The objective of this course is to improve student’s proficiency level in all the four skills of listening, speaking, reading and writing. The aim is to aid students in their mastering of the English language so that they will be able to study will in the medium of English at master’s degree level.

Computer structure, machine language, and assembly languages. Computer architecture and Operating Systems, Operating Environment for application programs.

This course provides an understanding and application of system analysis and design processes. The Systems Development Life Cycle (SDLC) and related methodologies are described with case studies.

Management information systems. Relating Systems and information to organization objectives. Information systems and organizational structure ad management. Representation and analysis of system structure. System concepts, information concepts and decision processes. Information system applications. System evaluation and selection.

Introduction to the field of marketing and experience in analyzing situations that marketing managers encounter. The course emphasizes marketing principles, analysis and strategy. Topics include marketing management, buyer behavior, product policy, pricing, distribution, advertising and promotion and competitive strategy. Marketing in the domain of the Internet, in which the customer base is worldwide but unseen and is reached through a computer screen.

This course introduces all core features of the modern object-oriented programming language and its application programming interfaces (APIs). Topics include object-oriented programming, abstract data type, encapsulation, inheritance and polymorphism. Generics programming, thread, GUI development, and integrated development environment (IDE). Hand-on exercises in Java illustrate the concepts taught.

Programming Language. Structured programming concepts. Data structures and indexing. File processing environment. Sequential access. Random access. File I/O. Implementation considerations. Design techniques.

The data environment. Introduction to basic technical concepts and system resources for data, data structures, operating system topics, and file organization. Database Management Systems, logical data models, and internal data models. DBMS facilities, database administration, DBMS evaluation, and distributed databases.

This course presents various methodologies used in developing an information system. Application development strategies. Application system development management. Individual behavior and group dynamics in the development process. Systems implementation and operation: systems construction and conversion, system testing, systems operations and support.

This course presents the fundamental concepts and principles of data communications, networking, distributed applications, network management and security. Coverage includes communications techniques, transmission methods, wide area networks (WANs), local area networks (LANS), high-speed trends in networking, and communications architectures and subsequent internetworking issues. The course also addresses the issues of how to make policy, design, and installation decisions related to planning and implementing data communication and computer network applications.

This course will help you focus on providing optimal service to your customers through CRM. Customers want more than just affordable prices; they also want service, support, and recognition. After finishing this course, you'll have a foundation for creating business practices that will create ongoing customer loyalty and value.

Planning and managing supply and demand; selecting suppliers; acquiring materials; producing and scheduling products and/or services; warehousing; inventory control; distribution management; and customer service.

This course provides an understanding of numerical analysis tools which use to analyze quantitative information. Topics include forecasting, simulation, optimization along with their applications.

This course presents key enterprise systems concepts from functional, technical, and implementation perspectives with emphasis on the process-centered organization and how integrated systems are designed to support cross-functional business.

Principles of financial organization and management in technological enterprise; demands for funds; internal and external supply of funds; budgetary control; reserve and dividends policy. Emphasize systems approach and problems of engineering design and automation as they influence financial decisions.

Study of marketing decision areas in technically based firm, including product selection and development, marketing research, market development, distribution, advertising, and promotion. Pricing policies including legal aspects and problems in selecting training, and controlling field sales force. Examination of interaction within consumer and industrial marketing environments.

Examination of responsibilities of production manager in the technological enterprise for providing finished goods to meet the quality, price, quantity and specification needs of the market place. Study of functions of production manager. Quantitative approach to decision making in production management.

This course will incorporate strategy with business policy and apply a holistic approach to interactions of the internal and external organization environment. In a global environment, managers and leaders must be able to react to acquisitions, outsourcing, downsizing, and strategic alliances. This course will give you a complete view of the evolving corporate terrain and will show how large and mid-size companies can become more effective and productive in the entire business arena. Additionally, this course will focus on winning strategies and expose the student to various ways to improve corporate strategy and execution of goals and objectives.

Lifecycle and process models; process metrics; planning for a software project; mechanisms for monitoring and controlling schedule, budget, quality, and productivity; and leadership, motivation, and team building.

This course provides an overview of architecture and design principles employed in building enterprise multi-tier applications, and explores of the specific approach using current technologies. Topics include a component-based approach to the design, development, assembly, and deployment of enterprise applications. Components used for developing the presentation layer, business logic, and processing XML documents.

This course presents the concepts of computer system including computer structure, computer architecture, machine language, and assembly language, operating systems, and operating environment for application programs.

This course presents the importance of Software Engineering to Computer Information Systems. Topics include software project management, software life cycle, software specifications, and software maintenance.

