جامعة البلقاء التطبيقية

Transcription

1 The curriculum of associate degree in Mechanical Design specialization consists of (7 credit hours) as follows: Serial No. Requirements First University Requirements Second Engineering Program Requirements 7 Third Specialization Requirements 4 7 صفحة () من (9)

2 The curriculum of associate degree in Mechanical Design Specialization First: University requirements ( credit hours) as follows: No. Title Arabic Language Weekly Contact Theoretical Practical Prerequisite English Language 9 Islamic Culture 7 Computer Skills 4 4 Second: Engineering program requirements (7 credit hours) as follow: Weekly Contact Title No Theoretical Practical Engineering Workshops AutoCAD Occupational Safety General Mathematics General Physics General Physics Laboratory Communication Skills and Technical Writing Engineering Materials Prerequisite صفحة () من (9)

3 Third: Specialization Requirements (4 credit hours) as follows: No. Title Electricity and Electronics Weekly Contact Theoretical Practical Prerequisite * Electricity and electronics Laboratory * 7 Mechanics 4 Strength of Materials 7 4 Strength of Materials Laboratory 4* 7 Fluids and Hydraulic Machines * 7 Fluids and Hydraulic Machines Laboratory 7* 9 Thermal Engineering * 9 Thermal Engineering Laboratory 9* 4 Mechanical Drawing 6 4 Theory of Machines 7 Theory of Machines Laboratory * 4 Metal Cutting 4 Metal Cutting workshops 4* 6 CNC Workshops 6 5* or 4* Manufacturing Processes 4 Manufacturing Processes Workshops * 4 Mechanical Design 4* 4 Mechanical Design 4 49 Training** 49 Project *Corequisite ** Equivalent to 8 training hours صفحة () من (9)

4 ID First Semester Name Arabic Language Guiding Plan First Year ID 9 Second Semester Name Thermal engineering General Physics 9 Thermal Engineering Lab General Physics Lab English Language 7 Computer Skills 7 Mechanics General Mathematics 4 AutoCAD 9 Islamic Culture 56 Occupational Safety Engineering Materials Engineering Workshops Electricity and electronics Lab Electricity and Electronics 8 8 ID 4 Third Semester Name Mechanical Drawing Second Year ID Fourth Semester Name Manufacturing Processes 4 Strength of Materials 4 Manufacturing Processes Workshops 4 Strength of Materials Lab. 6 CNC Workshops 4 Metal Cutting 4 Mechanical Design 4 Metal Cutting Workshops 49 Training 4 Mechanical Design 49 Project 7 Communication Skills and Technical Writing Theory of Machines 7 Fluids and Hydraulic Machines Theory of Machines Lab. 7 Fluids and Hydraulic Machines Lab. 8 8 صفحة (4) من (9)

5 University Requirements Title Brief Description No ( Theoretical /Practical) Arabic Language () تتضمن هذه المادة مجموعة من المهارات اللغوية بمستوياتها وا نظمتها المختلفة: الصوتية والصرفية والنحوية والبلاغية والمعجمية والتعبيرية وتشتمل نماذج من النصوص المشرقة: قرا نية وشعرية وقصصية من بينها نماذج من الا دب الا ردني يتوخى من قراءتها وتذوقها وتحليلها تحليلا ا دبيا تنمية الذوق الجمالي لدى الطلاب الدارسين. English Language () English is a general course. It covers the syllabuses of listening, speaking, reading, writing, pronunciation and grammar, which are provided in a communicative context. The course is designed for foreign learners of the English language, who have had more than one year of English language study. The extension part would be dealt with in the class situation following the individual differences. Islamic Culture 9 () تعريف الثقافة الا سلامية وبيان معانيها وموضوعاتها والنظم المتعلقة بها وظاي فها وا هدافها. مصادر ومقومات الثقافة الا سلامية والا ركان والا سس التي تقوم عليها. خصاي ص الثقافة الا سلامية. الا سلام والعلم والعلاقة بين العلم والا يمان التحديات التي تواجه الثقافة الا سلامية. رد الشبهات التي تثار حول الا سلام. الا خلاق الا سلامية والا داب الشرعية في ا طار الثقافة الا سلامية. النظم الا سلامية. Computer Skills 7 (4) An introduction to computing and the broad field of information technology is given. Topics covered include the basic structure of digital computer system, microcomputer, operating systems, application software, data communication and networks, and the internet. Handson learning emphasizes Windows xp, MSoffice, and the internet صفحة (5) من (9)

6 Engineering Program requirements Engineering Workshops () Development of basic manual skills in Mechanical and Electrical works. Use of manual tools and measuring devices. Hand filing, welding, metal cutting and forming. Electrical wiring. AutoCAD 4 (6) Introduction to AutoCAD, application of AutoCAD, commands, geometric entities. Geometric construction. Dimensioning, free hand sketching, object representation, orthographic drawing and projections. Occupational safety 56 () Role of technicians in economic development First aid accident prevention. Protective devices and equipment. Industrial safety standards. Nature of fire hazards. Sand fire regulations. Physiological effects of electrical shock on human body. First aid and treatment for the effects of electric shock. Rules of spare and chemicals storage and handing. Communication Skills and 7 () Technical Writing The main goal of this course is to equip the students with the necessary communication skills in everyday life & work situations and improve their abilities in technical writing to meet market needs. For this course, the English language is the language of teaching & the means of communication for all classroom situations. Engineering Materials () Definition of engineering materials. Classification of materials and their properties. Metallic and nonmetallic materials. Metals, alloys and composite materials. Conductors, insulators and semiconductors. Mechanical, Magnetic, Thermal and electrical characteristics of materials. Industrial applications of different types of materials. General Mathematics () Real numbers coordinate planes, lines, distance and circles. Functions: (operations and graphs on functions), limits, continuity, limits and continuity of trigonometric functions. Exponential and logarithmic functions. Differentiation (techniques of differentiation, chain rule, implicit differentiation). Application of differentiation (increase, decrease, concavity). Graphs of polynomials. Applications: Rolls Theorem and MeanValue Theorem, Integration (by substitution, definite integral, fundamental theorem of Calculus). Application of definite integral (area between two curves, volumes) General Physics () The physical concepts to be studied includes: vectors, motion in one dimension, motion in two dimensions, the laws of motion, applications of Newton s laws, circular motion, energy and energy transfer, potential energy, linear momentum, electricity, electrical potential, capacitance, current and resistance. General Physics lab () In this course, the student performs thirteen experiments in mechanics and in electricity. صفحة (6) من (9)

