DEPARTMENT OF COMPUTER SCIENCE AND INFORMATION TECHNOLOGY

B.Sc. Degree Programme in Computer Science

PHILOSOPHY AND OBJECTIVES

PHILOSOPHY

The programme is conceived to produce graduates of Computer Science with adequate academic and research background. The training would be geared towards the development of the theory of computing and applications of Information Technology intended to be beneficial to society.

OBJECTIVES: 

(i)    to train students in various aspects of Computer Science through adequate theoretical exposure and applications;   

(ii)    to train students in applying computing knowledge to research, industry and everyday life;

(iii)    to expose students to state-of-the-art technology and industrial practice;

(iv)    to inculcate in the graduates of the degree programme a strong desire to achieve an enviable level of professionalism and entrepreneurship while maintaining good academic background germinating into a valuable industry-university relationship.
 
A.    LIST OF COURSES BY LEVELS
100 LEVEL
Course Code  Course Title                                             Credit(s)
CIT 110        Elementary Discrete Structures I            2
CIT 114        Introduction to Computer Science          2
CIT 115        Introduction to Computer Programming I 2
CIT 120        Elementary Discrete Structures II           2
CIT 124        Numerical computation                         3
CIT 126        Introduction to Computer Programming II 3
MAT 115        Algebra                                             3
MAT 125        Vectors and Analytical Geometry           3
PHY 119        Practical Physics I                               1
PHY 129        Practical Physics II                              1
GST 110        Use of English                                    2
GST 113        Christian Education                             2
GST 122        Introduction to Information and Communication
                    Technology                                        2
GST 123        Library and Information Literacy Skills   2

200 LEVEL
CIT 211        Structured Programming                      2
CIT 212        Data Abstraction and Data Structures    3
CIT 213        Digital Computer Networks I                3
CIT 217        Computer Architecture                        3
CIT 219        Digital Computer Logic with Lab           3
CIT 220        Principles of Compilers                       3
CIT 222        Low Level Languages                         2
CIT 223        Digital Computer Networks II              3
CIT 224        Operating Systems                            3
CIT 225        Object Oriented Programming             3
MAT 217        Ordinary Differential Equations           3
GST 201        Studies in Entrepreneurship and New Ventures 2
GST 216        History and Philosophy of Science       1
GST 228        Peace Studies and Conflict Resolution 2

300 LEVEL
CIT 310        Introduction to C ++                          3
CIT 311        Business Computing and File processing3
CIT 313        Web Page Design Fundamentals         3
CIT 314        Computer Hardware Principles             3
CIT 317        Database Development and Management 3
CIT 318        Professional Applications of Computer  2
CIT 319        Programming with Visual Basic            3
CIT 320        Entrepreneurship in Computer Science  2
CIT 323        Industrial Work Experience                 6
CIT 324        Commercial Programming Languages  3
CIT 325        Survey of Programming Languages     3
CIT 326        Systems Programming Principles         3
CIT 327        Principles of Graph Theory                 3
MAT 312        Mathematical Methods I                   3
GST 301        Culture and Civilization in Africa         1
GST 302        Studies in Philosophy and Logic         1

400 LEVEL
CIT 410        Introductions to Software Engineering     3
CIT 411        Management Information System (MIS)  3
CIT 412        Information Technology Centre Management  2
CIT 413        Introduction to Operations Research       3
CIT 414        Introduction to Micro-Computer Technology 3
CIT 415        Legal Aspect of Information Technology  2
CIT 416        Computer Graphics                         3
CIT 417        Programming with JAVA                   3
CIT 418        Seminar                                        2
CIT 420        Micro-Programming                        3
CIT 421        Micro-Computer Design Laboratory   2
CIT 422        Linear Programming                       3
CIT 423        Computer-Based Distance Learning  2
CIT 424        Information Technology Policy          2
CIT 425        Automata Theory, Computability and
                   Formal Languages                          3
CIT 426        Fundamentals of Artificial Intelligence3
CIT 428        Computer Modelling and Simulation  3
CIT 429        Special Topics in Information Technology3
CIT 498        Design and Analysis of Algorithms    3
CIT 499        Research Project                             5

B.  SUMMARY OF DEPARTMENTAL GRADUATION REQUIREMENTS
      (No. of credits in brackets)

100 LEVEL
CORE:
CIT 110(2), CIT 114(2), CIT 115(2), CIT 124(3), CIT 126(3), MAT 115(3), MAT 125(3), PHY 119(1), PHY 129(1), GST 110(2), GST 113(2), GST 123(2), GST 122(2).
Total                                            28 Credits

ELECTIVES:
Students should register for not less than 2 credits from the following courses: CIT 120(2), PHY 111(3), STA 112(2), STA 122(3), MAT 111(3), MAT 120(2), CHM 121(2), CHM 127(1), PHY 110(2), PHY 121(3) and any other relevant ones with the permission of the Head of Department.