This course introduces basic concepts in compiler, including translations, symbols, syntax semantics, and pragmatics. Topics also include symbol tables, memory management, subroutines, intermediate forms, code generation, and optimization.

This course introduces basic concepts of graphic, including explicit and implicit lines and properties of graphics on high-resolution graphic screen. Graphic software for three dimensional graphics is used with the case study.

This course introduces basic concepts of remote sensing which observe an object from a distance. Topics covered include: origins of data, data compression, data reduction, and image processing and analysis. Remote sensing software is used with case study.

This course introduces Basic Input/ Output System (BIOS). Topics covered include: storage of Thai data, Sorting and searching of Thai data, algorithm to break Thai phrases and programs to display Thai. Thai utility software is used with case study.

This course introduces basic concepts, structure and functionality of a generic operating system. The various components will be considered. The current operating system will be considered as case studies throughout the course. The view in this course is the one of an application program.

This course presents the importance of computer architecture and interface to Computer Information Systems. Topics include the architecture and interface of various computer platforms, such as desk calculator, mobile phone, personal digital assistant, desktop computer, and workstation.

Application system development life cycle. Problem needs identification and feasibility assessment. Information requirement determination. Requirement analysis and logical specifications. Structured systems and Object Oriented systems modeling.

This course presents the design methods for both structured systems and object oriented. Structured systems design methods: application architecture and modeling, database design, input/output and user interface design. Objects oriented design methods: elements design, objects and classes design, human interface design.

This course explores the evolution and principles of Computerized Decision Support Systems. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

Planning an organizational information system. Organization of information system function. Computer center administration. Management information systems development. Selection and development of information system personnel. Social and legal environment. The information system executive.

This course will begin by discussing the ethical issues that arise when information systems are developed and used. Business globalization will be portrayed as a principal characteristic of today’s competition. The major thrusts in using strategic information systems to seek competitive advantage will be discussed. Strategies, forces, and tactics in competitive markets will be related to the deployment of strategic information systems.

Principles underlying the interconnection of large numbers of computers. Transmission technologies: Ethernet, optical fiber, gigabit networks, cellular transmission and infrared. Intranets and internets. Reliable message passing, interoperability. Network technologies: serves, clients, access control.

This course presents the evolution of AI languages such as LISP and PROLOG. Students must master one of AI languages in this course.

Evolution of machine translation of natural languages. Machine translation process. Symbols, Grammar, Semantics, Pragmatics. Computer packages for machine translation. Machine translation between Thai and English.

Digital image. Visual perception. Image model sampling and quantization. Image transformation. Fast transformation in one dimension and two dimensions. Convolution and correlation image enhancement. Histogram equalization. Smoothing. Homomorphic image model. Pseudo-color image processing. Case study.

This course explores the evolution and principles of Expert Systems. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Education. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Office Automation. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Factory Automation. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in E-Banking. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

Topics of current interest for the field of computer applications which changes rapidly.

Most organizations today depend heavily upon the proper operation and security of their information systems. To ensure the viability of organizational functioning, it has become critical to pay significant attention to a variety of measures, called collectively, information system controls. For this reason, these controls and the audits that, in turn, ensure that the controls remain effective will be described.

This course aims to present fundamentals of client/server computing and a survey of latest technologies in this field. The structured techniques for client/server application development as well as the techniques for managing client/server systems will also be covered. The course will include practical assignments of developing client/server applications using latest and powerful development tool of MS-Visual Basic.Net.

This course aims to increase an understanding of the network aspects of the telecommunication environment. Study of the basic principles of radio and cable transmission systems, satellite communication and cellular mobile radio communication. To provide an understanding of broadband telecommunication technology and wired & wireless Internet technology: Digital Subscriber Line (DSL) and Mobile Internet.

This course will discuss the important of IS management. Topics covered include managing distribution systems, managing the IS operation, managing the application development, managing the decision support systems, and managing the people.

This course introduces internet and computer programming. Topics covered include HTML, Dynamic HTML, Java Script, CSS and Style Sheet, XML, ASP, and Flash and Action Script.

A Seminar in which each participant must study some specific topics, make a presentation and entertain questions from other participants.

Importance and Necessity of Data Communication in Today’s Business; Data Communications Protocol, Transmission Media, Residential Connection to Internet; LAN’s and WANs Technology: Wired Ethernet LANs, Wireless and Virtual LANs, Wide Area Networks; Internetworking and Internet: Connecting LANs and WANs, the Internet; Network Security and Management: Firewall and VPNs, Network Analysis and Design, Network Management.

