Department of Electrical and Electronic Engineering

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Department of Computer and Network Engineering


This department conducts education and research related to the field ofinformatics and communication technology, which forms the foundation of anadvanced communications society. Specifically, the research is based on robustthinking skills in mathematical and physics in the areas of computer,communications, networks, media processing, man-machine interfaces andmathematical information analysis technology.

Department of Electrical and Computer Engineering


Welcome to the Department of Electrical and Computer Engineering. Thisdepartment is a dynamic and growing community of scholars who are activelyadvancing the field and its many professions. The faculty is diverse, andmembers participate in a myriad interdisciplinary initiatives that incorporateelectrical and computer engineering into the advancement of other fields. Thedepartment performs extensive research in these areas, such as renewableenergy, advanced embedded systems, cyberphysical systems (IoTs),cybersecurity, smart grid technology, digital communications, medical imageprocessing, artificial intelligence, and nanotechnology.The Department strives for continuous improvement in order to ensure thatstudents remain on the cutting edge of their field. In addition to a rigorousundergraduate curriculum, the department offers a Master’s program inelectrical engineering. The department is committed to producing engineerswith a strong technical background that can be applied across variousindustries. The programs are designed to prepare students to continue theireducation at the graduate and doctoral levels, and enter the workforce with acompetitive advantage.

Computer & S/W Engineering


The Department of Computer and Software Engineering at Bahria University ishome to multi-disciplinary research and academic units that address issues andrecent advances in Computer and Software Engineering. The department providesresearch areas and cutting edge facilities in Computer and Softwareengineering. Our Goal has been, and continues to be, to provide a high degreeprogramme in Computer and Software Engineering, a programme that preparesstudents for lifelong learning as they take on professional careers incomputing.

Department of Electrical Engineering and Computer Science


Contributing to the creation of near-future social infrastructure bycoordinating and integrating information networks, communications, and energyComputers and electronic technologies evidently lay in the center of socialand industrial infrastructures. The Department of Electrical Engineering andComputer Science (EECS) offers two programs, computer systems program andelectrical and computer engineering program. The former allows studentsconsiderable flexibility in tailoring choice of courses, including computernetworks/systems and telecommunications/sensing technologies; the laterprovides students with a wide range of courses in telecommunications/sensingsystems and electrical engineering. In both programs, students will beequipped with comprehensive knowledge from software to hardware, and incompletion of courses, we prepare students for leading engineers andscientists with broad foundations and practical skills in electricalengineering and computer science.

Electrical and Computer Engineering Department


Housed within the McCormick School of Engineering, the Electrical and ComputerEngineering Department conducts groundbreaking research and prepares the nextgeneration of engineers to address global challenges. Areas of focus includecomputational imaging, computer architecture, embedded systems, informationtheory, machine learning and signal processing, physical electronics,photonics, quantum devices, VLSI, and wireless communication.Visit department website

