What are the most important problem-solving techniques for Electronic Engineers in embedded systems?

2 Analyze the problem

The next step is to analyze the problem in depth and gather relevant data and evidence. You need to examine the components, functions, and interactions of the embedded system, as well as the external factors that may influence it. You can use tools such as logic analyzers, oscilloscopes, multimeters, or debuggers to measure and monitor the system's behavior and performance. You should also ask yourself questions such as: What are the assumptions and hypotheses behind the problem? What are the facts and figures that support or contradict them? What are the patterns and trends that emerge from the data?

3 Generate solutions

The third step is to generate possible solutions to the problem based on your analysis. You need to use your creativity, knowledge, and experience to come up with different options and alternatives. You can use tools such as brainstorming, mind mapping, or prototyping to explore and test your ideas. You should also ask yourself questions such as: What are the advantages and disadvantages of each solution? How feasible and effective are they? How do they meet the goals and criteria for solving the problem?

4 Evaluate solutions

The fourth step is to evaluate the solutions and select the best one based on your criteria. You need to use your logic, judgment, and feedback to compare and contrast the solutions. You can use tools such as matrices, checklists, or simulations to rank and score the solutions. You should also ask yourself questions such as: What are the strengths and weaknesses of each solution? How do they impact the system and the stakeholders? How do they align with the constraints and requirements of the problem?

5 Implement solutions

The fifth step is to implement the solution and verify its results. You need to use your skills, tools, and resources to execute the solution and monitor its outcomes. You can use tools such as code editors, compilers, or testers to program and run the solution. You should also ask yourself questions such as: What are the steps and procedures for implementing the solution? What are the expected and actual results of the solution? How do they differ from the problem?

6 Review solutions

The final step is to review the solution and reflect on its effectiveness and efficiency. You need to use your learning, improvement, and communication to assess and report the solution. You can use tools such as reports, presentations, or reviews to document and share the solution. You should also ask yourself questions such as: What are the successes and failures of the solution? What are the lessons and insights learned from the solution? What are the recommendations and suggestions for future solutions?

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?