Summary

This presentation describes different approaches to problem-solving and their benefits in education. It covers the importance of and strategies related to problem-solving, from a simple introduction to the theoretical background, frameworks and specific examples. The presentation examines the importance of problem-solving for engagement, developing skills such as critical thinking, decision-making, and resilience. It also looks at different types of problems and provides various applications for the methodology in different disciplines, and in everyday life.

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PROBLEM SOLVING Exploring Its Importance in Developing Life Skills and Analytical Thinking Roadmap Introduction to Problem- Solving as a Teaching Benefits of Application in Real Life...

PROBLEM SOLVING Exploring Its Importance in Developing Life Skills and Analytical Thinking Roadmap Introduction to Problem- Solving as a Teaching Benefits of Application in Real Life Strategy Problem-Solving 1 3 5 2 4 6 Key Elements of Challenges and Interactive Activities Problem-Solving Solutions 2 Learning Outcomes At the end of the presentation the students are expected to: ✗ Understand the fundamental concepts and steps of the problem-solving process. ✗ Value the role of critical thinking and diverse perspectives in problem-solving. ✗ Participate in interactive activities that allow students to apply problem-solving strategies. 3 1 Introduction to Problem-Solving as a Teaching Strategy Exploring the Significance of Problem-Solving ✗ Problem-solving is a teaching approach that actively engages students in understanding key concepts and principles. ✗ Despite the challenges and preparation time required, it effectively promotes the development of skills essential for real-world applications. ✗ Through this strategy, students enhance their ability to reason, analyze situations, and make objective judgments, fostering critical thinking and reflective skills as they evaluate both the problems and their problem-solving processes. 5 ✗ Problem-solving integrates three essential elements: students must first understand the learning objectives; second, teachers should explain the purpose of using problem-solving for the content; and finally, teachers need to guide how students will interact with their peers during the process. 6 ✗ At its core, problem-solving involves identifying an issue, determining its root cause, and exploring solutions. This strategy not only deepens students' comprehension but also boosts their confidence and proficiency in tackling problems across different contexts. 7 History of Problem-Solving as a Concept ✗ Problem-solving is not an invention of a single person but rather a fundamental human cognitive process used throughout history. ✗ Its formal study began in the 20th century, with psychologist Karl Duncker pioneering research in this area. ✗ His work on “functional fixedness,” a cognitive bias that limits how we view object uses, was key in early problem-solving studies. 8 History of Problem-Solving as a Concept ✗ Later, Herbert A. Simon and Allen Newell contributed significantly to cognitive psychology and artificial intelligence with their theories of problem-solving behavior. ✗ Simon’s work, especially on decision-making and bounded rationality, remains influential in understanding problem-solving today. 9 Problem-Solving as an Instructional Approach The problem-solving approach in education is effective for promoting student engagement, critical thinking, and exploration. 10 Key elements include: ✗ Real-World Problems ✗ Guided Discovery ✗ Collaboration ✗ Reflection and Feedback ✗ Scaffolded Learning 11 George Polya's Framework for Problem-Solving 12 ✗ George Polya, a renowned Hungarian mathematician, outlined a widely-used four-step problem-solving approach in 1957. 13 Components of the Framework Understand the Devise a Plan Problem Develop a strategy to solve Ensure comprehension of the problem, such as using the problem type and symmetry or creating a requirements. model. Carry Out the Plan Look Back Implement the strategy, Evaluate the outcome and checking each step. review the steps that led to the solution. If unsuccessful, reconsider the approach and try a new plan. 14 2 Key Elements of Problem-Solving Understanding the Steps involved in Effective Problem-Solving Steps in Problem-Solving Identify the Problem Brainstorm Possible Solutions Evaluate Options Identifying the problem is Brainstorming involves After gathering possible the foundational step in any generating multiple potential solutions, it’s time to problem-solving process. solutions without immediately evaluate them. Weighing This requires a deeper judging them. At this stage, the pros and cons of understanding of the issue, the goal is to create a list of each option allows you focusing on the root cause possibilities, which will be to identify trade-offs and rather than rushing to evaluated in the next steps. consequences, helping solutions. you choose the most effective solution. 16 Steps in Problem-Solving Implement the Solution Reflect on the Results With a selected solution Reflection involves in place, the next step is assessing the implementation. This effectiveness of the involves creating a clear chosen solution. This plan of action and step compares outcomes outlining the steps to initial goals, gathers needed to move forward. feedback, and identifies any unexpected consequences. 