The Department of Electrical and Computer Engineering

BS Degrees in:

Electrical Enginnering (EE)

-Medical Preparation Option

Computer Engineering (CompE)

BioMedical Engineering (BME)Department Chair:

C. E. KormanAcademic Center, Phillips Hall 607

Telephone: (202) 994-6083E-Mail: ece@gwu.edu

www.ece.gwu.edu

we’re shaping the future of technology! © ECE 2005

Department of ECEFields of Study - UndergraduateElectrical Engineering

* Communications and Networks * Electromagnetics, Wireless Devices & Antennas * Signal, Image and and Multimedia Processing

* Medical Preparation Option

Computer Engineering

* Computer Architecture and Networking

* Microelectronics, VLSI and MEMS Systems

* Medical Preparation Option (Coming soon) Biomedical Engineering

* Medical Preparation * Medical Instrumentation * Biomedical imaging

* Medical Preparation Option

BS - Electrical Engineering130 Credits

Electrical Engineering provides the technological foundation for the modern information society.

Electrical Engineers design the micro integrated circuits and wireless devices that are fueling the advances in information & wireless technologies.

Capstone design project – Real world design experience before you graduate

2nd highest paying starting salary (Source: CNN Money)

2nd highest degree in demand*

Careers options in:

• Design, management, patent law,

biotechnology, medicine, etc.

* NACE Job Outlook 2005

BS - Computer Engineering129 Credits

Computer Engineering provides the best of both worlds: electronic system hardware design with software design.

Computer Engineers design & construct integrated circuits, design embedded systems (such as MP3 players) and computer networks.

A 3 semester long Capstone design project gives you real world hardware and software design experience.

3rd highest paying starting salary (Source: CNN Money)

One of the TOP 10 degrees in demand*

Careers options in:

• Networking, medical imaging, software &

hardware design, etc.

* NACE Job Outlook 2005

BS - Biomedical Engineering129-137 Credits

Biomedical engineering is a discipline concerned with the development and manufacture of prostheses, medical devices, diagnostic devices,

drugs and other therapies.

Biomedical Engineering combines fundamentals of engineering with biology, chemistry, biophysics, etc.

The real-world experience of senior design can land you a great job.

Excellent internship opportunities at area laboratories & companies

Careers options in:

• Bioinstrumentation, medical research (requires

graduate degree), medicine, etc.

Department of ECE22 full-time faculty, 5 research faculty, 2 visiting faculty & adjuncts

7 faculty are fellows of the IEEE, 1 faculty fellow of the AIMBE

Research and Internship opportunities for undergraduates

Annual Research Expenditure: $2.5 million

Select Research Areas & Projects: * Wireless/Mobile Communications

* Micro-Electro-Mechanical Systems (MEMS)* Medical Instrumentation* High-Performance processors* Sensors for Mine Detection* Image Processing* Remote Sensing

Laboratory Locations:* Tompkins Hall* Virginia Campus* Staughton Hall

Department of ECEKnow Your Advisor?Electrical Engineering

* Professor N. Kyriakopoulos* E-Mail: kyriak@gwu.edu* Office: Phillips Hall 638* Tel: (202) 994 6797

Computer Engineering * Professor M. Zaghloul

* E-Mail: zaghloul@gwu.edu* Office: Phillips Hall 620* Tel: (202) 994 3772

* Professor C. Korman* E-Mail: korman@gwu.edu* Office: Phillips Hall 608* Tel: (202) 994 6083* Existing student only

Department of ECE Know Your Advisor?

Biomedical Engineering* Professor M. Loew* E-Mail: loew@gwu.edu* Office: Staughton Hall 101* Tel: (202) 994 5910

* Professor T. Manuccia* E-Mail: manuccia@gwu.edu* Office: Phillips Hall 624-D* Tel: (202) 994 4272

* Professor J. Zara* E-Mail: jzara@gwu.edu* Office: Staughton Hall 107* Tel: (202) 994 2402