Computer and Electrical Engineering


The Department of Electrical and Computer Engineering is ranked No. 7 inCanada for Overall Research by NTU International Rankings and No. 4 forfaculty h-index in Canada for Overall Research, NTU International Rankings. Itis the biggest department under Ryerson University’s Faculty of Engineeringand Architectural Science (FEAS). The Department has 40 full-time facultymembers and more than 1,000 undergraduate students in Electrical Engineering,Computer Engineering and Biomedical Engineering. The Department has 40 full-time faculty members. Over 150 students are currently enrolled in M.A.Sc.,M.Eng., and PhD programs in Electrical and Computer Engineering, and ComputerNetworks. The Department is home to one Royal Society of Canada Fellow, threeIEEE Fellows, one 3M National Teaching Fellow, one NSERC Industrial ResearchChair in Energy Systems, one Tier-2 Canada Research Chair in Software andSemantic Computing, and two Tier-2 Canada Research Chairs in BiomedicalEngineering, as well as many other faculty members with various accolades totheir names. The department offers Master of Applied Science (MASc), Master of Engineering(MENg), Master of Engineering with AI Concentration, International DoubleDegree, Master of Engineering in Computer Networks, Energy and InnovationProfessional Master’s Diploma. The department’s students also have theopportunity to pursue a recognized graduate program at Ryerson University andone of their partner universities in Europe. * Areas of Research – Biomedical Signal Processing, Bioinformatics, Biosensors, Computer Architecture, Computer Networks, Control Systems, Robotics, Digital Communications, Digital Signal Processing, Embedded Systems, Electromagnetics, Integrated Circuits, Microsystems, Multimedia, Power Electronics, Power Systems, Wireless Sensor Networks, And Wireless And Optical Communications. * List of Labs – Biophotonics and Bioengineering Lab; Centre for Interactive Multimedia Information Mining; Communications And Signal Processing Applications Laboratory; Computer and Network Security Laboratory; Computer Networks Laboratory; Computer Vision and Image Processing Laboratory; Dependable Autonomic Systems Laboratory; Embedded and Reconfigurable Systems Laboratory; Fiber Optic Communications and Sensing Laboratory; Field-Programmable Devices for High-Performance Computing; Integrated Circuits and Smart Systems Lab; Laboratory for Electric Drive Applications and Research; Laboratory for Systems, Software and Semantics (LS3); Lightning Measurement Facility; Microsystems Research Laboratory; Multimedia and Distributed Computing Laboratory; Optimization Problems Research and Applications Laboratory; Power and Energy Analysis Research Laboratory; Ryerson Communications Laboratory; Ryerson Multimedia Research Laboratory; Signal Analysis Research Laboratory; Signal and Information Processing Laboratory; Sensorimotor Processing and Integration for Rehabilitation, Adaptation and Learning Lab; The Wireless Communications and Networking Laboratory

Electrical and Computer Engineering curriculum (Years 3, 4 & 5)


The Electrical and Computer Engineering curriculum is based on the physicaland mathematical principles which constitute the unchanging foundation of thediscipline. Classes apply these foundational principles to state-of-the-artapplications within specialized areas of the field. In the final year,technical elective classes are offered to provide you with a deeper, moredetailed understanding of current technology in your field of interest.Technical electives may also be chosen from listed classes offered by otherdepartments.

Department of Electrical and Computer Engineering & Department of Systems


and Industrial EngineeringIdeal candidates for the online graduate programs in engineering offered bythe University of Arizona’s Department of Electrical and Computer Engineeringor Department of Systems and Industrial Engineering will meet the followingadmissions standards: * Minimum 3.0 GPA in previous academic coursework * Graduated from an accredited engineering bachelor’s program or have earned a degree in a related discipline (math, physics)

Department of Electrical and Electronic Engineering


Established in 1961, the Department of Electrical and Electronic Engineeringis one of the largest departments in The University of Hong Kong. It coverselectrical, electronic, computer and information engineering all under oneroof, providing plenty of opportunities for cross interaction both in terms ofteaching and research. It offers four undergraduate programmes, namelyElectronic and Communications Engineering, Computer Engineering, ElectricalEngineering and Information Engineering, as well as postgraduate programmesleading to a Master of Science in Engineering, Master of Philosophy and Doctorof Philosophy. The Department currently has over 40 academic and teachingstaff, and more than 800 students. It has more than 40 laboratories withadvanced equipment and facilities for supporting its teaching and research.The mission of the Department is to produce the highest quality of graduatesto serve the society, and to conduct leading-edge research.Website: https://www.eee.hku.hk/* * *