17 Sample Problem Shevy, a high school student, has been bullied by her peers for being overweight. The hurtful comments about her appearance deeply affect her, leading her to decide to lose weight. However, she lacks knowledge about how to do it in a healthy way. Initially, she stops eating properly and follows fad diets she finds online, resulting in rapid weight loss that makes her feel weak and sick. 18 Steps in Problem-Solving Identify the Problem Brainstorm Possible Solutions Evaluate Options 1. How can Shevy lose 1. Consult a dietitian or weight in a healthy, doctor. sustainable way without harming her body? 2. Watch videos online about proper weight loss journeys, 2. How can she gain which might inspire her. confidence in her weight and appearance? 3. Hire a gym trainer for guidance on appropriate exercises. 19 Steps in Problem-Solving Implement the Solution Shevy visits a doctor and receives the following advice: 1. Balanced Diet: Eat a variety of healthy foods, including fruits, vegetables, lean proteins, and whole grains. She should focus on portion control and avoid sugary, processed foods, while ensuring she eats enough to fuel her body. 2. Exercise: Engage in regular physical activity, such as walking, running, or joining a sport she enjoys. Physical activity helps burn calories, build muscle, and improve overall fitness. 20 Steps in Problem-Solving Reflect on the Results Over time, by following a healthy lifestyle, Shevy loses weight gradually, feels stronger, and becomes more confident. She learns that weight loss is not about pleasing others but about feeling good in her own body and prioritizing her health. 21 Skills Developed Through Problem-Solving Critical Thinking Creativity Decision-Making Enhances the ability to Encourages the generation Strengthens the capacity to analyze arguments, identify of innovative ideas and choose the most effective biases, and make sound approaches to challenges. course of action. judgments. Collaboration Adaptability Time Management Promotes teamwork and Develops flexibility in Fosters prioritization and communication when solving addressing changing efficient resource problems in a group setting. circumstances and revising management during the strategies as needed. problem-solving process. 22 3 Benefits of Problem-Solving Discovering how Problem-Solving Enhances Learning and Engagement Deeper Understanding of Content ✗ Problem-solving encourages students to actively engage with the material, promoting critical thinking and allowing them to make connections between different concepts. ✗ This active approach leads to a more comprehensive understanding of the subject matter, as students apply what they’ve learned in meaningful ways, rather than passively absorbing information. 24 Improved Retention ✗ Actively working through problems helps students retain what they learn more effectively. ✗ By connecting theoretical concepts to real-world applications, students develop a practical understanding of the material, which enhances their ability to remember key ideas and use them in future contexts. 25 Preparation for Real-Life Situations ✗ Through problem-solving, students develop essential life skills such as critical thinking, decision-making, and resilience. ✗ By practicing systematic approaches to challenges, evaluating various options, and reflecting on outcomes, students are better prepared to handle both personal and professional situations in the future. 26 Increased Student Engagement ✗ Active Participation ✗ Problem-solving tasks encourage students to take an active role in their learning, which fosters greater interest and focus compared to passive activities like listening to lectures or reading textbooks. 27 Increased Student Engagement ✗ Collaboration and Teamwork ✗ Problem-solving often requires students to work in groups, which promotes collaboration, communication, and a sense of community. ✗ These group tasks allow students to share ideas, learn from one another, and collectively contribute to solving complex problems. 28 4 Challenges and Solutions Identifying Common Challenges and Strategies to Overcome Them Adjusting to a New Learning Method Challenge Solution Some students may Gradually introduce struggle to adjust to problem-solving tasks, problem-solving allowing students to ease approaches, especially if into the new approach they are accustomed to while providing clear traditional, teacher- guidance on how to centered methods of engage effectively. learning. 30 Student's Lack of Confidence Challenge Solution Some students may lack Offer regular guidance and confidence in their use positive reinforcement to problem-solving abilities, encourage students. Celebrate their successes leading to hesitation or and provide constructive avoidance of participation. feedback to help build their confidence over time. 31 Maintaining Student Engagement Challenge Solution Keeping all students Ensure the problems posed actively involved in are relevant to students' problem-solving activities interests and diverse enough to capture their attention. can be challenging, as Incorporating varied tasks some may lose interest or helps maintain engagement feel disconnected. across different learning styles. 