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Technical Design

Technical Design

Do you want to develop innovative products that inspire people, impress with their technical prowess and offer forward-looking solutions? On the Bachelor’s degree programme in Technical Design, you’ll combine design, technology and digital innovation, and learn how ideas are turned into marketable products. You’ll gain practical experience in design, modelling, animation, physical computing, human-centred design and ergonomics, and utilise modern technologies such as VR/AR, AI-based applications, generative design and digital manufacturing to develop, test and refine concepts.

The programme encourages interdisciplinary work and combines creative problem-solving with engineering thinking. In projects, you will analyse technical requirements, develop user-centred solutions and design products that combine high functionality with aesthetic appeal. The focus is on a willingness to experiment, prototyping and iterative development processes. Through personalised support, state-of-the-art laboratories and collaboration with industry partners, you will gain practical experience early on and prepare yourself for roles in design, product development and innovation management.

Career Opportunities

Technical designers work, for example, on product conception, at the interface between design and engineering departments, and as generalists with the ability to view and assess all aspects of product development holistically.

Apply now
Degree
Bachelor of Science (B. Sc.)
Duration
7 Semester
Start of studies
Winter
Main teaching language
German
Admission restricted
No
Type of degree program
Full-time
ECTS
210
Accreditation
Yes

Application period for the winter semester 2027/28: May 2 to July 15, 2027

Curriculum Technical Design

Presentation of curriculums
Semester
1st Semester
  1. Project 1 Design introduction

    Fundamentals of the design process are linked to form, meaning, and perception. Students use different media to develop design solutions and implement projects independently and in teams. Project organization, communication, presentation skills, and solution-oriented thinking are strengthened throughout the process.

  2. Mathematics

  3. Engineering Mechanics 1

  4. Principles of Design

  5. CAID

  6. Drawing

Project 1 Design introduction

<p>Fundamentals of the design process are linked to form, meaning, and perception. Students use different media to develop design solutions and implement projects independently and in teams. Project organization, communication, presentation skills, and solution-oriented thinking are strengthened throughout the process.</p>

Mathematics

Engineering Mechanics 1

Principles of Design

CAID

Drawing

  1. Projekt 2: Gehäuse

    A complex design task at the interface of design and engineering is developed and implemented independently. CAD tools and engineering design methods are applied throughout the process, from ideation to final design. Students reflect on their approach while strengthening project planning, self-organization, communication, and presentation skills.

  2. Materials / Surfaces / Production engineering 1

  3. Engineering Mechanics 2

  4. Construction Methods, Construction Elements & CAD

  5. CAD Visualization & Animation

  6. Presentation Techniques

Projekt 2: Gehäuse

<p>A complex design task at the interface of design and engineering is developed and implemented independently. CAD tools and engineering design methods are applied throughout the process, from ideation to final design. Students reflect on their approach while strengthening project planning, self-organization, communication, and presentation skills.</p>

