Creative Engineering and Problem Solving Workshop
About the Course
Engineers will develop critical and creative thinking skills to address construction challenges. The course introduces problem-solving frameworks and techniques such as root cause analysis, design thinking, and innovation in engineering processes.
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Course Outline
1: Introduction to Creative Thinking
Definition and importance of creativity in engineering.
The science of creative problem-solving.
Barriers to creativity and how to overcome them.
2: Brainstorming Models for Engineering Solutions
Understanding different brainstorming techniques.
Group vs. individual brainstorming.
Practical exercises in idea generation.
3: The Role of Emotions in Problem-Solving
Understanding emotional influence on decision-making.
Managing stress and fostering a creative mindset.
Case studies on emotional intelligence in engineering problem-solving.
4: Avoiding Negative Generalization in Engineering
Recognizing cognitive biases and their impact.
Strategies to think beyond conventional limitations.
Overcoming restrictive thought patterns in engineering projects.
5: Acknowledging and Analyzing Engineering Problems
Techniques for identifying root causes.
The importance of defining problems accurately.
Structured problem analysis methodologies.
6: Problem-Solving Methodology
Step-by-step approach to solving engineering issues.
Application of creative thinking in real-world scenarios.
Tools and techniques for effective problem resolution.
7: Tactics for Creative Thinking
Enhancing lateral thinking abilities.
Applying logic and intuition together.
Mind-mapping and visualization techniques.
8: Advanced Creative Thinking Models
The Six Thinking Hats: Enhancing decision-making from multiple perspectives.
The Scamper Model: Developing new solutions through modification and adaptation.
Round Robin Technique: Structured group problem-solving methodology.
9: Practical Exercises and Real-World Applications
Hands-on exercises to reinforce learning.
Applying creative engineering strategies to real-life scenarios.
Group problem-solving challenges and case study discussions.
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Course Outcome
Upon completion of this workshop, participants will:
Develop structured approaches to solving engineering challenges innovatively.
Master brainstorming models to generate and refine new ideas.
Utilize advanced thinking techniques like Six Thinking Hats and Scamper Model.
Improve their decision-making and strategic problem-solving skills.
Apply creative engineering techniques to optimize projects and processes.
Strengthen their ability to work collaboratively on problem-solving initiatives.