Bachelor of the Science of Engineering Curriculum General program Faculty of Engineering University of Jaffna Sri Lanka March 2019 CONTENTS GENERAL PROGRAM SYLLABI 01 Semester 1 02 Semester 2 14 Semester 3 27 Faculty of Engineering Curriculum General Program Page i 0 General Program Syllabi Faculty of Engineering Curriculum General Program Page 1 Semester 1 Course Unit Code Academic Lectures Tutorial Lab Field Assign Credits L T work L F A English Language Enhancement MC1010 03 Mathematics MC1020 03 Engineering Drawing ID1010 03 Computing EC1011 03 Applied Electricity EC1020 03 Engineering Metrology ID1021 03 39 34 09 31 33 28 N A 22 N A 08 06 N A N A N A 72 24 18 36 18 N A N A 06 09 15 in hours Faculty of Engineering Curriculum General Program Page 2 Code Title MC1010 English Language Enhancement Academic Credits 03 Prerequisite s None Intended Learning Outcomes By the end of this course unit students should be able to o comprehend lectures in English o communicate in English o refer textbooks manuals articles in English o prepare laboratory reports assignments in English Syllabus Outline Content Hours L T L F A 10 06 13 06 1 General and Academic Reading Understanding the general and academic meaning of a short text Understanding the functions of discourse markers Answering simple questions finding main ideas from complex tests Reading Comprehension Inferring word meaning Vocabulary access general or academic Identifying implicit information Separating main ideas and supporting ideas Understanding cause and effect Labelling skills 2 General and Academic Writing Combining simple sentences Writing short descriptions on familiar topics Transfer of information from graphic to text and vice versa Using relative clauses Using passive structures Describing processes using sequence markers Expressing cause and effect and comparison and contrast Summarizing short texts 3 General and Academic Listening Understanding simple information instructions statements Understanding announcements and lectures Understanding 07 03 narrative texts Identifying main and supportive ideas Understanding simple explanations and description Understanding instruction of a Faculty of Engineering Curriculum General Program Page 3 process Eg Experiments Taking down notes while listening to academic genres 4 General and Academic Speaking Speaking about people and their backgrounds and on familiar topics such as ambitions leisure activities and culture using simple complex language structures Directing a person to a known destination 09 03 Gathering information using yes no and WH questions Delivering short speeches of 2 3 minutes length on discipline related topics Re telling the stories found in narrative texts 39 18 Assessment Evaluation Details Assessment Type Assessment Method Percentage In Course Assessment Assignment Student Presentation Oral Examination Mid Semester Assessment 10 05 05 30 50 End of Course Evaluation End Semester Examination Faculty of Engineering Curriculum General Program Page 4 Code Title MC1020 Mathematics Academic Credits 03 Prerequisite s None Intended Learning Outcomes By the end of this course unit students should be able to o understand the basic concepts of set theory and to recognize real numbers in a more o generalize the vector algebra on the plane to space and derive the equations of line and o distinguish functions from relations to classify functions and to determine the continuity o identify a sequence discuss the convergence and to discuss the properties of common o describe an infinite series discuss the convergence and to interpret o obtain the power series expansions of certain functions and discuss the accuracy of the o perform algebra on complex numbers in Cartesian polar and Euler forms o generalize the concepts of function derivative tangent and extremes to multivariable insight manner plane in vector form and differentiability sequences geometrically physically approximation situation Syllabus Outline Hours L T L F A Definition and examples Algebra of sets Real numbers and Basic 02 02 Content 1 Basic Set Theory properties 2 Vectors in Euclidean Space Vector algebra Dot and Cross product Lines and Planes 02 02 Faculty of Engineering Curriculum General Program Page 5 3 Functions of a Single Variable Definition Examples and operations on functions Classification of functions Limits of functions Continuous functions Differentiable 06 04 functions Mean Value Theorem Taylor s theorem L Hopita s Rule Curve sketching Riemann integral and properties Definitions and properties Convergence Common sequences 05 02 Definitions and examples Convergence tests Comparison Root 06 03 Ratio Absolute and Conditional convergence Definition Radius and interval of convergence Taylor and Maclaurin 04 02 Definition and algebraic properties Euler form and Geometric 01 02 8 Functions of Several Variables Functions of two or three Variables Partial derivatives Tangent plane to a surface Directional derivatives and the gradient Maxima and 4 Sequences 5 Infinite Series 6 Power Series Series 7 Complex Numbers properties Minima 9 Curve Fitting 07 04 01 01 34 22 Simple Linear Regression Least Square Approximation Assessment Evaluation Details Assessment Type Assessment Method Percentage In Course Assessment Assignment Mid Semester Assessment End of Course Evaluation End Semester Examination 10 30 60 Faculty of Engineering Curriculum General Program Page 6 Code Title ID1010 Engineering Drawing Academic Credits 03 Prerequisite s None Intended Learning Outcomes By the end of this course unit students should be able to o describe standard drafting principles and theory of projection o plot mechanical architectural and household wiring drawings at designated scales o recognize underlying techniques behind engineering graphics o sketch objects freehand in 3 D o prepare drawings using Computer Aided Drawing CAD software package Syllabus Outline Content 1 Fundamentals of Engineering Drawing 2 Drawing in First and Third Angle Orthographic Projections International Standards in Engineering Drawing Practice 3 Mechanical Architectural and Household Wiring Drawing 6 Fundamental Knowledge in Computer Aided Drawing 4 Engineering Graphics 5 Freehand Sketching Assessment Evaluation Details Hours L T L F A 01 01 03 02 02 09 10 30 12 10 10 72 Assessment Type Assessment Method Percentage Assignment In Course Assessment Lab Report Field Report Mid Semester Assessment End of Course Evaluation End Semester Examination