200 LEVEL
CORE:
CIT 211(2), CIT 212(3), CIT 213(3), CIT 219(3), CIT 220(3), CIT 223(3), CIT 224(3), MAT 217(3), GST 201(2), GST 216(1), GST 228(2).
Total                                            28 Credits

ELECTIVES:
Students should register for not less than 2 credits from the following courses: CIT 217(3), CIT 222(2), CIT 225(3), MAT 210(3), MAT 219(3), MAT 228(3), PHY 231(2), PHY 251(2) and any other relevant ones with the permission of the Head of Department.

300 LEVEL
CORE:
CIT 310(3), CIT 311(3), CIT 313(3), CIT 314(3), CIT 319(3), CIT 320(2), CIT 323(6), MAT 312(3), GST 301(1), GST 302(1).
Total                                            28 Credits

ELECTIVES:
Students should register for not less than 2 credits from the following courses: CIT 317(3),  CIT 318(2), CIT 324(3), CIT 325(3), CIT 326(3), CIT 327(3), MAT 310(3), MAT 320(2) and any other relevant ones with the permission of the Head of Department.

400 LEVEL
CORE:
CIT 410(3), CIT 411(3), CIT 417(3), CIT 418(2), CIT 422(3), CIT 425(3), CIT 426(3), CIT 428(3), CIT 499(5).
Total                                            28 Credits

ELECTIVES:
Students should register for not less than 2 credits from the following courses: CIT 412(2), CIT 413(3), CIT 414(3), CIT 415(2), CIT 416(3),  CIT 420(3), CIT 421(2), CIT 423(2), CIT 424(2), CIT 429(3), CIT 498(3), MAT 222(2), MAT 310(2), MAT 312(3), MAT 313(3), MAT 320(2), MAT 322(3), MAT 412(3) and any other relevant ones with the Permission of the Head of Department.

C.       COURSE DESCRIPTIONS
100 LEVEL

CIT 110    ELEMENTARY DISCRETE STRUCTURES I    2 Credits
Set Theory, Mathematical Induction, Relations; Composition of Relations, Functions and Algorithms, Elementary Graph Theory and Trees; Directed graph, Logic and Propositional Calculus , Truth Tables; Tautologies and Contradictions.
30h(T);C.

CIT 114    INTRODUCTION TO COMPUTER SCIENCE    2 Credits
History of Computing, Computer Generation, Overview of Computer System, Basic Elements of a Computer, Hardware, Software, Basic Types of Computers, Classification of Computers, Computer Networks, Internet, Computer Virus, Computers and Society, Application Packages.
15h(T);45h(P)C.

CIT 115    INTRODUCTION TO COMPUTER PROGRAMMING I    2 Credits
Variables, Numbers and Strings; Symbolic Names,  Commands, Statements; input and output statement, Conditional statement, Simple and Controlled Loops, Error Tracking, Algorithm, Flow-charting, Sub-programming     Selected , Applications using BASIC Programming language.
15h(T);45h(P);C.

CIT 120    ELEMENTARY DISCRETE STRUCTURES II    2 Credits
Combinatorial Analysis; Basic counting principles, Factorial notations, Binomial coefficients, Permutations, Combinations, Algebraic systems; Operations, Semi groups, groups, subgroups, normal subgroups, Homomorphism, Languages, Grammars, Elementary Automata, Finite state machine.
15h(T);45h(P).

CIT 124    NUMERICAL COMPUTATION    3 Credits
Fundamentals of Computation of Numbers, Functions and Errors, Collocation Methods; Numerical Integration and Differentiation, Theory of Finite Differences, Finite Element Methods A peep into Fractals Theory. Applications of Numerical Computation.
30h(T);45h(P);C.

