Concept

Problem solving

Related lectures (32)

Explores teaching problem solving in higher education, emphasizing the importance of analytical skills and transfer of knowledge.

Presents methods for problem-solving, emphasizing 'Divide and Conquer', recursion, and dynamic programming.

Introduces a method for solving complex problems, emphasizing the importance of understanding the problem statement accurately.

Covers presenting using a board to explain concepts clearly and avoid contributing to problematic beliefs.

Covers solving equations and inequalities with irrational parameters using step-by-step examples.

Explores business opportunity identification, factors affecting recognition, idea generation, and tools for supporting creativity.

Discusses degrees of freedom analysis and solving methods in energy conversion flowsheets.

Explores the interconnected concepts of creativity and innovation, emphasizing their importance in problem-solving and progress.

Covers teaching methods, emphasizing preparation, empathy, and practical applications in physics education.

Explores how analogies drive innovation and the challenges of finding analogies in large datasets to automatically discover analogies.

Discusses the strategy of answering every question with a question as a teaching method.

Emphasizes self-preparation, effective communication, and critical thinking in exercise sessions.

Explores practical aspects of solving parity games, including winning strategies, algorithms, complexity, determinism, and heuristic approaches.

Explores teaching methodology, preparation, and support for physics exercises, emphasizing student engagement and problem-solving methods.

Explores the challenges of explaining concepts to beginners and emphasizes teaching problem-solving methods over providing answers.

Explores Polya's 4-stage problem-solving process and heuristics to enhance problem-solving skills.

Explores the essence of platform and puzzle games, tracing their evolution and discussing innovative subgenres and future trends.

Covers the analysis of speed variation using differential equations and small time intervals.

Discusses problem-solving strategies for math word problems and engaging activity design.

Covers the importance of exercises, numerical tools, and iterative problem-solving in DOE.