Teaching

Fall 2024: ECE 2024 Circuit Analysis

Course Summary :

The students will learn the basic concepts of DC and AC circuit behavior; develop and solve mathematical representation for simple RLC circuits; and understand the use of circuit analysis theorems and methods.

Spring 2022: ECE/BMED/CHBE/ME-4782-A Biosystems Analysis

Course Summary :

Signal processing and modeling tools are presented for analyzing biomedical signals, with a particular focus on physiologic monitoring for human health and performance. Fundamentals of digital signal processing, and probability and statistics are reviewed. Physiology concepts are introduced and developed together with examples of feature extraction, noise reduction, event detection, and signal modeling approaches used in commercially available devices and academic research. Students will complete a final project in small teams, including a short written proposal, presentation to the class and industry or physician guests, and a written report. This course aims at developing both knowledge and critical thinking in the field of physiologic monitoring, with a particular emphasis on systems used outside of clinical settings (e.g., m-health or extreme environment monitoring). No prior knowledge of physiology or biology is needed.

Fall 2023: ECE 2040 Circuit Analysis

Course Summary :

The students will learn the basic concepts of DC and AC circuit behavior; develop and solve mathematical representation for simple RLC circuits; and understand the use of circuit analysis theorems and methods.

Spring 2023: ECE 2040 Circuit Analysis

Course Summary :

The students will learn the basic concepts of DC and AC circuit behavior; develop and solve mathematical representation for simple RLC circuits; and understand the use of circuit analysis theorems and methods.

Spring 2024: ECE 8803 Bioelectromagnetics: Fundamentals and Applications.

Course Summary :

Bioelectromagnetics is a discipline that examines the interaction of electromagnetic field with biological tissues. This course will educate students about the concept of bioelectromagnetics and its various applications. Specifically, students will learn (i) about bioelectric, biomagnetics and bioelectromagnetics phenomena in biological tissues (ii) how to apply numerical methods for bioelectromagnetic simulation (iii) how to characterize electromagnetic wave propagation in multilayered heterogeneous tissues layers (iv) about the design of state-of-the-art measurement and stimulation systems towards various clinical applications. Fundamentals of electromagnetic fields will be also reviewed. The course will emphasize the use of electromagnetic field for diagnostic and therapeutic purposes such as stimulation, sensing, and imaging purposes.

SEUN SANGODOYIN, PH.D.

Fall 2024: ECE 2024 Circuit Analysis

Spring 2024: ECE 8803 Bioelectromagnetics: Fundamentals and Applications.

Spring 2023: ECE 2040 Circuit Analysis

Fall 2023: ECE 2040 Circuit Analysis

Spring 2022: ECE/BMED/CHBE/ME-4782-A Biosystems Analysis