32 Teacher Preparedness Challenge Solution Teachers may feel Provide professional uncertain about their development opportunities ability to effectively lead for teachers to strengthen their skills in facilitating problem-solving activities problem-solving. Encourage or may lack experience in collaboration with this teaching strategy. colleagues to share strategies and resources. 33 Assessment Difficulties Challenge Solution Assessing problem- Use diverse assessment solving skills can be more methods, such as project- complex than traditional based evaluations, reflections, and peer methods of evaluation, assessments, to capture a such as multiple-choice more comprehensive tests or quizzes. understanding of students' problem-solving abilities. 34 5 Application in Real Life Examining the Relevance of Problem-Solving Skills across Various Areas Government Transparency, Accountability, and Political Reform ✗ Problem-solving in governance involves identifying inefficiencies, corruption, and accountability gaps within government institutions. ✗ By analyzing data, reviewing policies, and encouraging civic engagement, reforms can be introduced that improve transparency. ✗ Strategies like audits, public consultations, and digital platforms help hold leaders accountable and ensure that political reforms are more inclusive and effective. 36 Poverty Alleviation and Economic Development ✗ Addressing poverty requires problem-solving approaches to understand the root causes, like unemployment and poor education access. ✗ Policymakers gather data, analyze economic trends, and create targeted programs such as job creation, micro- financing, or social welfare expansion. ✗ These solutions are tested through pilot programs and adjusted based on results, ensuring that they directly address the specific needs of underprivileged communities. 37 Disaster Preparedness and Climate Resilience ✗ In disaster risk management, problem-solving is applied to create contingency plans and build infrastructure that can withstand natural calamities. ✗ Professionals use data from past disasters, hazard mapping, and simulations to predict future risks and improve community preparedness. ✗ Climate resilience measures, such as sustainable urban planning and emergency response systems, are implemented to reduce the long-term impacts of climate change and protect vulnerable populations. 38 Healthcare and Public Health ✗ Problem-solving in healthcare involves diagnosing health challenges, improving treatment options, and managing public health crises like pandemics. ✗ Professionals analyze health trends, develop protocols, and optimize healthcare access. ✗ For example, by using problem-solving strategies, healthcare providers can tailor treatments to specific diseases, improve patient care, and allocate resources effectively during health emergencies. 39 Educational Reform and Skills Development ✗ To improve education, problem-solving is used to identify learning gaps, outdated curricula, and skills mismatches in the job market. ✗ Reformers analyze educational outcomes, engage with stakeholders, and pilot new teaching methods like project-based learning or vocational training. ✗ By solving these systemic issues, education systems can be made more relevant and accessible, equipping students with skills needed for future employment. 40 Business Decision-Making and Innovation ✗ In business, problem-solving is crucial for strategic decision-making, product innovation, and crisis management. ✗ Companies analyze market trends, customer feedback, and financial data to find solutions that improve operational efficiency and competitiveness. ✗ Teams brainstorm, test, and implement strategies such as diversifying products or adopting new technologies to stay relevant in the market and solve business challenges. 41 Biology and Environmental Science ✗ In biology, problem-solving is used to tackle issues like biodiversity loss and environmental degradation. Scientists conduct research, analyze ecosystems, and test conservation strategies to protect endangered species and maintain ecological balance. ✗ Additionally, researchers examine how various environmental factors, including climate change and human activities, contribute to the spread of diseases. This knowledge allows for the development of solutions like pollution control measures and sustainable resource management to promote both environmental and public health. 42 Personal Decision-Making in Everyday Life ✗ Individuals apply problem-solving to make informed decisions in areas like budgeting, health, and relationships. ✗ By gathering information, weighing options, and considering potential outcomes, people can solve everyday problems like managing time, handling conflicts, or planning for the future. ✗ This allows for better financial stability, healthier relationships, and improved life satisfaction. 43 6 Interactive Activities Participating in Engaging Activities to Apply Problem-Solving Techniques ‘Di Ba? Teh! Dapat PAKAK kung ayaw ma-LEGWAK! 45 PAKAK NA PAKAK! Bigyan ng 20 POINTS ‘yan! 46 Feed your BRAIN with KNOWLEDGE and NOT with FOOD. Mag-aral nang MABUTI. Kahit mahirap, KAYANIN! Christine Valdez 47 Thanks! Any questions? 48 Team Presentation Kyla Cabalonga Ameera Corpuz Kian Medina Gio Orero Shevy Tanii 49

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