Program Overview

Electrical and Computer Engineering Program

The Electrical and Computer Engineering program at Northwestern University offers a comprehensive education in the field, with a range of undergraduate and graduate degree options.

Undergraduate Programs

• Computer Engineering Major (BS Degree): This program provides students with a solid foundation in computer engineering, including curriculum and requirements, introductory courses, and special programs.
• Electrical Engineering Major (BS Degree): This program offers students a comprehensive education in electrical engineering, including curriculum and requirements, introductory courses, and special programs.
• ABET Objectives and Outcomes: The program is accredited by ABET, with objectives and outcomes that ensure students receive a high-quality education.
• Combined BS/MS: Students can pursue a combined BS/MS degree, allowing them to earn both undergraduate and graduate degrees in a shorter timeframe.
• Special Programs: The program offers special programs, including undergraduate research opportunities and internships.

Graduate Programs

• PhD Programs: The program offers PhD degrees in Computer Engineering and Electrical Engineering, with a focus on advanced research and academic preparation.
• MS Programs: The program offers MS degrees in Computer Engineering and Electrical Engineering, with specializations in areas such as Artificial Intelligence and Machine Learning, Computer Vision and Image Processing, and Network and Communication Systems.
• Admissions: The program has a comprehensive admissions process, including an overview of admissions requirements and FAQs.
• Financial Aid: The program offers financial aid to graduate students, including scholarships and assistantships.
• Graduate Student Affairs: The program provides support services for graduate students, including academic advising and career counseling.

Courses

• ELEC_ENG 388: Nanotechnology: This course covers the physics and technology of nanoscale photonic and electronic devices, including bulk crystal, thin film, and epitaxial growth technologies.
• Course Objectives: The course objectives include understanding nanotechnology, recognizing and classifying crystals, and designing compound semiconductor laser device structures.
• Course Topics: The course covers a range of topics, including semiconductor heterostructures, compound semiconductors, crystal growth techniques, and semiconductor characterization techniques.
• Grades: The course grades are based on homework, midterm, lab reports, project, and final exam.

Research

• Areas of Research: The program has a range of research areas, including Computer Engineering, Signals and Systems, and Solid State, Photonic, and Quantum Technologies.
• Undergraduate Research: The program offers undergraduate research opportunities, allowing students to work with faculty members on research projects.
• Groups & Labs: The program has a range of research groups and labs, including the Nanotechnology Lab and the Photonics Lab.
• Research Centers: The program is affiliated with several research centers, including the Center for Quantum Devices and the Center for Nanotechnology.

People

• Faculty: The program has a range of faculty members, including professors, associate professors, and assistant professors.
• Affiliated Faculty: The program has affiliated faculty members from other departments and institutions.
• Staff: The program has a range of staff members, including administrative assistants, research assistants, and technicians.

News & Events

• News: The program has a range of news articles, including updates on research projects, faculty awards, and student achievements.
• All Events: The program has a range of events, including seminars, workshops, and conferences.
• Distinguished Speaker Series: The program has a distinguished speaker series, featuring prominent researchers and industry leaders.
• Meet the Faculty Series: The program has a meet the faculty series, allowing students to meet with faculty members and learn about their research interests.
• Faculty Lecture Videos: The program has a range of faculty lecture videos, covering topics such as nanotechnology and photonics.
• Newsletter: The program has a newsletter, featuring updates on research projects, faculty awards, and student achievements.