Mechanical Technology Department Heavy Equipment pot

Department of Mechanical Technology Heavy Equipment - 1 - Mechanical Technology Department Heavy Equipment Department of Mechanical Technology Heavy Equipment - 2 - Department Mechanical Technology Major Heavy Equipment Program Description: This program has been designed to meet the training needs of the local labor market by taking into considerations the National Occupational Skill Standards (NOSS) for heavy equipment "technician" Trade. The training in this program includes general skills in English Language, Mathematics, Physics, as well as Human Communication Skills. Also, the program includes training on basic skills related to heavy equipment systems and components and their operation, and the fundamentals of heavy equipment electrical and electronic systems that would help the trainee in his career. In addition, the program provides specialized skills in the field of heavy equipment mechanics related to maintenance and repair techniques of heavy equipment mechanical components and systems after performing set of technical tests on the heavy equipment. The training on how to set diagnostic strategies for the mechanical faults in heavy equipment would also be given. In Technical Colleges, training on “heavy equipment Technology” is performed through (1742) contact hours, in addition to (420) hours of cooperative-training in the labor market through cooperation between the colleges and industrial establishments, governmental and private sectors (like heavy equipment dealers) that work fully or partially in heavy equipment sector. The graduate of this program is awarded an associate degree certificate, and expected to work as a technician in civil and military establishments linked to heavy equipment. General Objective: This program aims at providing the trainee with hands on skills, experience and necessary information required to exercise work as a technician in the field of heavy equipment. Detailed Objectives: By the end of this program the trainee will be able to efficiently perform the following: 1) Follow up safety procedures and instructions on heavy equipment workshops before commencement of any job. 2) Recognize basic heavy equipment systems and components, functions and methods of operation. 3) Use different specialized tools in heavy equipment field to perform necessary tests on heavy equipment systems and components. 4) Use maintenance and service manuals of different heavy equipment models and deal with heavy equipment spare parts. 5) Execute maintenance and repair operations on heavy equipment systems and components with related skills of assembly and disassembly. 6) Set up diagnostic strategies for the mechanical faults in heavy equipment systems and components. 7) Recognize technical terms in the field of heavy equipment mechanics. 8) Deal with new emerging technologies in different heavy equipment systems. Department of Mechanical Technology Heavy Equipment - 3 - Mechanical Technology Department Heavy Equipment Section Study Plan Distributed over all Trimesters No. of Units  No Course Code Course Title Pre- requisite C.U. L W T C.H. 1 101ISLM Islamic Culture -1 JJJ 2 2 0 02 2 COMP 101 Introduction to Computer Applications JJJ 2 0 4 0 4 3 ENG 103 General English JJJ 4 4 0 2 6 4 ARAB 101 Arabic Language JJJ 2 2 0 0 2 5 PHY 115 General Physics JJJ 3 3 1 4 6 113MATH General Mathematics JJJ 4 4 0 0 4 7 VOC 107 Vocational Guidance and Excellence JJJ 2 2 0 0 2 First Trimester Sum 19 17 4 3 24 No. of Units No Course Code Course Title Pre- requisite C.U. L W T C.H. 1 164MEV Engineering Drawing  JJJ 2 4 4 2 162HEQ Preparatory Workshops JJJ 2 4  4 3 163HEQ Hydraulic Basics JJJ 4 2 4  6 4 164ENG Technical English -1 ENG 103 4 4  2 6 5 161 HEQ Vocational Safety at Heavy-Duty Workshop  1  2  2 6 116MATH Specialized Mathematics 113 Math 3 3  1 4 Second Trimester Sum 16 9 14 3 26 Department of Mechanical Technology Heavy Equipment - 4 - No. of Units No Course Code Course Title Pre- requisite C.U . L W T C.H. 1 ISLM 102 Islamic Culture -2 ISLM 101 2 2   2 2 PHY 116 Specialized Physics 115 PHY 2 2  2 4 3 HEQ 171 Hydraulic and Pneumatic Systems HEQ 163 3 1 4  5 4 HEQ 172 Diesel Engines  HEQ 162 4 2 4  6 5 HEQ 173 Power Transmission HEQ 162 4 2 4  6 6 174HEQ Heavy Equipment Electricity HEQ 162 4 2 4  6 Third Trimester Sum 19 11 16 2 29 No. of Units No Course Code Course Title Pre- requisite C.U. L W T C.H. 1 HEQ 251 Diesel Engine Fuel Systems  HEQ 172 