Page 45 - Graduate Studies Bulletin
P. 45

GRADUATE STUDIES BULLETIN

    SE 529 ENTERPRISE ARCHITECTURE FRAMEWORKS

    Credits: 3(3-1-0)	        Prerequisites:	 None

    This course focuses on the analysis and design of an enterprise in its current

    and future states from a strategy, business and technology perspective. This

    course provides an exposure to the foundational concepts of enterprise

    architecture. The course will provide students with the foundational

    knowledge needed to understand how EA serves to integrate strategic,

    business, and technology planning methods, which support enterprise-

    wide information technology resource development and governance in

    the context of business requirements.

    SE 531 SOFTWARE MEASUREMENTS

    Credits: 3(3-1-0)	        Prerequisites:	 None

    This course will provide a basic understanding of measurement methods

    and problems, discuss the practical aspects of metric collection, give

    examples of metrics and management indicators, discuss measurement

    initiatives underway throughout the world, develop an understanding

    of measurement techniques that are utilized in practice, discuss new

    paradigms for measurement. Attendees will acquire solid knowledge of

    what measurement is, how to implement it, and how to use it in software

    engineering practice.

    SE 533 SOFTWARE RISK MANAGEMENT

    Credits: 3(3-1-0)	        Prerequisites:	 None

    Phenomena and approaches involved in the evolution and reuse of

    large-scale software, including design for modifiability and tool support.

    Strengths and weaknesses of industrially-current techniques as well as

    recent research results.

    SE 537 BUILDING SECURE DEPENDABLE SOFTWARE SYSTEMS

    Credits: 3(3-1-0)	        Prerequisites:	 None

    This course addresses key concepts for designing and building highly

    dependable software systems. The course emphasizes methods and

    techniques that improve software reliability and security. Topics that will be

    covered include: software dependability, principles of software reliability,

    software reliability models, software testing, quality assurance, model

    checking, software verification, software security, security engineering.

44  GRADUATE STUDIES BULLETIN
   40   41   42   43   44   45   46   47   48   49   50