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Showing posts with label University. Show all posts
Showing posts with label University. Show all posts

Wednesday, 5 October 2011


Penn State Harrisburg 
School of Science, Engineering, and Technology


Program Overview
At Penn State Harrisburg, the School of Science, Engineering, and Technology (SSET) offers ABET accredited undergraduate programs leading to Bachelor of Science degrees in Civil Engineering, Computer Science, Electrical Engineering, Electrical Engineering Technology, Environmental Engineering, Mathematical Sciences or Mathematical Sciences with the Secondary Education option, Mechanical Engineering Technology, Mechanical Engineering, Science, and Structural Design and Construction Engineering Technology. All of the engineering and engineering technology programs are accredited by the Accreditation Board for Engineering and Technology (ABET). The School also offers master's degrees in Computer Science, Electrical Engineering, Engineering Management, Engineering Science, Environmental Engineering, and Environmental Pollution Control. Since many of the programs are hands-on in nature, the majority of the faculty are required to have extensive industrial experience as well as exhibiting excellent teaching and research qualities. In addition to its excellent faculty, small classes, opportunities for students to work with faculty on projects, and strong employment prospects for the graduates are other strengths the programs offer. SSET pursues and supports research, development, and scholarly activities for faculty and students through traditional and innovative means as well as through cooperative relationships with regional industries, state government agencies and professional communities. The School teaches students to think critically, communicate effectively, and act responsibly within a context of personal and professional ethics. Programs in SSET value individual creativity and intellectual distinction, while providing an education that is grounded in fundamentals, communication skills, and teamwork. Students are prepared for quality professional practice, decision making, leadership, and advanced studies. 

 Highlights
4-year Bachelor of Science in Engineering, with specializations in civil, computer, electrical, environmental, mathematics, mechanical, and construction engineering
Small class sizes allow for greater student - faculty interaction
Internships and study-abroad options
Hands-on programs prepare students for employment opportunities following graduation
Faculty possess extensive experience and education
Schools in the USAInstitute Accreditation
 Middle States Association of Colleges and Schools
Schools in the USASpecialized Program(s) Accreditation
ABET
Schools in the USACredentials Offered
 Bachelor Degree 
Schools in the USAFields of Study
 
Engineering
 Applied Physics & Applied Mathematics 
 Civil (General & Structural) Engineering 
 Computer Engineering 
 Electrical Engineering 
 Environmental Engineering 
 Mechanical Engineering 
Schools in the USAProgram Options
 Career Placement Office
 Industry Practicum/Internship
 International Exchange
Campus Starter
Schools in the USAAdmissions & Tuitions
Campus Starter
# Students Admitted to Program: 111
% Accepted: 80
Campus Starter
Application Deadline  
 Deadline (Month/Day)
Notification of Acceptance
(Month/Day)
Advanced Acceptance (Fall): 
11/30
  -
Fall Semester: 
  -
  -
Winter Semester: 
  -
  -
Spring Semester: 
  -
  -
Summer Semester: 
  -
  -
Campus Starter
  Schools in the USA Rolling Notification
 
 
      Personal Statement Required: Yes
      Letters of Reference: Yes
      Interview: Not Required
      Faculty/Department Scholarships & Bursaries Available: Yes
      Annual Tuition (US$): 12,750
      Estimated Total Cost of Program (US$): 51,000
Schools in the USABuildings & Facilities
Penn State Harrisburg was founded in 1966 and is an undergraduate college and graduate school of The Pennsylvania State University. Located eight mile east of the capital city of Harrisburg, the 218 acre campus, Penn State Harrisburg has undertaken major construction projects on campus in recent years to accommodate new and existing programs. Beginning with the expansion of the Science and Technology Building to complement study in Environmental Engineering and Environmental Pollution Control, the college has added a state-of-the-art, 115,000 square foot library, new apartment-style housing for 330 students, an expanded food court and Town Square for student activities, an indoor aquatics center, a tennis complex, and several sports fields. Students in SSET programs also benefit from the numerous research centers and institutes affiliated with Penn State. Internet access for students is available at ITS Student Computing Labs, residence halls, Penn State offices, many classrooms, and off-campus locations. Wireless access is also available throughout the campus. 

