PROFESSIONAL ETHICS IN COMPUTER ENGINEERING-Standards and professionalism in a Computer engineering career;Professional responsibilities to client, employer.
|
COMPUTER INTERFACING-Explain the relevance of computer interfacing in computer engineering;Discuss the considerations in interfacing digital systems.
|
ENGINEERING PROJECT PLANNING AND MANAGEMENT-Identify and distinguish between the various types of project environments, planning tools, control mechanisms.
|
EMBEDDED SYSTEMS DESIGN-Design cost-effective digital or microprocessor systems that are used to monitor or control machines such as generators.
|
CONTROL SYSTEMS-Introduce various fundamental types of control systems and describe how they work using block diagrams and transfer functions;
|
MOBILE COMPUTING AND APPLICATIONS-Explain the fundamentals of mobile computing including the hardware and software components;
|
INTERNSHIP /INDUSTRIAL TRAINING-Demonstrate soft skills for enhanced effective participation in group based industry projects;
|
OPERATING SYSTEMS-NATIONAL COUNCIL FOR HIGHER EDUCATION-Describe the role of an operating system in the management of system resources;
|
DIGITAL SYSTEMS DESIGN AND VLSI TECHNOLOGY-NATIONAL COUNCIL FOR HIGHER EDUCATION-Explain the core concepts in microelectronics and VLSI technology.
|
MICROPROCESSORS-Year 3 Semester II- Describe the block architecture of a typical microprocessor.Design a microprocessor system.
|
INSTRUMENTATION & MEASUREMENTS-Year 3 Semester II-Acquire knowledge on measurement control and application of instruments to measure various quantities;
|
DIGITAL SIGNAL PROCESSING-Year 3 Semester II-Digital Signal Processing is a very important field used in the design of various computer and communications.
|
DATABASE SYSTEMS-Year 3 Semester I-Explore the use of at least one Database Management Systems (DBMS) and the formulation of queries in databases;
|
COMPUTER ARCHITECTURE-Year 3 Semester I-Describe the organization of a von Neumann machine, its major functional units, its strength and weaknesses.
|
DISCRETE TIME LINEAR SYSTEMS-Year 3 Semester I-Describe the discrete time behavior of different systems when excited by the fundamental signals.
|
RESEARCH METHODS-Year 2 Semester II-Provide knowledge of how to conduct research that achieves pre-determined objectives.
|
COMPUTER NETWORKS AND DATA COMMUNICATIONS-Year 2 Semester II-Identify some contributors to networks and relate their achievements to the knowledge area;
|
PROBABILITY AND STATISTICS-Year 2 Semester II-Probability and Statistics for Computer engineer helps students solve problems and make optimal decisions.
|
CONTINUOUS TIME LINEAR SYSTEMS-Year 2 Semester II-Demonstrate the use and importance of the different fundamental signals.
|
DIGITAL ELECTRONICS-Year 2 Semester II-Distinguish between analogue and digital electronics.Identify and distinguish between the various types digital systems.
|