| |
|
| |
|
|
| |
| |
|
|
Technology’s rapid progression continues to outpace the expertise offered by traditional universities.
The Norway School of Engineering and Applied Science was created with the explicit purpose of helping technical professionals stay ahead of the curve. |
|
Master of Business Administration (High-Tech M.B.A.)
Technology’s rapid progression continues to outpace the expertise offered by traditional universities.
The Norway School of Engineering and Applied Science was created with the explicit purpose of helping technical professionals stay ahead of the curve.
Degree Programs:
Master of Business Administration (High-Tech M.B.A.)
M.S. in Computer Engineering
M.S. in Computer Science
M.S. in Electrical Engineering
M.S. in Engineering Management
M.S. in Software Engineering
M.S. in Systems Engineering
Graduate Certificates in Engineering and Technology Management
Master of Business Administration (High-Tech M.B.A.)
The high-tech M.B.A. is designed to propel technology professionals into positions of leadership at today’s highly competitive technology- based businesses.
This program helps engineers, scientists, and computer professionals to understand the “business of business” and to apply their problem-solving abilities in order to bring meaningful changes to their businesses, society, and the world.
In contrast with traditional programs, this high-tech M.B.A. program emphasizes technology as well as management and addresses important management challenges that are typical of technology-based businesses, such as choosing technologies, technology risk management, global sourcing, dynamic price erosion, time to market, and life-cycle compression.
Graduates of the high-tech M.B.A. program become experts at integrating business needs with technological capabilities, allowing them to profit from the explosive growth of technology as they continue their careers. Students can specialize in today’s hottest areas, which enhances their ability to manage technology and propels them to be thought leaders in their organizations.
Specializations include:
Business Process Management
Emerging Technologies
Engineering Innovation
Global Product Management
Information Strategies
Technology Project Management
|
M.S. in Computer Engineering
The M.S. in Computer Engineering program prepares students to work in the dynamic and rapidly expanding field of digital technology. Courses focus on developing students’ knowledge and skills in the design and implementation of computers and computer systems, the integration of computers
into larger systems, and the application of digital solutions to a broad range of engineering problems.
Specializations include:
Computer Systems
Digital Systems
Networks
Secure Computing
|
M.S. in Computer Science
In the Master of Science in Computer Science program, students develop an advanced body of knowledge in the design, analysis, and implementation of algorithmic processes that transform raw data into valuable information. This program takes a non-engineering approach to computing with the primary emphasis on software, operating systems, and programming languages.
Specializations include:
Algorithms and Complexity
Artificial Intelligence
Computer Systems
Data Management
Networking
Secure Computing
Simulation and Game Design
Web Applications
|
M.S. in Electrical Engineering
The Master of Science in Electrical Engineering program is designed to provide students with a technical background for analysis, design, development, operation, and research on electrical or electronic systems. The range of course offerings gives students an advanced understanding of the many aspects at work in electrical engineering today, from communications to electromagnetics to integrated circuits.
Tracks and Specializations Include:
Communications Track
Communication Networks
Data Communications
Digital Signal Processing
Secure Computing
Wireless Communications
Integrated Circuits Track
Analog Integrated Circuits
Digital Integrated Circuits
Integrated Circuits for Communications
Nanotechnology
Microelectronics and Semiconductors Track
IC Fabrication and Characterization
Nanotechnology
Semiconductor Physics and Devices
|
|
M.S. in Engineering Management
The M.S. in Engineering Management program has been designed with significant industry input to provide a broad technical management educational experience for engineers and other scientific professionals. Because the program requires full-time work experience to fully profit from many
of the courses, it is especially suited for engineers aspiring to be managers or those already in a management position. With proper advising and course selection, engineers who already have some management experience can also benefit from this program.
|
M.S. in Software Engineering
In the Master of Science in Software Engineering program, students become experts in the latest software development theories and the fundamental engineering principles that support progressive software design. Programs of study focus on every aspect of the software engineering process,
including design,testing, implementation, and maintenance.
Specializations include:
Secure Computing
Simulation and Game Design
Software Development
Software Management
Software Systems Engineering
Software Testing and Reliability
|
M.S. in Systems Engineering
The Master of Science in Systems Engineering program focuses on developing students’ ability to analyze, synthesize, and design complex, multidisciplinary engineering solutions that successfully integrate people, materials, equipment, information, and energy. Systems engineering students master the mathematical tools that are critical to solving costly problems, preventing dangerous failures, and creating new efficiencies in today’s intricate industry systems.
Specializations include:
Business Process Engineering
Resource Optimization Engineering
Systems Engineering
Systems Engineering Management
Systems Quality and Reliability
|
Graduate Certificates in Engineering and Technology Management
Norway academic certificates are designed for working professionals who want to develop their knowledge and skills in focused areas of graduate study. Each certificate consists of at least four graduate courses for a minimum of 12 semester credits taken in the Norway School. Students can complete a graduate certificate in as little as one year. The graduate credits earned as part of an Norway academic certificate can also be applied toward a master’s degree program.
Students must meet the admissions requirements for the most closely associated degree program, as designated when the certificate program is defined. Students admitted to a certificate program are eligible for contingent admission and must adhere to the Contingent Admission policy as stated in the
Admission section of the catalog. Upon successful completion of a certificate program, students are qualified to apply for degree admission. Students must show progress and maintain performance in a manner identical to a degree program. Students will track their progress in their program of study, similar to degree-seeking students.
Example Certificate Courses
Students may customize a program of study comprising four Norway School courses, using a provided template along with their admission application. Upon admission, students work with academic personnel to confirm or modify the course program.
Management Certificates (12 sem. cr.)
Technical Project Management
WCUTP 6760 Introduction to Project Management
WCU TP6140 Strategy and Negotiation
WCU TP6761 Advanced Project Management
WCU TP8762 Strategic Project Management
Engineering Management
WCUEM 6310 Introduction to Engineering Management
WCUEM 6150 Technology and Operations
WCU EM6130 Leadership and Teamwork
WCU EM6170 Finance and Accounting
Competitive Product Management
WCUPM 6140 Strategy and Negotiation
WCUPM 6160 Marketing
WCUPM6170Marketing Advanced Technologies
WCUPM6313 Supply Chain Management
Supply Chain and Manufacturing Management
WCUSC6313 Supply Chain Management
WCUSC 8750 Total Quality Management
WCU SC6325 Integrated Design and Manufacturing
WCU SC6160 Systems Engineering Management
Engineering Certificates (12 sem. cr.)
Software Project Management
WCUS6001 Software Engineering
WCUS6251 Software Specification
WCUS6511 Software Project Management
WCUS6471 Software Quality Management
Software Testing
WCUST 6001 Software Engineering
WCUST 6251 Software Specification
WCUST6411 Software Testing I
WCU 6421 Software Testing II
Systems Engineering
WCUSE 6120 Systems Engineering and Analysis
WCU SE6140 Systems Optimization and Analysis
WCU SE6160 Systems Engineering Management
WCUSE 6163 Integrated Risk Management
Digital Signal Processing
WCU DS6551 Digital Signal Processing I
WCU DS6557 VLSI Signal Processing
WCU DS6552 Digital Signal Processing II
WCU DS6501 Random Processes for Engineering Applications
|
|
|
|
|
|