Tuesday, 4 October 2011

Oral Roberts University School of Science and Engineering


Oral Roberts University
7777 South Lewis Avenue
Tulsa, Oklahoma 74171 

Oral Roberts University 
School of Science and Engineering


Program Overview
The Engineering, Computer Science, Physics, and Mathematics Department of the School of Science and Engineering at Oral Roberts University (ORU) offers Bachelor of Science in Engineering (BSE) degrees with a computer, electrical or mechanical emphasis, and Bachelor of Science (BSc) degrees in biomedical engineering, engineering physics and environmental engineering. All classes in the department are taught by professors with advanced degrees who are committed Christians and dedicated to teaching at the undergraduate level. Class sizes are small and the students have great opportunities for close interaction with the faculty. 


Highlights

All programs include a broad liberal arts foundation and senior design/research project
Students participate in an engineering seminar each semester, providing them with the opportunity to meet faculty and learn about the latest engineering developments
All courses are taught by professors with advanced degrees


Institute Accreditation
North Central Association of Colleges and Schools

Specialized Program(s) Accreditation
Accreditation Board for Engineering Technology
Schools in the USACredentials Offered
Bachelor Degree 
Double Major 
University Transfer 
Schools in the USAFields of Study
Engineering
 Biomedical Engineering 
 Computer Engineering 
 Electrical Engineering 
 Environmental Engineering 
 Mechanical Engineering 
Schools in the USAProgram Options
 Career Placement Office
 Industry Practicum/Internship
 Mentor Program
 Peer Tutoring
 Weekend Activities/Field Trips
Campus Starter
Schools in the USAAdmissions & Tuitions
Campus Starter
# Students Admitted to Program: 50
% Accepted: 86
Campus Starter
Application Deadline
Deadline (Month/Day)
Notification of Acceptance
(Month/Day)
Advanced Acceptance (Fall): 
  -
  -
Fall Semester: 
  -
  -
Winter Semester: 
  -
  -
Spring Semester: 
  -
  -
Summer Semester: 
  -
  -
Campus Starter
Schools in the USA Rolling AdmissionsSchools in the USA Rolling Notification
      Minimum GPA:  3
      Minimum SAT:  1050
      Personal Statement Required: Yes
      Letters of Reference: Yes
      Interview: Not Required
      Faculty/Department Scholarships & Bursaries Available: Yes
      Annual Tuition (US$): 18,476
      Annual Program Fees (excluding books) (US$): 440
      Estimated Total Cost of Program (US$): 75,664
Schools in the USABuildings & Facilities
ORU students have access to computing facilities in four teaching areas that can be used as classrooms or walk-in labs. Residence halls contain 14 student computer labs and all residence rooms are wired for computer access. Computer labs are equipped with networked IBM-compatible PCs and afford students access to the Internet and email, as well as a variety of software applications. 

Dalhousie University Master of Engineering in Internetworking

Dalhousie University 
Master of Engineering in Internetworking
Contact Information:
1360 Barrington Street, Room A210
Halifax, Nova Scotia B3J 1Z1 

Programs Overview  
The Master of Engineering in Internetworking degree was introduced in 1997 as the first graduate program in the world dedicated to Internetworking. The Internetworking Program (INWK) is a course-based Master's degree that provides the theoretical background to analyze the shortcomings and strengths of network technologies, their continuing evolution, and the challenges that lie ahead for the industry. The program is designed to allow students to apply their knowledge and develop hands-on experience in a unique environment where they can analyze, test and integrate their knowledge, concepts and ideas through interactive learning. 

Highlights  
  • INWK program developed in association with and supported by industry partners
  • Complimentary self-training opportunities available in addition to degree program
  • Facilities designed to serve the needs of students and industry
  • Program emphasis on interdisciplinary knowledge, practical ability and individual strengths
Other Teaching Method  
Small research seminar 

Buildings & Resources  

The Internetworking program has fully equipped facilities, including a classroom and laboratory, equipment room, and program offices. The laboratory is organized to accommodate 35 students at workstations for laboratory work. The classroom is designed for lecture mode. The equipment room features 10 racks; 2 are the head-end and 8 contain the routing and switching equipment. The research lab is the home of the Advanced Internetworking Laboratory, a test be facility that will enable interdisciplinary research into converging communications and computing technologies. 