Materials / Surfaces / Production engineering 1

Engineering Mechanics 2

Construction Methods, Construction Elements & CAD

CAD Visualization & Animation

Presentation Techniques

  1. Project 3 Sustainability

  2. Materials / Surfaces / Production Engineering 2

  3. Kinematics

  4. Physical-Computing-Programming

  5. Measurement and Control Technology

  6. Portfolio & Personality

Project 3 Sustainability

Materials / Surfaces / Production Engineering 2

Kinematics

Physical-Computing-Programming

Measurement and Control Technology

Portfolio & Personality

  1. Project 4 Kinematics & Physical Computing

  2. MMI - UXD - Ergonomics

  3. FEM / Simulation / Lightweight Construction / Bionics

  4. Surface Modelling & Reverse Engineering

  5. Design History & Future and Trend Research

Project 4 Kinematics & Physical Computing

MMI - UXD - Ergonomics

FEM / Simulation / Lightweight Construction / Bionics

Surface Modelling & Reverse Engineering

Design History & Future and Trend Research

  1. Internship

  2. Creativity – Methods / Product Conception

Internship

Creativity – Methods / Product Conception

  1. Project 5 Parametric & Procedural Design

  2. Cost and Investment Management

  3. Entrepreneurship

  4. Design Management / Design Strategy

  5. Design Psychology and Aesthetics

Project 5 Parametric & Procedural Design

Cost and Investment Management

Entrepreneurship

Design Management / Design Strategy

Design Psychology and Aesthetics

  1. Bachelor's Thesis

  2. Presentation Techniques

  3. Elective Module

  4. Elective Module

Bachelor's Thesis

Presentation Techniques

Elective Module

Elective Module

Curriculum Technical Design — Overview of all semesters and modules
1. Semester
  • Project 1 Design introduction
  • Mathematics
  • Engineering Mechanics 1
  • Principles of Design
  • CAID
  • Drawing
2. Semester
  • Projekt 2: Gehäuse
  • Materials / Surfaces / Production engineering 1
  • Engineering Mechanics 2
  • Construction Methods, Construction Elements & CAD
  • CAD Visualization & Animation
  • Presentation Techniques
3. Semester
  • Project 3 Sustainability
  • Materials / Surfaces / Production Engineering 2
  • Kinematics
  • Physical-Computing-Programming
  • Measurement and Control Technology
  • Portfolio & Personality
4. Semester
  • Project 4 Kinematics & Physical Computing
  • MMI - UXD - Ergonomics
  • FEM / Simulation / Lightweight Construction / Bionics
  • Surface Modelling & Reverse Engineering
  • Design History & Future and Trend Research
5. Semester
  • Internship
  • Creativity – Methods / Product Conception
6. Semester
  • Project 5 Parametric & Procedural Design
  • Cost and Investment Management
  • Entrepreneurship
  • Design Management / Design Strategy
  • Design Psychology and Aesthetics
7. Semester
  • Bachelor's Thesis
  • Presentation Techniques
  • Elective Module
  • Elective Module

Interesting Facts

  1. Dual study programme

    A combined model (degree programme & vocational training) OR a degree programme with in-depth practical experience (degree programme and intensive practical placements) are available. For the dual study programme, you must apply both to the company and to the university (please note: be sure to check the company’s application deadlines!). 

    More info on our dual studies-pages, or check dual cooperation partner companies. Even if no partner company is currently active in this degree programme, you are welcome to contact us.

  2. Studying abroad whilst at university

    During your studies, you will have the opportunity to gain international experience. THI has an international network comprising more than 150 partner universities as well as numerous international companies worldwide. Our International Office serves as a central point of contact for all students. 

  3. Internship

    The study programme requires a preparatory internship of at least 6 weeks, which has to be completed before the start of the 4th semester (during semester breaks). The preparatory internship is not part of our admission requirements.

  4. Studying abroad whilst at university

    During your studies, you will have the opportunity to gain international experience. THI has an international network comprising more than 150 partner universities as well as numerous international companies worldwide. Our International Office serves as a central point of contact for all students. 

Application period for the winter semester is May 2nd to July 15th.

Please consider that the online application is only possible in this space of time. Applications that reach the university later than that cannot be taken into consideration.

Please find further information on application for bachelor study courses.  

 

Questions

Any questions?

Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.

People

Program Director

More contact options

  1. Juana-Gabriela Sandt

    Study ambassador for technical design

Technical Design

Do you want to develop innovative products that inspire people, impress with their technical prowess and offer forward-looking solutions? On the Bachelor’s degree programme in Technical Design, you’ll combine design, technology and digital innovation, and learn how ideas are turned into marketable products. You’ll gain practical experience in design, modelling, animation, physical computing, human-centred design and ergonomics, and utilise modern technologies such as VR/AR, AI-based applications, generative design and digital manufacturing to develop, test and refine concepts.

The programme encourages interdisciplinary work and combines creative problem-solving with engineering thinking. In projects, you will analyse technical requirements, develop user-centred solutions and design products that combine high functionality with aesthetic appeal. The focus is on a willingness to experiment, prototyping and iterative development processes. Through personalised support, state-of-the-art laboratories and collaboration with industry partners, you will gain practical experience early on and prepare yourself for roles in design, product development and innovation management.

Career Opportunities

Technical designers work, for example, on product conception, at the interface between design and engineering departments, and as generalists with the ability to view and assess all aspects of product development holistically.

Apply now
Degree
Bachelor of Science (B. Sc.)
Duration
7 Semester
Start of studies
Winter
Main teaching language
German
Admission restricted
No
Type of degree program
Full-time
ECTS
210
Accreditation
Yes

Application period for the winter semester 2027/28: May 2 to July 15, 2027

Curriculum Technical Design

Presentation of curriculums
Semester
1st Semester
  1. Project 1 Design introduction

    Fundamentals of the design process are linked to form, meaning, and perception. Students use different media to develop design solutions and implement projects independently and in teams. Project organization, communication, presentation skills, and solution-oriented thinking are strengthened throughout the process.

  2. Mathematics

  3. Engineering Mechanics 1

  4. Principles of Design

  5. CAID

  6. Drawing

Project 1 Design introduction

<p>Fundamentals of the design process are linked to form, meaning, and perception. Students use different media to develop design solutions and implement projects independently and in teams. Project organization, communication, presentation skills, and solution-oriented thinking are strengthened throughout the process.</p>

Mathematics

Engineering Mechanics 1

Principles of Design

CAID

Drawing

  1. Projekt 2: Gehäuse

    A complex design task at the interface of design and engineering is developed and implemented independently. CAD tools and engineering design methods are applied throughout the process, from ideation to final design. Students reflect on their approach while strengthening project planning, self-organization, communication, and presentation skills.

