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01
Outcomes
Learning Objectives
Participants will gain essential skills in circuit design, analysis, and simulation, preparing them for advanced studies and professional work in engineering fields.
02
Review
Comprehensive Learning Tools
We provide comprehensive learning tools, including PTC Math CAD and QUCS simulator, to support students in their circuit design and analysis projects.
03
Lectures
Hands-On Learning
Our lectures provide hands-on learning experiences that enhance understanding of circuit design and analysis through practical applications.
Curriculum
Course Structure
Engaging Lab Sessions
Engaging lab sessions allow students to apply theoretical knowledge in real-world scenarios, fostering a deeper understanding of engineering principles.
Step-by-Step Process for Circuit Design
1
In the first step, participants will gain a foundational understanding of circuit theory, focusing on key concepts such as voltage, current, and resistance. This theoretical knowledge will be complemented by practical examples to enhance comprehension.
2
The second step involves hands-on training with PTC Math CAD, where participants will learn to apply mathematical principles to solve circuit-related problems. This will prepare them for the subsequent lab activities.
3
During the third step, participants will utilize the QUCS simulator to design and simulate various circuits. This experience will help them visualize circuit behavior and understand the impact of different components.
4
In the fourth step, participants will engage in real-world lab experiments, constructing circuits with actual components. They will use test equipment to measure and analyze circuit performance, reinforcing their theoretical knowledge.
5
The final step will involve a comprehensive comparison of the calculated, simulated, and empirical data. Participants will assess the accuracy of their designs and simulations, culminating in a reflective discussion on their learning outcomes.