Course overview
Engineering has always solved problems, but the problems that matter most are often poorly defined, shaped as much by human needs as by technical constraints. Design thinking gives engineers a structured way to work on exactly those problems: start with the user, frame the real question, generate options widely, then prototype and test before committing. This course shows how that mindset fits alongside engineering rigor rather than replacing it.
Participants move through the phases of design thinking as applied to engineering work: empathy and problem definition, ideation, prototyping and testing, and integrating the approach into real projects and workflows. The course closes on sustainability and on the harder challenge of building an organizational culture where innovation is expected and supported, using engineering case studies throughout.
Why this matters in engineering
Technically excellent solutions still fail when they solve the wrong problem or ignore how people will use them. Design thinking reduces that risk by testing assumptions early and cheaply, before expensive commitments are made. Engineers and teams who can combine this with technical depth deliver solutions that are both feasible and genuinely wanted, an approach that connects closely to the methods in the Design Thinking and Creative Problem-Solving course.
What you will be able to do afterwards
By the end of the course, participants will be able to:
- Apply the phases of design thinking to engineering problems.
- Research user needs and frame problems before jumping to solutions.
- Generate and narrow ideas using structured ideation techniques.
- Use prototyping and testing to improve solutions iteratively.
- Embed innovation and sustainability into engineering workflows.
Course outline
Unit 1: Introduction to design thinking in engineering
The unit introduces the mindset and its place in engineering.
- Principles and phases of design thinking.
- The role of innovation in engineering success.
- Case studies of design thinking in engineering.
- Global best practices.
Unit 2: Empathy and problem definition
Participants learn to understand users and frame the real problem.
- Understanding user needs and perspectives.
- Research methods for empathy in design.
- Defining problems effectively.
- Tools for framing engineering challenges.
Unit 3: Ideation and creative problem-solving
The unit covers generating and refining ideas.
- Brainstorming and ideation techniques.
- Divergent and convergent thinking.
- Tools for generating innovative ideas.
- Group ideation exercises.
Unit 4: Prototyping and testing in engineering
Participants examine how ideas are tested before full commitment.
- The role of prototypes in engineering design.
- Rapid prototyping methods.
- Testing solutions and gathering feedback.
- Iterative improvement techniques.
Unit 5: Integrating innovation in engineering projects
The unit connects design thinking to real project delivery.
- Embedding design thinking into workflows.
- Balancing innovation with technical feasibility.
- Collaboration across multidisciplinary teams.
- Innovation metrics and evaluation.
Unit 6: Sustainability and future-oriented design
Participants study how design choices shape long-term impact.
- Sustainable innovation in engineering.
- Life-cycle thinking in design.
- Circular economy approaches.
- Case studies in sustainable engineering solutions.
Unit 7: Building a culture of innovation
The closing unit addresses making innovation stick in an organization.
- Leadership for innovation in engineering.
- Overcoming barriers to creativity.
- Fostering continuous improvement.
- A roadmap for innovation in organizations.
How the course is delivered
The course combines structured teaching with engineering case studies, guided ideation exercises, and discussion of prototyping and testing methods. Participants work through the design-thinking cycle on realistic engineering problems, so the approach becomes a practical habit rather than an abstract framework. The emphasis is on applied reasoning and collaboration.
Who should attend
The course suits engineers and technical leads, product and R&D staff, project managers in engineering settings, and anyone responsible for bringing new solutions from idea to implementation. No prior design-thinking experience is assumed.
About EuroQuest International Training
EuroQuest International Training is an international training provider founded in 2015, with a catalog of more than 1,000 courses delivered to over 15,000 participants. Headquartered in Bratislava, EuroQuest runs courses across a network of European and regional training hubs and focuses on practical, current, and professionally relevant content.
Frequently asked questions
Does design thinking replace engineering rigor?
No. It complements it. Design thinking helps frame the right problem and test ideas early, while engineering discipline ensures the chosen solution is technically sound and feasible. The course shows how the two work together.
Is the course only for design engineers?
No. It suits engineers across disciplines, along with technical leads and project managers, since the approach applies to any situation where a problem is complex and user needs matter.
Do I need creative or artistic ability to benefit?
No. Design thinking is a structured method, not a talent. The course teaches the techniques for framing, ideation, and testing so that any engineer can apply them systematically.
Related courses
- Innovation in Engineering and Process Design
- Sustainable Engineering and Green Manufacturing
- Driving Innovation and Business Strategy
- Developing a Culture of Innovation in Organizations
Register for this course
To reserve a place or request an in-house session for your team, contact EuroQuest International Training and our team will help you confirm dates and details.
All Course Dates & Locations
27 dates · 13 cities · Sep 2026 – Jul 2027