CIT 126    INTRODUCTION TO COMPUTER PROGRAMMING II     3 Credits
Variables, Numbers and Strings; Symbolic Names,  Commands, Statements; input and output statement, conditional statement, Simple and Controlled Loops, Error Tracking, Algorithm, Flow-charting, Sub-programming Selected Applications using FORTRAN Programming language. The student is given a variety of fundamental problems to solve and program on the computer, Problem solution translation with flowcharts and program codes.
30h(T);45h(P);C. (Replaces CIT 125).

200 LEVEL

CIT 211    STRUCTURED PROGRAMMING    2 Credits
Problem solving phases, The Programming process; Data types; Input and Output; Control Structures; Functions, objects and classes; Design, testing debugging and documentation, problem solving using one of C++, PASCAL, JAVA.
15h(T);45h(P);C.

CIT 212    DATA ABSTRACTION AND DATA STRUCTURES    3 Credits
Abstraction; Data types; Information hiding;  Records; Arrays; Linked list and Pointers, Nodes, Stack; Queues; Binary Trees; Directed graphs, Object Oriented Paradigm; Sorting, Searching and File Management.
30h(T);45h(P);C.

CIT 213    DIGITAL COMPUTER NETWORKS I    3 Credits
Net-centric Concepts; Network basics; Front-end controllers; Line connectors; Topologies; ISO-OSI models; Network protocols, LAN, WAN, MAN, Internet; Cables, hubs, routers; brouters, gateway, Grid Computing, Hands-on Practical.
30h(T);45h(P);C.

CIT 217    COMPUTER ARCHITECTURE    3 Credits
Introduction to computer Hardware; Computer Systems Organisation; CPU Organisation; Memory Organisation; I/O devices and their characteristics; Logic Circuitry; Organisation and design of Modern computer hardware systems; Comparative Study of known architectures.
30h(T);45h(P).

CIT 219    DIGITAL COMPUTER LOGIC WITH LAB    3 Credits
Numbers and the Binary System, Data representation; Characters, Logical Variables, Combinatorial Logic (design and manipulation), The Hardware, Code/Logical Conversion; Logic Gates, MSI, LSI, FLIP-FLOPS, State Machine Design Principles. Basic experiments in computer systems design, components identification and assembly; Digital Electronics, Combinational and Sequential Circuits. Troubleshooting, fault diagnosis and rectification.
30h(T);60h(P);C. (Replaces CIT 214).

CIT 220    PRINCIPLES OF COMPILERS    3 Credits
Lexical and Syntax Analysis; Code generation; Single Pass, Multipass, Load and Go; Scanning; Table management, Workspace and dumping. A typical compiler; Simple Scanners and Parsers using C or C++ language.
30h(T);45h(P);C.

CIT 222    LOW LEVEL LANGUAGES    2 Credits
Instruction Formats; Addressing Systems ; CPU internal Structure ; Registers, Memory, ALU, CU. Controls - Loops and Switches; Macro Instructions; Interrupts; File Structures; Storage Control; Relocation; Linking/Loading; Editing; Hardware System Programming using simple machine codes. Problem solving using Assembler/ Machine coding. Intel Instruction Set, Address mode.
15h(T);45h(P).

CIT 223    DIGITAL COMPUTER NETWORKS II    3 Credits
Network interface cards; Mobile / Wireless application protocols (WAP); Satellite; 3-G Technology, Network Operating System; Network Security, Setting up, a Typical networks with PCs. Windows Network infrastructures; Window 2000 server/professional.
30h(T);45h(P);C.

CIT 224    OPERATING SYSTEMS    3 Credits
Definition, types, components of an Operating System; Batch Processing; Memory Management Dynamic relocation; Processor scheduling; File Management; Laboratory exercises using two of  those most commonly in use (e.g. MS-DOS, UNIX, OS VM etc).
30h(T);45h(P);C.

CIT 225    OBJECT ORIENTED PROGRAMMING    3 Credits
Introduces the concepts of object-oriented programming to students with a background in the procedural paradigm. Review of control structures, functions and primitive data types. Object-oriented programming: object-oriented design; encapsualtion and information hiding; separation of behaviour and implementation; classses, subclasses and inheritance; polymorphism; class hierarchies. Fundamental of event-driven programming. Illustrations using JAVA or/and C++
30h(T);45h(P).

