Bachelor of Engineering

Wood Engineering

The Wood Engineering degree programme covers all manufacturing and process engineering aspects of a classical engineering discipline, including the structural application of wood and other renewable raw materials. This includes fundamental material sciences such as wood biology, wood chemistry, and wood physics, as well as wood processing, the production of wood-based materials and their processing, including the structural use of wood in construction, and the basics of building physics.

Connected with the material wood

In the Wood Engineering degree programme, you will learn the scientific and engineering fundamentals related to wood as a material, including its processing and applications. Building on this foundation, you will acquire application-specific skills. From the fourth semester onwards, you will apply your knowledge to engineering challenges in the specialisations of Wood Technology or Structural Engineering. Project work introduces you to scientific methods and working practices. The programme lasts seven semesters and comprises 210 ECTS credits.

Study content

Individual study contents

In the first three semesters, you will gain a solid foundation in natural sciences, engineering, and wood technology through lectures, seminars, practical sessions, and excursions.
In the fourth semester, you choose one of two specialisations: Structural Engineering or Wood Technology, and can further tailor your studies with elective modules.
The sixth semester includes a 20-week internship, which can be completed either in Germany or abroad.
In the seventh semester, after additional specialised modules, you will complete your Bachelor's thesis and graduate with the Bachelor of Engineering (B.Eng.) degree.

Modules per semester

In the first semester, you build on the skills you acquired at school in mathematics and the natural sciences and learn the first basics of wood engineering in the STEM subjects as well as woodworking and wood processing. A special feature is a course on sustainable development, in which students from all degree programmes take part.

In the second semester, you further deepen your foundational knowledge. In addition to supplementary mathematical, technological and scientific content, you will be introduced to business management.

In the third semester, which marks the final semester of the foundation phase, you will explore further aspects of general engineering and wood engineering. An introduction to building construction theory will provide you with the foundational principles of structural engineering.

In the fourth semester begins the specialisation phase of your studies. Depending on your chosen specialisation, you will take specialised modules, with the opportunity to personalise your programme further by selecting compulsory elective modules from wood engineering or other offerings at HNEE or partner universities.

In the fifth semester, you will continue your specialisation, with particular emphasis on the engineering project. Here, you will collaborate in a team to solve an engineering problem and document your findings according to scientific standards.

During the sixth semester, you will undertake a 20-week internship, applying and deepening your knowledge in a practical setting. This internship can be completed either in Germany or abroad.

Finally, in the seventh semester, after completing additional modules, you will write your Bachelor’s thesis on an engineering topic, presenting your work in a scientific report. Upon successful defence of your thesis, you will graduate with the degree of Bachelor of Engineering (B.Eng.).

After graduation

Career prospects

With a B.Eng. degree in Wood Engineering from HNEE, you will become a sought-after specialist in the wood processing industry, timber trade, or timber construction sector. Building on a strong foundation in sustainability, you will play an active role in driving the transformation toward more sustainable practices.

Specialisation options

You can choose to deepen your expertise in either wood technology or structural engineering.

In wood technology, you will explore the relationship between the structural properties of wood and process variables in sawn timber production, engineered wood products, and furniture manufacturing.

In structural engineering, you will address core tasks in timber construction based on Eurocode 5. Fundamentals in materials and production technology give you access to optimal wood products and industrial production methods for modern timber construction.

Prospects / job profiles

As a wood technologist, you will work in production, development, and management roles within companies focused on engineered wood, furniture manufacturing, interior fittings, timber construction, mechanical and plant engineering, or traditional woodworking. As a wood engineer, you will be highly valued by engineering and architectural firms for your expertise in wood-based materials, sustainable building practices, structural design, production technologies, and implementation planning.

I am an expert in fire protection for building construction projects, responsible for conducting feasibility studies and developing comprehensive fire protection concepts.

 

Portrait

Yvonne Reinmüller

Project engineer with Ralf Kludt Dipl-Ing. (FH), graduate, wood engineering

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