  2. Materials / Surfaces / Production engineering 1

  3. Engineering Mechanics 2

  4. Construction Methods, Construction Elements & CAD

  5. CAD Visualization & Animation

  6. Presentation Techniques

Projekt 2: Gehäuse

<p>A complex design task at the interface of design and engineering is developed and implemented independently. CAD tools and engineering design methods are applied throughout the process, from ideation to final design. Students reflect on their approach while strengthening project planning, self-organization, communication, and presentation skills.</p>

Materials / Surfaces / Production engineering 1

Engineering Mechanics 2

Construction Methods, Construction Elements & CAD

CAD Visualization & Animation

Presentation Techniques

  1. Project 3 Sustainability

  2. Materials / Surfaces / Production Engineering 2

  3. Kinematics

  4. Physical-Computing-Programming

  5. Measurement and Control Technology

  6. Portfolio & Personality

Project 3 Sustainability

Materials / Surfaces / Production Engineering 2

Kinematics

Physical-Computing-Programming

Measurement and Control Technology

Portfolio & Personality

  1. Project 4 Kinematics & Physical Computing

  2. MMI - UXD - Ergonomics

  3. FEM / Simulation / Lightweight Construction / Bionics

  4. Surface Modelling & Reverse Engineering

  5. Design History & Future and Trend Research

Project 4 Kinematics & Physical Computing

MMI - UXD - Ergonomics

FEM / Simulation / Lightweight Construction / Bionics

Surface Modelling & Reverse Engineering

Design History & Future and Trend Research

  1. Internship

  2. Creativity – Methods / Product Conception

Internship

Creativity – Methods / Product Conception

  1. Project 5 Parametric & Procedural Design

  2. Cost and Investment Management

  3. Entrepreneurship

  4. Design Management / Design Strategy

  5. Design Psychology and Aesthetics

Project 5 Parametric & Procedural Design

Cost and Investment Management

Entrepreneurship

Design Management / Design Strategy

Design Psychology and Aesthetics

  1. Bachelor's Thesis

  2. Presentation Techniques

  3. Elective Module

  4. Elective Module

Bachelor's Thesis

Presentation Techniques

Elective Module

Elective Module

Curriculum Technical Design — Overview of all semesters and modules
1. Semester
  • Project 1 Design introduction
  • Mathematics
  • Engineering Mechanics 1
  • Principles of Design
  • CAID
  • Drawing
2. Semester
  • Projekt 2: Gehäuse
  • Materials / Surfaces / Production engineering 1
  • Engineering Mechanics 2
  • Construction Methods, Construction Elements & CAD
  • CAD Visualization & Animation
  • Presentation Techniques
3. Semester
  • Project 3 Sustainability
  • Materials / Surfaces / Production Engineering 2
  • Kinematics
  • Physical-Computing-Programming
  • Measurement and Control Technology
  • Portfolio & Personality
4. Semester
  • Project 4 Kinematics & Physical Computing
  • MMI - UXD - Ergonomics
  • FEM / Simulation / Lightweight Construction / Bionics
  • Surface Modelling & Reverse Engineering
  • Design History & Future and Trend Research
5. Semester
  • Internship
  • Creativity – Methods / Product Conception
6. Semester
  • Project 5 Parametric & Procedural Design
  • Cost and Investment Management
  • Entrepreneurship
  • Design Management / Design Strategy
  • Design Psychology and Aesthetics
7. Semester
  • Bachelor's Thesis
  • Presentation Techniques
  • Elective Module
  • Elective Module

Interesting Facts

  1. Dual study programme

    A combined model (degree programme & vocational training) OR a degree programme with in-depth practical experience (degree programme and intensive practical placements) are available. For the dual study programme, you must apply both to the company and to the university (please note: be sure to check the company’s application deadlines!). 

    More info on our dual studies-pages, or check dual cooperation partner companies. Even if no partner company is currently active in this degree programme, you are welcome to contact us.

  2. Studying abroad whilst at university

    During your studies, you will have the opportunity to gain international experience. THI has an international network comprising more than 150 partner universities as well as numerous international companies worldwide. Our International Office serves as a central point of contact for all students. 

  3. Internship

    The study programme requires a preparatory internship of at least 6 weeks, which has to be completed before the start of the 4th semester (during semester breaks). The preparatory internship is not part of our admission requirements.

  4. Studying abroad whilst at university

    During your studies, you will have the opportunity to gain international experience. THI has an international network comprising more than 150 partner universities as well as numerous international companies worldwide. Our International Office serves as a central point of contact for all students. 

Application period for the winter semester is May 2nd to July 15th.

Please consider that the online application is only possible in this space of time. Applications that reach the university later than that cannot be taken into consideration.

Please find further information on application for bachelor study courses.  

 

Questions

Any questions?

Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.

People

Program Director

More contact options

  1. Juana-Gabriela Sandt

    Study ambassador for technical design

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