300 LEVEL

CIT 310    INTRODUCTION TO C++    3 Credits
Fundamentals of C++; Input and Output statements, Control Structures; Functions, Arrays, Strings and Files; Pointers ; Data types; Lists; Recursion; Trees; Sorting and Searching, Constructor, Destructor, Object oriented features of C++, A course project.
30h(T);45h(P);C.

CIT 311    BUSINESS COMPUTING AND FILE PROCESSING    3 Credits
Data Separation and Processing ; File Manipulations and Maintenance; Utilities; Data Collection, Data Reliability, Data Security,  Data validation and verification Coding, Cleaning, Consistency and Integrity, Case Studies using  SPSS,  PSTAT or EXCEL
30h(T);45h(P);C.

CIT 313    WEB PAGE DESIGN FUNDAMENTALS    3 Credits
Internet vs. Intranet; System development overview; ‘Development concept; Web application development cycle; Architectures and Environment; Markup Languages; Java Script, Java, VRML, PHP, VB Script, Active-X, CGI, Database Connectivity; Web-authority tools; Scripting Languages; Client/Server technologies and infrastructures; Current issues and trends, A course project.
30h(T);45h(P);C.

CIT 314    COMPUTER HARDWARE PRINCIPLES    3 Credits
Basic active Logic circuits; IC families (ECL, MOS, TTL,  DRL etc) ; Characteristics; Parameters ( Fan-in/Fan-out,  Speed/Power Factor); Noise immunity; Design and analysis of Combinational Logic circuits and networks.  Synchronous and Asynchronous operations ; Registers . Digital to Analogue conversion, Operational Amplifier.
30h(T);45h(P);C.

CIT 317    DATABASE DEVELOPMENT AND MANAGEMENT    3 Credits
Introduction, Relational Model, Schema Normalization, Database Design; Indexing and Access Methods, Buffer  pool Design and Memory Management, Join Algorithms, Query Optimization, Introduction to transaction processing, Recovery, Optimistic concurrency Control, Degrees of locking,  Distributed Databases, Replication      in Database Systems, Search Engines, Stream Processing, Adaptive Query Processing, Online Query Processing, Sensor Networks, XML and Semantic Web, A course project.
30h(T);45h(P).

CIT 318    PROFESSIONAL APPLICATION OF COMPUTERS    2 Credits
The student is taken through the use of  a state – of –  The art application package in a specific area. Three problems are given. Solutions are expected to be submitted to at least two of the problems using a specific package  (e.g. in areas such as: Mathematics, Statistics, IT Planning/Development, Accounting, Business, Chemical Processes, Theoretical Physics etc.)
90h(P).

CIT 319    PROGRAMMING WITH VISUAL BASIC    3 Credits
Introduction; The Basic rules; Programming steps; Structured effects; I/O techniques; File Management; Solution of selected problems. Objects, tools, properties and structure of VB application, Web based applications using VB, A course project.
30h(T);45h(P);C.

CIT 320    ENTREPRENEURSHIP IN COMPUTER SCIENCE    2 Credits
New business life-cycle; selecting and testing a moneymaking idea, preparing a business plan, raising finance, the exit, Aspects of new business operation; registering a company, setting up your office, understanding financial statements, E- Commerce Strategies, Software tools for entrepreneurs. Business Web Site Design. Group Students Project.
15h (T);45h(P);C.

CIT 323    INDUSTRIAL WORK EXPERIENCE    6 Credits
A course of computing practice undertaken in the industry during the whole of the second Semester of the 300-level year. It is an exposure to industrial practice and standards in Information Technology through the attachment of students to locations in the computer industry as may be approved by the Head of Department. Students’ activities are monitored and recorded by approved staff supervisors and a report is submitted by each student at the end of the period for assessment.
270h(P);C.

CIT 324    COMMERCIAL PROGRAMMING LANGUAGES    3 Credits
Introduction to structured programming concepts in a commercial environment; Overview of SP theory; Well Formed and proper programs; Design components for structured programs; A peep into the COBOL Language input definition, record and file descriptions, record selection, file handling, calculation and storage minimization.
30h(T);45h(P).

CIT 325    SURVEY OF PROGRAMMING LANGUAGES    3 Credits
Comparative study of basic structures and  implementation of some types of programming languages vis-à-vis control structures and data flow, subroutine, interrupts, block structures, scope of variables, information binding, procedures and parameters, data storage and mapping, execution environments etc; Examples from     procedure oriented, list processing, Interactive and other types of programming languages.
45h(T).

