Hassan Baloch, PhD Civil Engineering

I am Hassan Baloch, a civil engineer and researcher with a PhD in Civil Engineering. My background is in structural engineering, reinforced concrete behavior, cementitious materials, and practical construction problem-solving.

Civil Engineering Daily was created with one simple aim: to make civil engineering knowledge easier to understand, more useful for real projects, and less intimidating for homeowners, students, builders, and young engineers.

Many construction problems are not mysterious. A cracked slab, a settling foundation, a blocked drain, a poorly prepared subgrade, or an undersized septic system usually has a technical reason behind it. The problem is that most explanations online are either too shallow, too sales-focused, or written in a way that only engineers enjoy reading.

This website tries to sit in the middle.

The goal is to explain engineering topics clearly enough for homeowners and DIY readers, but accurately enough that contractors, students, and professionals can still trust the information.

Why I Created Civil Engineering Daily

Civil engineering affects almost every part of a home or building, but most people only think about it when something goes wrong.

A crack appears in a wall.
A driveway sinks.
A patio starts moving.
Water collects near a foundation.
A retaining wall begins to lean.
A septic system needs sizing.
A contractor gives a quote that does not make sense.

At that moment, people need clear information — not panic, not guesswork, and not a sales pitch disguised as advice.

Civil Engineering Daily was created to help readers understand what is happening, what may be causing the problem, what can be checked first, and when professional help is needed.

The website is not meant to replace a qualified local engineer, contractor, inspector, or building authority. Site conditions, local codes, soil, climate, materials, and workmanship all matter. But good information can help you ask better questions, understand your options, and avoid obvious mistakes.

What Makes This Website Different

Civil Engineering Daily is built around practical engineering clarity.

That means the articles are written to be:

  • easy to read
  • technically grounded
  • useful for real decisions
  • supported by engineering logic
  • focused on reader intent
  • honest about limitations
  • free from unnecessary jargon

Where possible, I include calculators, tables, practical examples, warning signs, common mistakes, and simple explanations of how engineers think about a problem.

For example, if an article discusses concrete cracking, it should not only say “concrete cracks because of shrinkage”. It should explain what shrinkage looks like, when it is usually harmless, when it may indicate a bigger issue, and what the reader should check before spending money on repair.

That is the standard I try to follow across the site.

Editorial Approach

Every article on Civil Engineering Daily is written with the reader’s real problem in mind.

The content is usually built around questions such as:

  • What is the reader trying to calculate, fix, compare, or understand?
  • What mistake could cost them money?
  • What would an engineer check first?
  • What can be explained simply without becoming inaccurate?
  • When should the reader stop guessing and call a professional?

The website also uses calculators where they are genuinely useful. A good calculator should not just produce a number. It should explain the assumptions, show the calculation logic, and warn users where the result is only an estimate.

Construction is full of “it depends”, but that does not mean the answer has to be vague. It means the assumptions need to be clear.

Areas of Expertise

My main areas of engineering knowledge and content focus include:

Structural Engineering

This includes reinforced concrete, masonry, beams, slabs, columns, foundations, load paths, cracking, strengthening, and structural repair concepts.

Concrete Technology and Repair

My academic research focused heavily on cementitious materials, cracking behaviour, and strengthening techniques. This background helps when explaining concrete cracks, repair methods, shrinkage, spalling, durability, and failure mechanisms.

Foundations and Ground-Related Problems

Many building problems start below the surface. Poor drainage, weak soil, settlement, expansive clay, poor compaction, and water movement can all affect slabs, foundations, patios, and retaining walls.

Construction Calculators

Civil Engineering Daily includes practical calculators for construction quantities and planning, such as concrete, gravel, septic tank sizing, asphalt, drainage, and other site-related estimates.

Homeowner-Focused Engineering Guidance

Many readers are not engineers. They simply want to know whether a crack, slope, drain, wall, or slab problem is serious. I try to explain these topics in plain language without removing the engineering logic behind them.

Important Disclaimer

The information on Civil Engineering Daily is for educational and general guidance purposes only.

It should not be treated as a substitute for site-specific professional engineering advice, local code review, contractor assessment, geotechnical investigation, or official approval.

Construction decisions depend on many factors, including:

  • local building codes
  • soil conditions
  • groundwater level
  • climate
  • material quality
  • workmanship
  • loading conditions
  • drainage
  • age and condition of the structure

If a problem involves structural safety, foundation movement, retaining walls, major cracking, water ingress, septic system failure, or significant repair cost, it is always best to consult a qualified professional in your area.

The goal of this website is to help you understand the issue better before making that decision.

My Mission

My mission with Civil Engineering Daily is to make civil engineering more accessible, practical, and useful.

I want the website to help:

  • homeowners understand construction problems before paying for repairs
  • students connect engineering theory with real-world examples
  • contractors explain technical issues more clearly to clients
  • DIY readers avoid common construction mistakes
  • young engineers improve their practical judgement
  • anyone planning a project make better-informed decisions

Good engineering does not always need complicated language. Sometimes it simply means asking the right question before the damage becomes expensive.

Connect With Civil Engineering Daily

Civil Engineering Daily continues to grow with new guides, calculators, explainers, and practical construction resources.

You can follow the website for clear engineering content on concrete, foundations, drainage, septic systems, construction materials, repair methods, and everyday structural problems.

For questions, suggestions, corrections, or collaboration requests, please use the contact page on Civil Engineering Daily