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Computer Aided Civil Drawing (ENCE 204)
Read More: Computer Aided Civil Drawing (ENCE 204)Computer Aided Civil Drawing ENCE 204 | IOE New Syllabus Lecture : 2Tutorial : 0Practical : 3 Course Objectives:The objective of this course is to train students with computer aided design and drafting of civil engineering structures. The course will teach students to extract dimensions from existing computer aided drawings, enabling them to interpret and utilize…
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Engineering Survey II (ENCE 203)
Read More: Engineering Survey II (ENCE 203)Engineering Survey II ENCE 203 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 4 Course Objectives:The objective of this course is to familiarize surveying methods and techniques used for design and construction of civil engineering projects. This course will provide basic knowledge of land measurement and surveying techniques giving specific emphasis to plane surveying.…
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Theory of Structures I (ENCE 202)
Read More: Theory of Structures I (ENCE 202)Theory of Structures I ENCE 202 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 2/2 Course Objectives:The objective of this course is to develop concepts and analytical skills to compute structural responses (Stresses and deformations) in determinate structures subjected to static loads by manual calculation as well as matrix method of analysis using computer…
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Fluid Mechanics (ENCE 201)
Read More: Fluid Mechanics (ENCE 201)Fluid Mechanics ENCE 201 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 3/2 Course Objectives:To provide students with a deep understanding of the principles governing the behavior of fluids, encompassing both liquids and gases. This branch of physics and engineering aims to elucidate how fluids behave under various conditions and to equip students with…
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Numerical Methods (ENSH 202)
Read More: Numerical Methods (ENSH 202)Numerical Methods ENSH 202 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 3 Course Objectives:The objective of this course is to equip students with a thorough understanding of numerical methods, focusing on their application in obtaining approximate solutions to complex mathematical problems commonly encountered in science and engineering. Emphasizing algorithm development, programming, and visualization…
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Engineering Drawing (ENME 158)
Read More: Engineering Drawing (ENME 158)Engineering Drawing ENME 158 | IOE New Syllabus Lecture : 2Tutorial : 0Practical : 4 Course Objectives: To develop basic projection concepts with reference to points, lines, planes and geometrical solids. Also, to develop sketching and drafting skills to facilitate communication. 1. Instrumental Drawing, Technical Lettering Practices and Techniques (1 hour)1.1 Equipment, materials and drawing sheets…
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Engineering Physics (ENSH 152)
Read More: Engineering Physics (ENSH 152)Engineering Physics ENSH 152 | IOE New Syllabus Lecture : 4Tutorial : 1Practical : 2 Course Objectives: To provide students a concept and sound knowledge of physics with the emphasis in present day applications to apply them in relevant fields. The background of physics corresponding to Proficiency Certificate Level is assumed. 1. Oscillation (6 hours)1.1…
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Engineering Chemistry (ENSH 153)
Read More: Engineering Chemistry (ENSH 153)Engineering Chemistry ENSH 153 | IOE New Syllabus Lecture : 3Tutorial : 1 Practical : 3 Course Objectives: To develop the basic concepts of physical chemistry, inorganic chemistry, analytical chemistry, environmental chemistry, green & sustainable chemistry, nano chemistry, polymer chemistry and organic chemistry relevant to the different disciplines of engineering. 1. Electrochemistry and Buffer (8 hours)1.1 Electrochemistry…
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Electrical Engineering Material (ENEE 203)
Read More: Electrical Engineering Material (ENEE 203)Electrical Engineering Material ENEE 203 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 0 Course Objectives:The objective of this course is to impart a foundational understanding of elementary quantum mechanics and solid-state theory, alongside essential knowledge of various materials utilized in electrical engineering. 4. Magnetic Materials (8 hours)4.1 Magnetization of matter: Magnetic dipole moment,…
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Power System Analysis I (ENEE 205)
Read More: Power System Analysis I (ENEE 205)Power System Analysis I ENEE 205 | IOE New Syllabus Lecture : 3Tutorial : 1Practical : 0 Course Objectives:The objective of this course is to introduce and establish a solid foundation in fundamental principles and basic analysis techniques in the field of electrical power system engineering. Tutorial (15 hours) Marks Distribution Chapter Workload (hours) Marks *…