Nearest City  


Halifax 


Research Areas  

  • Network security
  • Network design
  • Network technologies

Clarkson University

Clarkson University 

Coulter School of Engineering (Electrical & Computer Engineering)
Contact Information:
Engineering, Grad Studies Office 
Box 5700

Potsdam, New York 13699-5700 

Visit School Website
Request FREE Info  (Domestic)

Programs Overview

The Electrical & Computer Engineering Department in Clarkson University's (Clarkson) Coulter School of Engineering (CSOE) offers programs leading to Master of Engineering (ME), Master of Science (MS) and Doctor of Philosophy (PhD) degree. The ME degree is a special non-thesis program offering advanced training in electrical and computer engineering. The program of study for an ME student comprises 24 credit hours of coursework, two credit hours of seminar, and four credit hours of project work. An average of B or better is required for graduation. The program generally requires a maximum of one calendar year to complete and ME graduates have the option of continuing towards a PhD degree if accepted as a candidate by the graduate committee. A research-based Master of Science (MS) degree requiring 30 credit hours and a PhD degree requiring 90 credit hours are also available. The Coulter School of Engineering and School of Business also offer a two year two degree program in which interested students may complete an ME degree in the first year and an MBA in the following year. Foundation requirements needed for the MBA will be provided at no tuition cost during the summer before the ME and MBA years. 

Highlights  


  • Department laboratories support a wide range of research topics
  • Interdisciplinary MS in computer science available
  • MS, ME and PhD degrees available
  • All departmental faculty members hold PhDs
  • One endowed research chair with total departmental research funding of $675,220/year
Specialized Program Accreditation 

Undergraduate program accredited by Accreditation Board for Engineering and Technology, Inc. (ABET) 

Credentials Offered  

Master of Science 

Buildings & Resources  

The department's computing facilities include Unix workstations, Novell networked personal computers, Windows NT workstations and various servers. Within the department, research labs have local networks of Unix or NT workstations. Computing-based classrooms are shared among the engineering departments and include color printers, plotters and CAD resources. The motion control and robotics engineering lab includes a test facility for DSP-based nonlinear control of industrial motors, a direct-drive robotic arm, a station for active noise control experiments and facilities for circuit design. The biomedical signal and image processing laboratory is equipped with multiple computational platforms, patient-isolated bioamplifiers, medical monitoring equipment, digital recorder and ECG animal monitoring system. A new set of laboratory equipment for multimedia signal processing and wireless networking is being set up. The machine and drives laboratory contains test stands for the development of adjustable speed drive systems, as well as specialized software for drive design. The power electronics and power quality laboratory includes pwm inverter development benches, harmonic generators, harmonic monitoring equipment and momentary event monitors. Power engineering lab workstations and personal computers are equipped with specialized software applications in the areas of power electronic circuits, motor drive systems, electromagnetic transients, harmonic propagation, short circuit studies and relay coordination, power flow and transient stability. The high voltage laboratory includes high-voltage and high-current generators, accelerated aging test equipment, dielectric monitoring equipment and high-voltage, high-speed measurement instruments. The department is also host to the Center for Quantum Device Technology whose purpose is the exploration of coherent quantum mechanical processes in novel solid-state semiconductor information processing devices, with components of atomic dimensions: quantum computers, spintronic devices, and nanometer-scale computer logic gates. 

Ranking & Reputation 


  • Consistently ranked by U.S. News & World Report as "Best College"
  • Job placement for Clarkson engineering graduates is one of the nation's highest; in recent years near 100%
Nearest City  

Potsdam 


Research Areas



  • Analog & digital signal processing
  • Analysis, characterization, control, design & modeling
  • Artificial intelligence
  • Biomedical signal & image processing
  • Circuits (Boolean, theory)
  • Colloids & polymers
  • Computational learning theory & mathematics
  • Computer networks
  • Computer vision
  • Control
  • Controller design
  • Dielectric materials
  • Distributed & parallel computing
  • Distributed problem solving
  • Electric motor systems
  • Engineering, high-voltage, software
  • Gas, liquid & solid insulation problems
  • High-performance motion control
  • Image processing
  • Materials science
  • Multi-agent systems
  • Multigrid & spectral methods
  • Nanotechnology; Nonlinear control & systems
  • Operating systems & databases
  • Power (electronics, motion control, quality, systems)
  • Quantum (computing, dots, information)
  • Robotics
  • Signal processing
  • Solid-state materials & devices
  • Spintronics
  • Statistical & surface physics
  • Systems theory
  • VLSI computer-aided design