COURSE TITLE ENGINEERING MATHEMATICS I (Matematik ...

Faculty of Engineering, UNIMASCOURSE TITLECOURSE CODEENGINEERING MATHEMATICS I(Matematik Kejuruteraan I)KNF1013CREDIT 3PREREQUISITE/SSYNOPSISN/AThe aim of this course is to provide students with the importantprinciple of mathematics for engineering application.Mathematics is an important element required by students inorder to solve a particular engineering problem. Concepts offunctions, limits, vector algebra, differentiation and integrationare covered.(Tujuan kursus ini adalah untuk menysdiakan pelajar denganprinsip penting matematik untuk aplikasi kejuruteraan.Matematik adalah satu unsur penting yang diperlukan pelajaruntuk menyelesaikan satu masalah kejuruteraan. Konsep sepertifungsi, had, algebra vektor, pembezaan dan pengamiran akandirangkumi dalam kursus ini. )LEARNINGOUTCOMESBy the end of this course, students will be able to:o Apply mathematically five main functions and limits.(CT)o Express graphically and numerically two vector algebra,and vector treatment of the geometry of lines and planes.(C2)o State proper techniques of various differentiation andintegration. accurately (P2)o Solve fundamentals engineering problems (electroniccircuits and kinetics) correctly by using diverse calculusand algebra method introduced in functions, limits, vectoralgebra, differentiation and integration. (A2)KNF1013 Engineering Mathematics I 1 / 5

Faculty of Engineering, UNIMASSTUDENTLEARNINGHOURSLecturesTutorialsSelf-StudyQuizzes, Tests, & ExaminationsTotal28 Hour/s28 Hour/s55 Hour/s9 Hour/s120 Hour/sLEARNINGUNITSSupervisedLearning Hours1. Numbers, Algebra and Geometry- Number and arithmetic- Algebra- Geometry- Numbers and accuracy- Engineering applications42. Function (Part 1)- Basic definition- Linear and quadratic functions- Polynomial function- Rational functions43. Function (Part 2)- Circular functional- Exponential, Logarithmic and Hyperbolicfunctions- Engineering applications44. Limits4- Limits- Continuity5. Vector Algebra (Part 1)4- Basic definitions and results6. Vector Algebra (Part 2)- The vector treatment of the geometry of lines andplanes- Engineering application47. Complex Numbers4- Introduction and properties- Powers of complex numbersKNF1013 Engineering Mathematics I 2 / 5

Faculty of Engineering, UNIMAS- Engineering applications8. Sequences and Series4- Infinite series- Power series9. DifferentiationBasic rule of differentiation- Differentiation of polynomial functions- Differentiation of composite function- Differentiation of circular function410. Techniques of Differentiation- Differentiation of exponential and relatedfunction- Parametric and implicit differentiation411. Differentiation4- Engineering applications12. Integration- Fundamental Theorem of Calculus- Definite and indefinite integration- Integration as antiderivatives413. Integration4- Integration by parts- Integration by substitution14. Integration4- Engineering applicationsASSESSMENT Assignment 15 %Assignment 25 %Quiz 15 %Quiz 25 %Test 1 Q15 %Test 1 Q25 %Test 1 Q35 %Test 2 Q15 %Test 2 Q25 %Test 2 Q35 %KNF1013 Engineering Mathematics I 3 / 5

Faculty of Engineering, UNIMAS12.5 %KNF1013 Engineering Mathematics I 4 / 5

Faculty of Engineering, UNIMASQ1 Function and LimitQ2 Vector AlgebraQ3 Differentiation and IntegrationQ4 Complex Number, Application of Diff. andIntegralTotal12.5 %12.5 %12.5 %100 %REFERENCES 1. A. Croft, R. Davidson, Mathematics for Engineers,Prentice Hall, 2008.2. G.James, Modern Engineering Mathematics, 4th Edition,Prentice Hall, 2007.3. S.Minton, Calculus Concepts, McGraw-Hill, 2006.Last updated: October 14, 2011, Fri, 10:11 AMKNF1013 Engineering Mathematics I 5 / 5