Work-in-progress: Using hardware-based programming experiences to enhance student learning in a senior feedback controls lecture course

Computer Science

• Computational Problem 20%
• Computational Solution 20%
• Computer Hardware 100%
• Conceptualization 40%
• Context 40%
• Control 60%
• Control Algorithm 40%
• Design 80%
• Directed Learning 20%
• Engineering Student 20%
• Evaluation 40%
• Evaluation Board 20%
• Feedback Control 100%
• Knowledge Transfer 20%
• Learning Technique 20%
• Micro Controller Unit 80%
• Microcontroller 40%
• Model 80%
• Modeling 20%
• Problem-Based Learning 40%
• Procedure 20%
• Programming Environment 20%
• Programming Experience 100%
• Programming Skill 40%
• Real World 40%
• Research Assistant 20%
• Solution Method 20%
• Student Engagement 40%
• System Response 20%
• Teams 20%

Engineering

• Computational Solution 16%
• Computer Simulation 16%
• Control Algorithm 33%
• Controller Design 16%
• Design 16%
• Engineering 16%
• Engineering Student 16%
• Enhancement 16%
• Environment 16%
• Evaluation 50%
• Feedback Control 100%
• Hybrid 33%
• Illustrates 16%
• Instructors 16%
• Learning Technique 16%
• Mechanical Engineering 33%
• Microcontroller 100%
• Model 66%
• Programming Module 16%
• Real World 33%
• Redesign 33%
• Requirement 33%
• Research 16%
• Seniors 100%
• Solution Method 16%
• Solution Technique 16%
• Solving Skill 16%
• Sufficient Time 16%
• System Response 16%
• Teaching Assistant 16%