This course explores the evolution and principles of Computer Information Systems in Agriculture. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Medical Sciences. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

The objective of the course is first to provide an understanding of wireless data network and real-world knowledge through numerous detailed wireless implementation. Second is to preview emerging technologies including wireless phone systems, mobile Internet system, satellite system, wireless local loop (WILL), wireless LAN, Bluetooth, and etc. Last is to provide the basic principles of 3G/4G Mobile Wireless Technology.

This course explores the evolution and principles of Computer Information Systems in Airlines. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Insurance. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Public Utilities. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Law Enforcement. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course explores the evolution and principles of Computer Information Systems in Hotel. The structure and components are examined. Management issues and case studies are covered. Techniques for system development and practical assignments are included in this course.

This course studies Administration and functions of computer center, including Planning and organizing computer operations, Staffing and personnel management, Computer selection and performance evaluation, Software evaluation and management, and Microcomputer and office automation management. Students taking this course are expected to serve in the computer center.

The information service concept. Information service requirement. Information service staff selection and development. Daily operation of information services. Tools and techniques in information services. Technological changes in information services. Users of information services. Marketing of information services. Evaluation of information services.

Principles of computer security. Privacy and its technical implications on security. Operational security. Physical security. Hardware security. Data security and cryptography. Operating system security. Database security. Personnel and computer security.

Overview of management topics, including marketing, finance, production/ operations, and human resource. Management of technology for transition of engineers to managers; technology forecasting; planning, organizing, staffing, controlling, and leading of technical activities. Systems engineering approach.

Study of accounting principles, procedures, and the application of accounting principles to management planning, control, and decision making. Includes financial statement analysis and cost and budgetary procedures.

Comprehensive treatment of investment analysis including effects of taxation and inflation; sensitivity analysis; decisions with risks and uncertainty; decision trees and expected value, normally includes solutions on personal computer and student problem report.

The analysis of capital expenditures, multi-outcome considerations; risk and uncertainty, and cost of risk. The study of utility theory, dispersed service lives, expansion and economic package concepts, implementation, control and follow up of capital expenditures, mathematical programming, uncertainty, game theory, model building, and simulation, queuing evaluations of capital planning.

Human behavior in technical managerial situations, influencing and motivation performance, improving morale and discipline, and self-appraisal and analysis.

Current practices of procurement and maintenance of technical personnel in research, development, and design organizations. Adaptation of such personnel to the technological enterprise, current practices in personnel administration, labor-management relation-ships.

An analysis of the factors of engineered products, customers, communication; promotion, personal selling, persuasion, and management within a dynamic industrial sales environment.

A quantitative study of engineering management problems related to the functioning of industrial enterprise through case studies.

Study of the design and control of the service operations in industries including all aspects of management, such as, capacity planning, quality, queuing, material, site location, and related strategies.

Study of the design and use of computer-based integrated manufacturing management systems in the allocation and control of plant, equipment, manpower, and materials.

Traditional (automobile) and modern (computer based) concepts in Industrial Automation. Computer control concepts (sensors, actuators), robotics, flexible manufacturing systems.

Provides a comprehensive background in the field of packaging and its place in productive systems. Emphasizes the design or economics of the system. Analyzes the management of the packaging function and interrelationship with other functions of an enterprise.

The objective is to explore in depth the major packaging materials used by industry and to give the student an understanding of material characteristics, applications, economics design consideration and their relationship in the total productive system.

Organization structure and staffing; motivation, authority, and influence; conflict management; project planning; network systems; pricing estimating, and cost control; proposal preparation; project information systems, international project management.

An analysis of logistics function as a total system including inventory, transportation, order processing, warehousing, material handling, location of facilities, customer service, and packaging with trade-off and interaction.

Topics to be covered will include the types of problems frequently encountered by industrial engineers, their impact on the management of an industrial concern, and an exposure to the industrial engineering techniques available to solve the problems.

Topics to be covered will include the nature of inventory systems and the types of management problems encountered in the operation of such systems. Deterministic models with (and without) typical industrial constraints will be examined along with periodic review models with stochastic models. Topics like MRP, JIT, and OPT will be also included.

Plant design, layout techniques, materials handling analysis and equipment, line balancing. Computerized plant layout is also included.

Study of various models, methods to improve the productivity of manufacturing and service organizations.

An integrated analysis of the quality assurance function. Quality engineering, sampling, inspection, and design review are discussed and related. Quantitative aspects of statistical quality control are introduced in context along with a review of Deming’s principles of productivity improvement.