7 Specialization Requirements Electricity and Electronics () Concepts and definitions, electrical circuit elements, voltage, current, resistance, capacitance and inductance, ohms law and dc circuit Calculations. Ac Circuits. Three phase circuits, transformers, and electrical machines. Basic electronic devices and circuits. Introduction to electrical protection. Electricity and Electronics Lab. () DC and AC circuits. Current and voltage measurements. Simple electronic circuits. DC and AC machines. Singlephase transformers. Protection devices and circuits. Mechanics 7 () Basic definitions and concepts. SI units. Equilibrium. Free body diagrams. Simple structural analysis. Internal forces. Friction. Moment of inertia. Kinematics of particles. Strength of Materials 4 () Principles of static including equilibrium and static equivalence, determination of moment and force resultants in slender members, introduction to mechanics of deformable bodies, concept of stress and strain, classification of material behavior, stressstrain relations and generalized Hook s law, application to engineering problems involving members under axial load, torsion of circular rods and tubes, bending and shear stress in beams,combine stresses, deflection of beams, buckling of columns. Strength of Materials Lab. 4 () Applying theory gained within the strength of materials theoretical through practical experimentation. Fluids and Hydraulic Machines 7 () Fluid properties, fluid static's, fluid motion, continuity equation, momentum principle, energy principle, Fluid flow in pipes, pipe friction, introduction to Pumps, Types, Selection and application of pumps. Fluids and Hydraulic Machines Lab. 7 () Measuring of physical properties of fluids, force on immersed plate, Jet force on plate, Bernoullis equation, Reynolds experiments, flow through orifices, and nozzle venture friction factor. Thermal Engineering 9 () Concepts and definitions, Properties of a pure substance, Work and heat, the first law of thermodynamics, the second law of thermodynamics, Principles of heat transfer Steady state conduction, Radiation, Heat exchangers صفحة (7) من (9)

8 Thermal Engineering Lab. 9 () Pressure Temperature relation in the saturation region; Compressor cycles and analyses; Heat pump performance; Conduction heat transfer; Radiation heat transfer; and Heat exchanger performance Mechanical Drawing 4 (6) The course is designed to develop the technical sense for the student and enable him to create and analyze the different mechanical parts, pipes and ducts, mechanical and HVAC symbols. Assembly and detailed drawings for technical arrangements. Applications for CAD and Solid Works modeling. Theory of Machines () Introduction, linkages and mechanisms, cams, spur gears,.nonstandard spur gears, bevel, helical and worm gears, gear trains, velocity and acceleration analysis, force analysis of machinery, Blanca of machinery introduction to synthesis, governors, special mechanisms and robotics Theory of Machines Lab. () This course give the student an opportunity to apply the theory gained within the theory of machines theoretical course through practical experimentation. Balancing motion transmission through mechanisms.speed changing. Metal Cutting 4 () Machinability. Surface Finishing. Cutting Forces. Power construction. Tool life, machine cutting speed, feed rate and depth of cut, cuttingtool material and geometry. Work piece, hardness or strength. Ductility, chemical composition, thermal properties, microstructure, manufacturing process of raw material, mechanics of metal cutting machining. Non traditional machining operation. CNC Machining. Metal Cutting Workshops 4 () Application of different kinds of cutting machines. Safety measures. Using measuring devices. Manufacturing Processes () Forming processes used in manufacturing. Casting, extrusion, rolling, forging, sheet metal forming and wire and pipe drawing. Welding systems and welding inspection, including gas and arc welding, welding rods. صفحة (8) من (9)

9 Manufacturing Processes Workshops 4 () Practicing forming processes and analyzing structure and properties of metals and alloys, providing casting processes, cold rolling, pressing bending, and shearing process. Application of welding techniques. Including safety, shop practicing for different welding methods, inspections of welding defects Mechanical Design 4 () Application of design principles converting stress analysis, fatigue, deflection, fasteners, bolts, belts and chains, springs, and use of manufacturer's data. Computer activities. Mechanical Design 4 () Application of design principles converting design of gears, shafts and axis, Bearings, clutches and brakes, power transmission machinery, and use of manufacturer's data. Computer activities. CNC Workshops 6 (6) This course is designed to develop the student's ability in the programming, setup, and operation of Computerized Numerical Control machine tools as well as construct and execute basic operation programs. Training 49 (8 training hours) Equivalent to (8 hours) of field training targeted to emphasize the ability of students to apply the theories in the real world of the profession. Project 49 An integrated assembly/design practical work related to the major fields of study. صفحة (9) من (9)