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Structural engineering is a specialty within civil engineering that studies how force interacts with materials. Structural engineers create drawings and specifications, perform calculations, review the work of other engineers, write reports and evaluations, and observe construction sites. They also analyze and design the gravity and lateral resistance support of bridges, buildings and other structures.

Structural engineering is of great importance in society and a popular topic at universities. Structural engineering seeks to meet the demands of the engineering and construction industries.

Several universities around the world have developed Master’s programs in Structures with the purpose of training professionals prepared to face the different challenges of structural engineering and of the materials used for the realization of engineering works and projects.

Many of these Master’s programs in Structures are offered free of charge or are financed through a scholarship. Making reasonably accurate predictions about the behavior of complex structures under load, such as water-bearing dams or high-rise buildings in windy conditions, tends to require extensive knowledge and attention to critical details. 

A Free Master’s Degree in Structural Engineering program is designed to prepare graduates to make such predictions through research in fluid mechanics, finite element, systems modeling, and failure mechanics. This program often requires some laboratory work or advanced modeling technology and, as such, can cost more than art degrees.

The Free Master of Science in Structure is designed for civil engineers or related graduates who are seeking to specialize as structural engineers, or those seeking to advance their career prospects in the industry; this course will allow you to deal with complex structural engineering problems.

What is a Master Degree in Structural Engineering ?

A Master of Science in Structural Engineering is a postgraduate academic degree that offers the opportunity to expand knowledge in the area of structural engineering including the practice of structural engineering, wind engineering, structural behavior, geotechnical engineering and industrial research.

This program is designed for students who already have a four-year accredited engineering degree and who now wish to expand their career prospects through training, retraining or specialization in structures or structural engineering.

The Master of Science in Structures program offers several courses related to advanced materials mechanics, finite element analysis and design of steel and concrete structures. This master’s program allows the student to develop advanced professional skills in the computational analysis and design of steel and reinforced, composite and prestressed concrete structures.

The Master Degree in Structural Engineering prepares well-trained professionals and helps them become creative structural designers with solid foundations and the ability to develop and maintain sustainable infrastructure systems.

Program, Subjects and Content of the Master Degree in Structural Engineering

These are some of the topics that can be included in the programmatic content of a Master’s degree in Structures:

  • Fluid Mechanics
  • Finite elements
  • System modeling 
  • Failure mechanics
  • Seismic Engineering
  • Earth Moving 
  • Advanced structural analysis
  • Structural dynamics
  • Non-linear structural analysis
  • Finite element methods in structural dynamics
  • Behavior and advanced design of structural concrete
  • Advanced structural steel performance and design
  • Materials for sustainable built environments
  • Earthquake resistant design and construction
  • Probabilistic models in civil engineering
  • Structural reliability
  • Data analysis for physical systems
  • Random Vibrations
  • Decision analysis for civil and environmental engineers
  • Introduction to Performance Based Seismic Engineering
  • Architecture / Engineering / Computer Integrated Construction Architecture / Engineering / Computer Integrated Construction
  • Life cycle assessment of complex systems
  • Wind Physics
  • Modeling of concrete ties and suspenders Structural monitoring
  • Performance and structural failures
  • Analysis and management of regional seismic risks
  • Continuous Media Mechanics
  • Foundations and ground structures
  • Computational Poromechanics
  • Plasticity Modeling and Computing
  • Seminar on critical infrastructure management

How Long Does the Master Degree in Structural Engineering Take ?

A Master’s program in Structures generally takes between 1 and 2 years of full-time study. The length of the program will depend on the country, the house of studies that teaches the master’s degree, the modality, the curriculum, among other factors.

Where can I work with the Master Degree in Structural Engineering ?

Graduates of a Master’s Degree in Structures can be hired by governments that often employ teams of structural engineers to analyze, design and implement public works projects. 

Experienced engineers can use a master’s degree to increase their chances of obtaining a management position or advanced research work. Graduates of this master’s degree will also be able to perform consulting and advisory work independently.

Countries and Cities Where You Can Study the Master Degree in Structural Engineering for Free Obtaining a Scholarship

  • Australia
  • United Kingdom
  • France
  • Sweden
  • Germany
  • Poland
  • South Africa
  • Romania
  • Lithuania
  • Malaysia
  • Norway
  • United States

Institutes, Centers and Universities Where the Master Degree in Structural Engineering is Possibly Taught for Free, through Scholarships

Master’s Degree in Structural Engineering 

  • Engineering Technology Institute
  • Perth, Australia.

Master’s Degree in Structural Engineering

  • Swansea University
  • Swansea, United Kingdom.

Master of Science in Structural Engineering

  • Cardiff University
  • Cardiff, United Kingdom.

Master’s Degree in Ecological Design and Advanced Composite Structures

  • ITM Lille Douai
  • Douai, France.

Master of Science in Structural Engineering

  • University of Linnaeus
  • Växjö, Sweden.

Master’s Degree in Natural Hazards and Risks in Structural Engineering

  • Bauhaus-University Weimar
  • Weimar, Germany.

Master in Civil Engineering with a branch of study in Building Structure

  • Czech Technical University in Prague
  • Prague, Czech Republic.

Master of Civil Engineering: Structural Engineering

  • Poznan University of Technology
  • Poznań, Poland.

Master’s Degree in Structural Engineering (Lecturer)

  • University of Johannesburg
  • Johannesburg, South Africa.

Master of Science in Structural Engineering

  • Gheorghe Asachi Technical University of Iasi
  • Iași, Romania.

Master in Structural Engineering

  • Technical University of Vilnius Gediminas
  • Vilnius, Lithuania.

Master’s Degree in Structural Engineering and Construction

  • Universiti Putra Malaysia
  • Shah Alam, Malaysia.

Master’s Degree in Structural Engineering and Building Technology

  • Oslo Met University
  • St. Hanshaugen, Norway.

Master’s Degree in Structural Engineering

  • Stanford University
  • Stanford, United States.

Master’s Degree in Structural Engineering

  • Northwestern University
  • Evanston, United States.

Master Degree in Structural Engineering Reference Prices

The prices of the Master’s Degree in Structures can be varied. The prices of these Masters are between $8,260 and $42,780 per year. In some cases it can have a higher cost.

The cost of this Master’s degree will vary according to the country where it is taught, the institution or university that teaches the Master’s degree, the modality, duration, and the materials provided during the study, among other factors.

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