Engineering Consulting · Monitoring · Education

Smarter Infrastructure
Starts with Better Data

Expert geotechnical consulting, fibre optic monitoring, and civil engineering education — delivered by a PhD-qualified engineer with real research and industry experience.

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5+ Publications
£32.5k Research Funding Secured
100+ Students Taught
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About

Meet Dr Reza Movahedifar

Dr Reza Movahedifar

I'm a civil engineer with a PhD from the University of Birmingham, specialising in infrastructure monitoring, numerical modelling, and data-driven engineering solutions.

My research focuses on the interaction between roads, buried pipes, and the ground — using advanced tools like ABAQUS finite element analysis, fibre optic sensing, and Python/MATLAB data analytics to solve real-world infrastructure problems.

I've secured competitive research funding from the Institution of Civil Engineers, published in international journals, and taught 100+ students across geotechnics, hydraulics, and structural mechanics. I bring this depth of experience to every consulting project and tutoring session.

PhD Civil Engineering University of Birmingham
MSc Structural Engineering (Distinction) University of Birmingham
BSc Civil Engineering (First Class) Sharif University of Technology

Core Expertise

Geotechnical Engineering Fibre Optic Sensing Structural Health Monitoring Finite Element Analysis ABAQUS Python MATLAB Pavement Engineering Asset Management Data Analytics Machine Learning Buried Infrastructure Centrifuge Testing AutoCAD / BIM / GIS
Services

Consulting & Monitoring

Independent, vendor-neutral engineering consulting backed by PhD-level expertise and published research.

Fibre Optic Sensing

Design and advisory for distributed fibre optic sensing (DFOS) systems in geotechnical and structural applications. Sensor selection, layout design, and data interpretation.

  • DFOS system design
  • Sensor specification & layout
  • Monitoring scheme review

Structural Health Monitoring

End-to-end SHM consultancy for infrastructure assets. From instrumentation planning to long-term data analysis and condition assessment reporting.

  • Instrumentation planning
  • IoT & wireless sensor systems
  • Condition assessment reports

Numerical Modelling (FEA)

ABAQUS finite element analysis for soil-structure interaction, pavement systems, and buried infrastructure. Model development, calibration, and sensitivity studies.

  • ABAQUS FEA modelling
  • Calibration & validation
  • Soil-structure interaction

Data Analytics & Reporting

Transform raw monitoring data into actionable engineering insights. Python/MATLAB pipelines for time-series analysis, trend detection, and performance prediction.

  • Data pipeline development
  • Statistical analysis & ML
  • Technical report writing

Infrastructure Assessment

Pavement condition evaluation, buried infrastructure assessment, and asset management advisory. Risk-based approaches to maintenance decision-making.

  • Pavement assessment
  • Buried utility evaluation
  • Asset management strategy

Technical Writing

Publication-quality technical content for engineering firms, software companies, and academic institutions. From white papers to research articles.

  • White papers & reports
  • Research articles
  • Engineering documentation
Education

Tutoring & Courses

One-to-one and group tutoring for undergraduate and master's students in civil engineering and mathematics.

Undergraduate & Master's

Geotechnical Engineering

  • Soil Mechanics
  • Foundation Engineering
  • Slope Stability
  • Ground Improvement
  • Geotechnical Site Investigation
Undergraduate & Master's

Structural Engineering

  • Structural Analysis
  • Mechanics of Materials
  • Steel & Concrete Design
  • Finite Element Methods
  • Structural Dynamics
Undergraduate & Master's

Mathematics & Computing

  • Engineering Mathematics
  • Statistics & Probability
  • Numerical Methods
  • Python & MATLAB Programming
  • Data Analysis for Engineers
Undergraduate & Master's

Other Civil Engineering

  • Hydraulics & Hydrology
  • Pavement Engineering
  • Infrastructure Management
  • Construction Materials
  • Project Management

How it Works

Sessions are delivered online via Zoom or Teams. I tailor each session to your specific needs — whether it's exam preparation, coursework help, or deep understanding of a topic. Flexible scheduling to fit around your timetable.

£65/hour One-to-one sessions · Group rates available on request
Book a Session
Resources

Tools & Downloads

Engineering calculators, templates, and tools built by a practising engineer.

Free

Geotechnical Calculators

Bearing capacity (Terzaghi & Meyerhof), settlement, and lateral earth pressure calculators.

Open calculator →
Blog

Insights & Articles

Practical engineering knowledge from research and industry experience.

New

Finite Element Analysis in Geotechnical Engineering: When and Why You Need It

ABAQUS, PLAXIS, or analytical methods? A practical guide to choosing the right approach for your geotechnical problem.

Read article →
New

Structural Health Monitoring: A Complete Guide for Infrastructure Owners

From sensor selection to data-driven decisions — everything you need to know about monitoring your assets.

Read article →
New

Python for Engineering Data Analysis: Why Every Civil Engineer Should Learn It

Replace hours of spreadsheet work with a few lines of code. A practical introduction to Python for engineers.

Read article →
Article

How Distributed Fibre Optic Sensing Works: The Physics Explained Simply

Rayleigh, Brillouin, Raman scattering — what they measure, how they work, and which to choose. No optics degree required.