Department of Electrical, Computer, and Biomedical Engineering


The Department currently has 41 full-time faculty members, 14 support staffmembers, over 1100 undergraduate students pursuing bachelor of engineeringdegrees in Electrical Engineering, Computer Engineering, and BiomedicalEngineering, as well as over 300 graduate students enrolled in M.A.Sc.,M.Eng., and Ph.D. programs. The faculty members of the Department are engagedin research over a broad spectrum of electrical, computer, and biomedicalengineering that includes the following: digital signal processing,multimedia, integrated circuits, microsystems, biomedical signal processing,bioinformatics, control systems, robotics, computer architecture, computernetworks, digital communications, embedded systems, electromagnetics, wirelesssensor networks, wireless and optical communications, power electronics andpower systems. The 2017 Performance Ranking of Scientific Papers for WorldUniversities (also known as NTU Ranking) ranked Ryerson’s Electrical &Computer Engineering Department among the Top 10 in Canada and 148th in theworld, with citation impact ranking 4th in Canada and 115th in the world. Thisis a testament to the caliber of our faculty. Specifically, the department ishome to three fellows of the Canadian Academy of Engineering, two IEEEFellows, one 3M Teaching Fellow, two NSERC Industrial Research Chair, threeCanada Research Chairs, and many other faculty members who have distinguishedthemselves with various prestigious awards including Premier ResearchExcellence awards, Ryerson Research Chair awards, FEAS research/teachingexcellence awards and investments/grants from CFI, MRI, OCE, NSERC, CIHR,CHRP, and industry. More information can be found at:http://www.ecb.ryerson.ca.

Electrical and Computer Engineering


Electrical and/or computer engineering (ECE) at LSU applies fields of scienceand mathematics that relate to the sensing, communicating, and processing ofinformation as well as the electrical, optical, and magnetic properties of thematerials and the generation and transport of electrical energy. Among themany opportunities within the field of electrical engineering are careersinvolving computers, communications, automatic control, electronics, andelectrical energyLearn more about Electrical and Computer Engineering

The Department of Electrical and Computer Engineering


With two locations to choose from (Pensacola or Fort Walton Beach, Florida),students are prepared to embark upon a professional career in electrical orcomputer engineering from ABET accredited programs.* * *

Electrical & Computer Engineering


Our Electrical & Computer Engineering department prepares students to bevalued members of any professional team. Through opportunities for project-based learning, teamwork, research and partnering with industry, graduateswill hit the ground running. We offer undergraduate degrees in ComputerEngineering, Electrical Engineering and Electrical Engineering with anConcentration in Mechatronic Systems. Masters and PhD programs includeElectrical Engineering, Engineering (with optional Management Concentration),Computer Engineering and Mechatronic Systems.

Electrical and Computer Engineering BuildingEdit


The Electrical and Computer Engineering Building is the new home of theDepartment of Electrical and Computer Engineering started August 2014. Planswere in place in 2008 to move the ECE department from Everitt Laboratory to anew building as class sizes grew and bigger demands were placed on researchspace and lab classes. Construction started in January 2012 and the buildingwas opened with the ceremony in October 2014. The new ECE building is thelargest building in the world to have a net-zero energy design with 230,000square feet of labs, classrooms, and facilities, including a state-of-the-artnanofabrication lab.

Electrical and Computer Engineering Building[edit]


The Electrical and Computer Engineering Building is the new home of theDepartment of Electrical and Computer Engineering started August 2014. Planswere in place in 2008 to move the ECE department from Everitt Laboratory to anew building as class sizes grew and bigger demands were placed on researchspace and lab classes. Construction started in January 2012 and the buildingwas opened with the ceremony in October 2014. The new ECE building is thelargest building in the world to have a net-zero energy design with 230,000square feet of labs, classrooms, and facilities, including a state-of-the-artnanofabrication lab.

Computer and Electrical Engineering Programs[edit]


The Department of Electrical and Computer Engineering currently consists ofComputer Engineering and Electrical Engineering programs. The two classes areblended until the second semester of second year. The two programs are thendivided through program specific courses, with the Computer Engineering classrequired to take Embedded Microprocessor Systems and Systems Programming whileElectrical Engineering students are required to take Advanced Calculus II, andElectrical Properties of Materials.[3] As of June 2011, Computer Engineeringand Electrical Engineering had 173 and 208 students registered respectivelyfor the fall 2011 semester.[4] The Department also offers specialized classesfor Nanotechnology, Mechatronics, Software, and Biomedical engineeringstudents. As of 2016, the department is chaired by Dr. Vincent Gaudet.[5]

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