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Civil Engineering with Computational Methods● OpenMastersPreview

Advanced Computational Methods in Civil Engineering

An English-taught Master’s specialisation in cutting-edge computational techniques for civil engineering innovation.

Best for:Best for civil engineering graduates with a strong background in mathematics, mechanics, and computational methods seeking to specialise in numerical simulations and advanced structural analysis.

RWTH Aachen University · Aachen, Germany
More professors at RWTH Aachen University
structural mechanicsfluid-structure interactionnumerical methods in civil engineeringlightweight structurescomposite materialsfinite element technology
This is a masters position — not a PhD studentship.
Deadline
Register by 1 September 2026 + 3 more
Funding
Unfunded
4 semesters (2 years)
Start date
Winter or Summer semester (flexible)
Full-time
Location
Aachen
Germany

Overview

This Master’s specialisation at RWTH Aachen University focuses on advanced computational methods in civil engineering, preparing graduates to develop and apply numerical simulations for modern infrastructure. Taught entirely in English, the programme integrates courses from civil, mechanical engineering, and mathematics to equip students with expertise in structural mechanics, fluid dynamics, and numerical modelling. The curriculum includes a research module and a scientific mini-thesis, ensuring a strong research orientation. Graduates are well-prepared for PhD studies or careers in academia and industry, particularly in fields requiring multidisciplinary computational expertise.

computational civil engineeringfinite element analysisstructural dynamicsnumerical simulationsadvanced materials in civil engineeringmultidisciplinary engineeringresearch-oriented Master’s programmePhD preparation

What you'll do

  • Develop and apply numerical methods and simulations for innovative civil engineering structures.
  • Conduct research in structural mechanics, fluid mechanics, and numerical mathematics.
  • Participate in interdisciplinary projects combining civil, mechanical, and mathematical engineering principles.
  • Complete a scientific mini-thesis and a Master’s thesis under faculty supervision.
  • Engage in research modules to gain hands-on experience with modern scientific methodologies.
  • Assess the strengths and limitations of numerical modelling in civil engineering applications.
  • Collaborate with university researchers on cutting-edge projects in computational engineering.

Requirements

Degree required: Bachelor’s degree in Civil Engineering or a related field (e.g., Mechanical Engineering, Mathematics, or Physics) with proof of 38 CP in mathematical-physical basics (mathematics, statistics, mechanics, hydromechanics) and 80 CP in civil engineering basics (including at least 20 CP each from two areas: constructive engineering, water management, construction operations/geotechnics, or transportation).

Degree offered: Master of Science (MSc)

Language: English; B2 level (or equivalent, e.g., TOEFL iBT 90, IELTS Academic 6, UNIcert II, PTE Academic 60, or Cambridge English B2 First).

Instruction: English (with optional elective subjects in German).

Required skills
  • Profound knowledge of mathematics (16 CP), statistics (3 CP), mechanics (16 CP), and hydromechanics (3 CP).
  • Experience with civil engineering basics (80 CP) covering at least two areas: constructive engineering, water management, construction operations/geotechnics, or transportation.
  • Proficiency in English at B2 level (or equivalent, e.g., TOEFL iBT 90, IELTS Academic 6, UNIcert II, PTE Academic 60, or Cambridge English B2 First).
  • Passage of the Graduate Record Examination (GRE General Test), unless exempt (EU/EEA nationals or those with German Abitur).
  • Ability to complete additional qualifications if required by the examination board (up to 30 CP total, with no more than 9 CP in mathematical-physical basics and 26 CP in civil engineering basics).
Nice to have
Prior experience with computational tools or software development in engineering.Research experience or publications in civil engineering or related fields.
Eligibility
  • Applicants must hold a Bachelor’s degree in Civil Engineering or a related field.
  • EU/EEA nationals or those with German Abitur are exempt from the GRE General Test requirement.
  • Non-EU applicants must provide proof of English proficiency and GRE scores.
  • No German language skills required for admission.

Funding & terms

Type
Unfunded
Amount
—
Duration
4 semesters (2 years)
Programme
RWTH Aachen University (scholarships available, see description)
RWTH Aachen University (scholarships available, see description)

Programme and admissions

Admissions not verified

A catalogue listing does not mean applications are open or funding is guaranteed. Check the source for your intake.

Intake
Not confirmed by the source
Duration
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Teaching language
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Taught / research mode
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Study mode
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Campus
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Prerequisites
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Application instructions
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Tuition
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Funding
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How to apply

Deadline: 1 September (non-EU, Summer semester), 1 March (non-EU, Winter semester), 15 January (EU/EEA, Summer semester), 15 July (EU/EEA, Winter semester)

Applicants must submit their application through the official RWTH Aachen University Master’s application portal. Required documents include proof of degree, transcripts, GRE scores (if applicable), English proficiency certificate, and any additional qualifications. The application process varies slightly for EU/EEA and non-EU applicants due to differing deadlines and documentation requirements.

Documents required
  • Bachelor’s degree certificate and transcripts
  • Proof of English proficiency (e.g., TOEFL, IELTS, UNIcert, PTE, or Cambridge English)
  • Graduate Record Examination (GRE General Test) scores (unless exempt)
  • Proof of civil engineering and mathematical-physical basics (CP documentation)
  • Additional qualifications if required by the examination board
  • Passport or ID copy
  • Motivation letter (if required)
  • CV/resume
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Contact

Lab
Chair of Structural Analysis and Dynamics (LBB) & Institute of Applied Mechanics (IFAM)
RWTH Aachen University
Germany
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