CIT 326    SYSTEMS PROGRAMMING PRINCIPLES    3 Credits
Process Control and Scheduling; Processes, Threads and Threads Programming; File I/O and Signal Processing; Memory Management Programming; Distributed Systems and Client Server Programming; Unix Socket Programming; Java Systems Programming; SWING, multithreading and Networking.
30h(T);45h(P).

CIT 327    PRINCIPLES OF GRAPH THEORY    3 Credits
Graph algorithms; depth first search; breadth first Search; connected graphs; topological sorting; shortest Path algorithm; network flow; string searching; parallel Computation; graph partitioning; graph isomorphism. Illustrations using JAVA or/and VISUAL BASIC
45h(T). (Replaces CIT 216).

400 LEVEL

CIT 410    INTRODUCTION TO SOFTWARE ENGINEERING    3 Credits
Software Life Cycle; Process and Models; Planning and Management; Metrics Risk Analysis; Quality Assurance; Software Design, Testing and Object Orientation; Semantic Analysis; Efficiency of Algorithms. Large and medium scale Software development processes.
30h(T);45h(P);C.

CIT 411    MANAGEMENT INFORMATION SYSTEM (MIS)    3 Credits
Steps in Systems Analysis; Techniques of Data Capture; Data Management, Security, Communication; Systems Maintenance; User Driven System Design. Information System Structure, Analysis, Organisation, Storage, Searching and Retrieval; Dictionary Construction and Lookup, Searching and Matching Procedure; Automatic Information Dissemination. MIS maintenance; Case Study.
30h(T);45h(P);C.

CIT 412    INFORMATION TECHNOLOGY CENTRE MANAGEMENT    2 Credits
Office Procedure; Organisational Structure;     Personnel Development, Project Planning, Control and Development-Strategies; Management, levels of Management, Information, Types of Information, Information and Communication Technology (ICT), Computer based Information Systems. Five year Contingency plan;  User involvement.
30h(T).

CIT 413    INTRODUCTION TO OPERATIONS RESEARCH    3 Credits 
Operation Research Models, Solving the OR models, Inventory Models, Simulation Modelling, Transportation and Assignment Problems; Network analysis; Critical Path Analysis; Queuing Theory; Programming  Application. Solution to specific problems.
30h(T);45h(P).

CIT 414    INTRODUCTION TO MICRO-COMPUTER TECHNOLOGY    3 Credits
The structure of CPU, The control unit, an introduction to RISC processor, programmed I/O, assembly language programming and the 68000 microprocessor. General features of a typical micro computer; Design requirements for microcomputers; The 8080, 8085, 86800 etc series of architectures; Microprocessors; Functional Specification and application. Understanding a typical Data sheet.
45h(T).

CIT 415    LEGAL ASPECT OF INFORMATION TECHNOLOGY    2 Credits
Consideration is given, with case studies, to the problems of professional ethics, obligations, expectations and limitations of the IT professional; Information Technology Piracy Law. Experts are invited from industry to illuminate this vital course for students. The student is expected to submit a seminar paper of prescribed format and length.
15h(T);45h(P).

CIT 416    COMPUTER GRAPHICS    3 Credits
Image representation, Scan conversion, Two-dimensional transformation, Two dimensional viewing and clipping, Three dimensional transformation, mathematics of projection, three dimensional viewing and clipping, Geometric representation, Hidden surfaces, color and shading models, Ray tracing, Characteristics of vectors, Industrial Applications, Display Rings; Display Processors; Display Coordinates, Graphics Software Design; Typical Problem solving.
30h(T);45h(P).

CIT 417    PROGRAMMING WITH JAVA    3 Credits
Basics of JAVA; strings, Selection, Iteration; Classes and Objects, Control Statements, Object-Oriented Programming: Inheritance, Polymorphism, GUI Components, formatted output; Composition, Inheritance; Arrays;  Vectors; Graphics. Selected Problems Solving.
30h(T);45h(P);C.

CIT 418    SEMINAR    2 Credits
Definition and explanation of terms, Literature review methodology, computing  research resources, Research     documentation and communication, Time management, managing your supervisor, research regulations and Ethics. Technical Writing and Reporting; Special topics in Information technology; Guest Lecturers from Industry; Simple guided research is to be carried out by the student in  an identified area of Information Technology.
15h(T);45(P);C.