Read article →
Article

Fibre Optic Sensing for Geotechnical Monitoring: A Practical Guide

When should you use DFOS vs traditional sensors? A breakdown of technology, applications, and practical considerations.

Read article →
New

ABAQUS Soil-Structure Interaction Modelling: A Practical Guide

Element selection, contact modelling, mesh strategies, and common pitfalls in SSI analysis — from a practising FEA engineer.

Read article →
New

How to Choose the Right Sensors for Structural Health Monitoring

Strain gauges, accelerometers, fibre optic, vibrating wire — a practical comparison to help you pick the right SHM sensors.

Read article →
New

Mohr's Circle Explained: A Visual Guide for Engineering Students

Step-by-step construction, sign conventions, principal stresses, and the common mistakes students make.

Read article →
Research

Publications & Conferences

2024
Published

Numerically simulating the interconnected nature of the road-soil-pipe infrastructure

Movahedifar, R., Royal, A., Torbaghan, M.E., Metje, N. and Chapman, D.

Results in Engineering, 23, p.102537

2024
Published

Application of Machine Learning within an Asset Management Framework for Realizing the Impact of Trenching in Urban Environments

Hojjati, A., Movahedifar, R. and Eskandari Torbaghan, M.

Geo-Congress 2024 (pp. 464–474), ASCE

2025
Under Review

An Experimental Study on Investigating the Impacts of a Leaking Pipe on a Pavement

Movahedifar, R., et al.

2025
Under Review

A data-driven framework for optimising data sampling for pavement performance prediction

Movahedifar, R., et al.

Conference Presentations

Geo-Congress (ASCE), Vancouver 2024 IAM Annual Conference, Birmingham 2022-2024 IALCCE Life Cycle Workshop, Netherlands 2024
Testimonials

What Clients & Students Say

“Dr Movahedifar's tutoring sessions completely changed my understanding of soil mechanics. He explains complex concepts with clarity and patience, always linking theory back to real-world applications. I went from struggling to scoring a first in my geotechnics module.”

MSc Student University of Birmingham

“Reza helped me build confidence with ABAQUS modelling for my dissertation. His step-by-step approach to debugging convergence issues saved me weeks of frustration. Highly recommended for anyone tackling numerical modelling for the first time.”

Final Year Undergraduate Civil Engineering

“The FEA consulting work was thorough and professionally delivered. The technical report was clear enough for our client to understand, yet rigorous enough to satisfy the checking engineer. We will be using GeoMonix again.”

Project Engineer UK Geotechnical Consultancy
FAQ

Frequently Asked Questions

What types of FEA / ABAQUS modelling do you offer?

I develop 2D and 3D finite element models in ABAQUS for geotechnical and structural applications, including soil-structure interaction, pavement systems, buried infrastructure, foundation analysis, and slope stability. Each model includes calibration against available data, sensitivity analysis, and a clear technical report.

How much does tutoring cost?

One-to-one tutoring sessions are £65 per hour, delivered online via Zoom or Teams. Group rates are available on request. I cover geotechnical engineering, structural engineering, mathematics, and Python/MATLAB programming at undergraduate and master's level.

Do you work with clients outside the UK?

Yes. All consulting and tutoring services are available worldwide via online delivery. For infrastructure assessment and in-person site work, I am based in Birmingham, UK, and can travel within the UK as needed.

What is fibre optic sensing and when should I use it?

Distributed fibre optic sensing (DFOS) uses light pulses in optical fibres to measure strain, temperature, or vibration continuously along the entire length of the fibre. It is ideal for monitoring large infrastructure assets like tunnels, pipelines, embankments, and bridges where traditional point sensors would miss critical behaviour between measurement locations.

How long does a typical FEA consulting project take?

Timelines depend on model complexity, but most projects follow a pattern: 1–2 weeks for scoping and data review, 2–4 weeks for model development and calibration, and 1–2 weeks for reporting. A simple 2D model might be delivered in 3 weeks; a complex 3D model with multiple load cases could take 2–3 months. I always confirm timelines before starting.

Can you help with my dissertation or final year project?

Absolutely. I regularly support undergraduate and master's students with dissertation planning, literature reviews, numerical modelling, data analysis, and interpretation of results. I will not write your work for you, but I will teach you the methods and help you develop the skills to complete it to a high standard.

What software and tools do you use?

My core tools include ABAQUS (FEA), Python and MATLAB (data analysis, machine learning, automation), AutoCAD/BIM/GIS (design and spatial analysis), and various fibre optic interrogator platforms. For reporting, I use LaTeX and standard engineering documentation formats.

How do I get a quote for consulting work?

Use the AI assistant in the contact section below — it will ask about your project, extract the key details, and generate an indicative quote. For complex or specialist work, I personally review every brief and respond with a tailored proposal within 24 hours.

Contact

Let's Work Together

Whether you need consulting expertise, monitoring design, or academic tutoring — I'd love to hear from you.

Location Birmingham, United Kingdom

Services available for:

  • Fibre optic & SHM consulting
  • FEA modelling & data analysis
  • Infrastructure assessment
  • Technical writing
  • University-level tutoring
  • Online worldwide · In-person in Birmingham