reviewed
| Book detail | Information |
|---|---|
| Title | Concrete Technology |
| Authors | A. M. Neville and J. J. Brooks |
| Edition / publisher | Second edition / Pearson, 2010 |
| Paperback ISBN | 9780273732198 |
Edition details and chapter references below are from Pearson’s official catalogue.
What the book covers
The contents move from ingredients and fresh concrete to strength, construction processes, deformation, durability, testing and mix selection. That sequence suggests a useful bridge between a university materials course and questions encountered in practice. Pearson also identifies worked examples and problems.
Where the subject matter meets site work
The strongest reason to choose this subject is the chance to improve the questions you ask. A reading session becomes more useful when it ends with a question you can take to a supervisor, concrete technologist or designer.
Before a pour: Take one approved mix submission and write down what you understand about it, what requires clarification and which project documents govern its use. The learning task is to explain the choices in your own words, then check that explanation with an experienced colleague.
When reviewing a test report: Try summarising what the result establishes, what it leaves unresolved and which additional records you would consult. Keeping those distinctions visible is a useful professional habit.
During a crack investigation: Use your reading to organise questions about the available evidence. What was recorded, when was it recorded and who needs to assess it? Use those questions to prepare for a technical discussion with the people responsible for assessing the defect.
Strengths to look for — and limits to recognise
On scope, the book’s appeal is its concentration on one material. Readers can return to the same concrete-related question as their responsibilities grow, building a set of notes rather than trying to master every branch of civil engineering at once. For an early-career site engineer, that is an achievable learning project.
The main limitation is the edition’s age and jurisdiction. It was published in 2010 and references British, European and US standards. Australian readers should check applicable project requirements and the required editions of local standards before applying a test method or acceptance criterion.
The contents also suggest a clear boundary: this is a materials-focused choice. For someone trying to learn structural analysis or the design of individual members, we would choose a dedicated design text first. Before buying, a useful check is to inspect a sample or library copy and see whether its treatment of a familiar topic suits the way you learn.
What to read alongside it in Australia
CCAA’s Guide to Concrete Construction is a useful companion. Its published sections address Australian construction practice, including supply, placement, curing, cracking, testing and quality assurance. Our suggested approach is to use a textbook for structured study and the guide to build a list of local references to check against your project documents.
| Resource | Suggested role in your reading |
|---|---|
| Concrete Technology | A structured course of study in concrete materials. |
| CCAA’s Guide to Concrete Construction | Australian construction context and practical topics to follow up. |
| Applicable standards and project specifications | The requirements governing the work you are assessing. |
For a further reading option, Neville’s separate Properties of Concrete focuses on material behaviour, the physical and chemical reasons behind performance, and the interpretation of results. Do not confuse the two titles when ordering. We would choose between them by comparing their contents with the particular questions we want to answer.
A suggested four-stage reading route
For someone already working on site, starting with a familiar problem can make study easier to sustain. The following route is our proposed learning plan, rather than a sequence prescribed by the authors.
| Stage | Chapters | Your study task |
|---|---|---|
| 1 — Connect with current work | 5–7 | Choose one recurring site question and write a one-page explanation. |
| 2 — Consider time and conditions | 9–10 | Identify what you would need to clarify before interpreting a result. |
| 3 — Revisit a past observation | 12–14 | List the evidence you have and the questions still open. |
| 4 — Review a quality record | 16–17 | Explain the record’s purpose and identify the governing project requirement. |
Keep the notes short. Record the chapter, your question, your explanation and the point you still need to verify. Return to the earlier materials chapters whenever an unfamiliar term interrupts your understanding.
Who should consider reading it?
Our recommendation is strongest for students moving into construction, graduate engineers and site engineers who want a deliberate concrete-learning project. A reader seeking a broad introduction to all civil engineering disciplines should choose a wider-ranging book. Someone seeking a current Australian compliance reference should begin with the applicable project documents and standards.
Our verdict
Concrete Technology earns a place on a shortlist because its subject coverage matches a meaningful area of professional development. The best reason to buy it is a specific learning goal: choose a concrete-related question, study it carefully and test your understanding through discussion and relevant local guidance.
Find the book on Amazon
Look for: Concrete Technology, second edition, by A. M. Neville and J. J. Brooks. ISBN: 9780273732198.
The button opens an Amazon Australia search for this ISBN. Check the edition, seller, condition, price and delivery details on Amazon before purchasing.
Sources
- Pearson — Concrete Technology, second edition: publication details, overview and contents.
- Cement Concrete & Aggregates Australia — Guide to Concrete Construction.
- Pearson — Properties of Concrete, fifth edition: overview and contents.
Book cover: Pearson. Source information checked on 1 November 2026.