CIT 420    MICRO-PROGRAMMING    3 Credits
Flip-flops, Registers, Counters and Simple processor, Fundamentals of PLD (Programmable Logic Device) Circuitry, Addressing modes; Modified Page Zero Addressing; Indexed Register and Implied Addressing; Bit, Stack Pointer, and Subroutine Addressing; Status Indicators; Interrupts; Hands-on examples.
30h(T);45h(P).

CIT 421    MICRO-COMPUTER DESIGN LABORATORY    2 Credits
Design of counters, interfacing of components and systems, BCD to 7-segment decoder circuit design, Digital     Systems design, Design of digital clock; encoder circuit, multiplexer circuit design, Karnaugh mapping simplification Some Basic Experiments in microcomputer  Design and Building.
90h(P).

CIT 422    LINEAR PROGRAMMING    3 Credits
Linear programming models, assumptions of linear programming, solving linear programming problems; duality and sensitive analysis, Linear forms; Graphical Solution Technique; Simplex Algorithm; Duality; Practical     Problem Solving Using a Procedural Programming Language.
30h(T);45(P);C.


CIT 423    COMPUTER–BASED DISTANCE LEARNING    3 Credits
Computer Assisted Learning (CAL) Principles; The need for  distance Learning today; Literature Survey on CAL/DL; Typical Model; CAL/DL Software development; Design of a Virtual Classroom, e-learning, web portals technology / Design, computer Networks.
30h(T);45h(P).

CIT 424    INFORMATION TECHNOLOGY POLICY    2 Credits
The need for a guided policy; Policy Issues; Comparative Study of International Policies; The Nigerian Situation; Case Studies, Sources of the law, criminal law, computer crime, definition of computer crime, application of existing criminal studies. Specific legislation concerning computer crime,
30h(T).

CIT 425    AUTOMATA THEORY, COMPUTABILITY AND FORMAL LANGUAGES    3 Credits
Words and String, Concatenation, Word length; Language Definition, Regular Expression, Regular Language; Recursive Languages; Finite State Automata (FSA), State Diagrams; Pumping Lemma; Grammars, Applications in computer science and engineering, Compiler specification and design, text editor and implementation. Very large scale integrated (VLSI) circuit specification and design. Natural Language Processing (NLP) and embedded systems.
30h(T);45h(P);C.

CIT 426    FUNDAMENTALS OF ARTIFICIAL INTELLIGENCE    3 Credits
What is Artificial Intelligence; Design of an Intelligent Computer System; Man – Machine Orientation; Understanding Language, Learning, Reasoning, Problem Solving, Forward and Backward Chaining; Rules and Predicates.
30h(T);45h(P);C.

CIT 428    COMPUTER MODELLING AND SIMULATION    3 Credits
Types of Models; Model development, verification and  validation; Steps in a Simulation Study; Discrete and Continuous Probability distributions; Performance of queuing systems; Linear Congruential generation of random numbers; Other techniques. Use of a Simulation Programming Language or Simulation Package to solve a problem.
30h(T);45h(P);C.

CIT 429    TOPICS IN INFORMATION TECHNOLOGY    3 Credits
A series of selected advanced topic in Information  Technology is given to give the student an in-depth Knowledge of the current state of the art in Information Technology. Experienced practitioners in the field may also be invited to treat some of the topics. At the end of the course the student will be expected to submit a long essay as part of his continuous assessment.
45h(T).

CIT 498    DESIGN AND ANALYSIS OF ALGORITHMS    3 Credits
Basic algorithm analysis: asymptotic analysis of upper and average complexity bounds; identifying differences among best, average and worst case behaviours: big”O” little “o” omega and theta notation: standard complexity classes; empirical measurement of performance; time and space tradeoffs in algorithm; using recurrence relations to analyse recursive algorithm. Algorithm strategies , Brute-force algorithm: greedy algorithmss: divide-and-conquer: backtracking; branch-and-bound: heuristics; pattern matching and string/text algorithms: numerical  approximation algorithms. Introduction to tractable and intractable problems. Recursion, Efficiency of algorithm.
30h(T);45h(P).

CIT 499    RESEARCH PROJECT    5 Credits
A functional guided research is carried out by the student under the supervision of an academic staff and approved by the Head of Department. A bound project report is presented in an approved format for assessment.
225h(P);C.