Mike Wiegers Department of Electrical and Computer Engineering

3108 Engineering Hall
785-532-5600
ece@k-state.edu
ece.k-state.edu

Electrical Engineering

The electrical engineering curriculum establishes a theoretical basis in circuits, electronics, electromagnetics, energy conversion and controls. It includes a strong laboratory experience stressing system design and implementation. Three areas of emphasis are available: bioengineering, electronics and communications, and power systems.

Computer Engineering

The computer engineering curriculum establishes a theoretical basis for computer components in circuits, electronics, electromagnetics, digital systems, and microprocessors and for software in programming languages, algorithms, data structures and operating systems. A strong laboratory experience stressing digital and microprocessor system design and implementation is included.

Biomedical Engineering

Biomedical engineering applies engineering principles to design challenges faced by the medical and life science communities. Graduates from the biomedical engineering program can anticipate designing medical devices and computer software for health care applications. Two areas of emphasis are available: sensors and devices, and computation.

Programs

Bachelor of Science

• •  Biomedical Engineering (BS)
• •  Computer Engineering (BS)
• •  Electrical Engineering (BS)

Courses

Biomedical Engineering

• •  BME 001 - New Student Assembly
• •  BME 200 - Introduction to Biomedical Engineering
• •  BME 430 - Biomaterials
• •  BME 451 - Biomechanical Engineering
• •  BME 490 - Undergraduate BME Design Experience I
• •  BME 491 - Undergraduate BME Design Experience II
• •  BME 575 - Clinical Systems Engineering
• •  BME 590 - Senior Design Experience I
• •  BME 591 - Senior Design Experience II
• •  BME 674 - Medical Imaging

Electrical and Computer Engineering

• •  ECE 015 - New Student Assembly
• •  ECE 115 - New Student Design Project
• •  ECE 210 - Introduction to Electrical Engineering
• •  ECE 241 - Introduction to Computer Engineering
• •  ECE 410 - Circuit Theory I
• •  ECE 431 - Microcontrollers
• •  ECE 441 - Design of Digital Systems
• •  ECE 497 - Undergraduate Research Experience
• •  ECE 499 - Honors Research in Electrical and Computer Engineering
• •  ECE 502 - Electronics Laboratory
• •  ECE 511 - Circuit Theory II
• •  ECE 512 - Linear Systems
• •  ECE 519 - Electric Circuits and Control
• •  ECE 525 - Electronics I
• •  ECE 526 - Electronics II
• •  ECE 530 - Control Systems Design
• •  ECE 540 - Applied Scientific Computing for Engineers
• •  ECE 542 - Computer Networking
• •  ECE 557 - Electromagnetic Theory I
• •  ECE 571 - Introduction to Biomedical Engineering
• •  ECE 581 - Energy Conversion I
• •  ECE 582 - Wind Energy Research
• •  ECE 590 - Senior Design Experience I
• •  ECE 591 - Senior Design Experience II
• •  ECE 624 - Power Electronics
• •  ECE 628 - Electronic Instrumentation
• •  ECE 631 - Microcomputer Systems Design
• •  ECE 633 - Real-Time Embedded Systems
• •  ECE 636 - Introduction to Computer Graphics
• •  ECE 641 - Advanced Digital Design using Logic Synthesis
• •  ECE 643 - Computer Engineering Design Lab
• •  ECE 645 - Digital Electronics
• •  ECE 647 - Digital Signal Processing
• •  ECE 648 - Multimedia Compression
• •  ECE 649 - Computer Design I
• •  ECE 660 - Communication Systems I
• •  ECE 661 - Communication Systems II
• •  ECE 662 - Design of Communication Circuits
• •  ECE 670 - Engineering Applications of Machine Intelligence
• •  ECE 681 - Wind and Solar Engineering
• •  ECE 684 - Power Laboratory
• •  ECE 685 - Power Systems Design
• •  ECE 686 - Power Systems Protection
• •  ECE 690 - Problems in Electrical and Computer Engineering
• •  ECE 694 - Optoelectronics
• •  ECE 696 - Integrated Circuit Design
• •  ECE 715 - Electroacoustics
• •  ECE 722 - Audio Engineering
• •  ECE 724 - Analog Electronics
• •  ECE 725 - Integrated Circuit Devices and Processes
• •  ECE 728 - Mixed Signal Measurements
• •  ECE 730 - Control Systems Analysis and Design
• •  ECE 731 - Advanced Microcomputer System Design
• •  ECE 733 - Real-Time Embedded Systems Design
• •  ECE 736 - Discrete-Time and Computer-Control Systems
• •  ECE 746 - Fault Diagnosis in Digital Systems
• •  ECE 749 - Computer Design II
• •  ECE 758 - Electromagnetic Theory II
• •  ECE 760 - Wireless Communications
• •  ECE 764 - Antennas and Microwave Circuits
• •  ECE 771 - Control Theory Applied to Bioengineering
• •  ECE 772 - Theory and Techniques of Bioinstrumentation
• •  ECE 773 - Bioinstrumentation Design Laboratory
• •  ECE 780 - Power Seminar
• •  ECE 824 - Advanced Power Electronics
• •  ECE 828 - Topics in Instrumentation
• •  ECE 830 - Advanced Systems Theory
• •  ECE 840 - Computer Engineering Methods for Analysis, Simulation, and Design
• •  ECE 841 - Network Theory
• •  ECE 842 - Parallel Processing
• •  ECE 845 - Sequential Machines
• •  ECE 846 - Computer Engineering Methods for Analysis, Simulation, and Design II
• •  ECE 849 - Topics in Computer Engineering
• •  ECE 855 - Advanced Topics in Electromagnetic Theory
• •  ECE 861 - Applied Probability Theory & Random Processes
• •  ECE 866 - Transform Processing of Digital Signals
• •  ECE 867 - Digital Image Processing
• •  ECE 870 - Neural Networks in Engineering
• •  ECE 872 - Therapeutic Medical Devices and Systems
• •  ECE 881 - Advanced Topics in Electric Energy Systems
• •  ECE 882 - Power Quality
• •  ECE 885 - Power Systems Operation and Control
• •  ECE 887 - Distribution System Engineering
• •  ECE 888 - Power System Stability and Control
• •  ECE 890 - Advanced Electrical Theory
• •  ECE 895 - Solid-State Electronic Devices
• •  ECE 896 - Graduate Seminar in Electrical and Computer Engineering
• •  ECE 897 - Research in Electrical Engineering
• •  ECE 898 - Master’s Report
• •  ECE 899 - Master’s Thesis