Master of Science [M.S] [Electrical Engineering] From University of Maryland Baltimore County

Baltimore, MarylandLocation

UniversitySchool type

Estd1966established year

11647enrollment

Public

Partner [4 Courses]

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Master of Science [M.S] (Electrical Engineering)

STEM Course

2 years

Full Time

On Campus

Field of Study:

Engineering,

Electrical and Electronics Engineering

₹20.2 L/Yr

$24,336 /Yr

The diversity of course offerings and research interests within the department, and interactions with the medical and dental schools at the University of Maryland, Baltimore, and other science and engineering departments at UMBC, encompass a broad spectrum of strictly electrical engineering and inter-disciplinary instruction and research topics.
The M.S. program has three (3) possible tracks of study: (a) nano/micro/opto-electronics, photonics, and sensor technology (nEPS); (b) communications, sensor systems, and signal processing (CSSP); and (c) systems engineering (SE). The Ph.D. program has only the first two (2) tracks of study (nEPS and CSSP). The faculty's interests and the various topics defining these tracks of study are:
Communications: random processes, detection and estimation theory, information theory, source and channel coding, communication theory, wired/wireless/optical-fiber communications, data compression, adaptive and machine-learning techniques.
Nano/micro/opto-electronics: solid-state electronics, semiconductor devices and processing technology, semiconductor opto-electronics, compound semiconductor electronics, and integrated circuits.
Photonics: electromagnetic theory, quantum electronics, solid-state and fiber lasers, semiconductor and quantum-cascade lasers, fiber-optic communications, optical networking and interconnections, non-linear/integrated optics/ultra-fast/sub-wavelength optics, and bio/nano/silicon-photonics.
Sensor Technology: bio-chemical and opto-electronic-sensors.
Signal Processing: signal and linear system theory; digital signal processing (DSP); statistical signal processing (detection, estimation, machine-learning); adaptive and learning techniques; speech processing; pattern recognition; spectral, time-frequency, and joint-domain analysis; biomedical signal processing; and sensor-based systems and networks.
Image Processing: automatic target recognition, pattern recognition, image coding and compression, multi-/hyper-spectral imaging, biomedical imaging and image analysis, visual information systems and retrieval.
Systems Engineering: life-cycles of complex systems; system architecture and design; system modeling, simulation, and analysis; system implementation, integration, and test; and systems of systems.

Year	1st Year Fees
Tuition Fees	₹2017211 (USD 24336)

Other Expenses

Head	Avg Cost Per Year
Books and supply	₹66312 (USD 800)
Total Cost	₹66312 (USD 800)

Eligibility & Entry Requirement

TOEFL scored required 79.
550 or higher on the paper-based test.
IELTS overall score of 6.0

Course Guides

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Scholarship Grants & Financial Aids

Name	Scholarship Per Student	Level of Study	Type
Richard A. Freund International Scholarship	Scholarship per student₹ 4.1 L/Yr$5,000	Level Of StudyDoctorate	TypeMerit-Based	View Details
SWE Scholarships	Scholarship per studentVariable Amount	Level Of StudyBachelor	TypeMerit-Based	View Details
Young Women in Public Affairs Award	Scholarship per student₹ 3.3 L/Yr$4,000	Level Of StudyBachelor	TypeMerit-Based	View Details
BeArt Presets-Academic Scholarship	Scholarship per student₹ 1.7 L/Yr$2,000	Level Of StudyBachelor	TypeMerit-Based	View Details
Young Professionals Program	Scholarship per studentVariable Amount	Level Of StudyDoctorate	TypeMerit-Based	View Details
Prodigy Finance-GyanDhan Scholarship	Scholarship per student₹ 2.1 L/Yr$2,500	Level Of StudyMaster	TypeMerit-Based	View Details