3 1 4  5 2 HEQ 252 Heavy Duty Brake System HEQ 162 5 3 4  7 3 HEQ 253 Heavy Equipment Control Systems HEQ 171 4 2 4  6 4 ENG 264 Technical English - 2 ENG 164 4 4  2 6 5 HEQ 254 Technical Drawing  164 MEV 2  4  4 Fourth Trimester Sum 18 10 16 2 28 Department of Mechanical Technology Heavy Equipment - 5 - C.U. Credit Hours L : Lecture W : Workshop T : Practice C.H. Contact Hours No. of Units No Course Code Course Title Pre- requisite C.U. L W T C.H. 1 MGT 101 Professional Ethics and Communication Skills JJJ 2 2   2 2 HEQ 261 Hydraulic and Pneumatic System maintenance HEQ 171 4 2 4  6 3 HEQ 262 Traction Systems HEQ 173 4 2 4  6 4 HEQ 263 Heavy Equipment Maintenance &Troubleshooting HEQ 162 4 2 4  6 5 HEQ 264 Suspension and Steering Systems HEQ 162 5 3 4  7 Fifth Trimester Sum 19 11 16  27 Units No No Course Code Course Title Pre- requisite C.U. L W T C.H. Sixth Trimester 1 HEQ 299 Cooperative Training All Courses 4 At least 420 hours Units No C.U. L W T C.H. Total Program’s Unites 95 58 66 10 134 Total Program’s Contact Hours (1742 + 420) 2162 Department of Mechanical Technology Heavy Equipment - 6 - Department Mechanical Technology Major Engines and Vehicles Course name Engineering Drawing Code 164 MEV Prerequisite None Course description: This course includes training in the basics of engineering drawing, the method of using drawing tools, orthographic projection, conversions, symbols, sections and hatching. The course highlights methods of representing details of mechanical parts through engineering drawing by orthographic projection and sections. Identification of drawing symbols and terms are also included. Trimester 1 2 3 4 5 Credit hours 2 L - W 4 Contact hours T - General course objectives: The course aims at providing the trainees with the ability to use engineering drawing to read drawings and understand symbols, it also prepare the trainees to correctly employ the basics and symbols of engineering drawing in representing details of mechanical parts. Detailed Objectives Required Performance Specifications Related Tasks First: Procedural Objectives: The trainees should be able to: 1) Explain the meaning of different lines used in engineering drawing. - Explanation of the meaning of different lines used in engineering drawing 2) Identify different symbols used to transfer information. - Identification of different symbols used to transfer information 3) Read and understand engineering drawing and printed sheets. - Read engineering drawing and printed sheets B6, E1, E8, E10, E11, E12, G13, H1, H2, I1, I14, I17, K7, K10 Department of Mechanical Technology Heavy Equipment - 7 - 4) Analyze drawing and write technical reports. - Analysis of drawing and writing of technical reports. Second: Auxiliary Objectives (Cognitive and Behavioral): The trainees should be able to: 1) Identify different types of drawing tools used in engineering drawing. - Identification of the types of drawing tools used in engineering drawing. 2) Read some visual means and 3D AutoCAD computer drawings. - Ability to differentiate between the types of projections in engineering drawing. 3) Identify some sections of automotive parts. - Comparison of authentic sectioned parts of automotive components with their technical drawings. B6, E1, E8, E10, E11, E12, G13, H1, H2, I1, I14, I17, K7, K10 Safety Requirements: Compliance with safety instructions found in the engineering drawing hall. Subjects (Theoretical and Practical) Related Tasks Principles of engineering drawing - Determine type of transmission Orthographic projection - Check differential gears Symbols and terms - Check drive axles Sections and their types - Check propeller shaft support bearings - Check universal joints E1, E8, E10, E11, E12, H2 - Check springs Department of Mechanical Technology Heavy Equipment - 8 - - Check fly wheel and replace the clutch Detailed Practical Course Hours Content Evaluation Tools 8 Principles of engineering drawing: - Engineering drawing as a language for technicians - Tools and equipment used - Types of lines - Methods of writing figures and numbers - Projection methods - Distribution of drawing sheet - Freehand drawing - Scale of drawing (enlargement / reduction) 12 Orthographic projection: - Orthographic projection of points, lines and areas - Orthographic projection of the first angle - Projection symbols - Different view projections of bodies - Hidden details - Applications 8 Dimensions: - Introduction - Dimensions techniques - Reference and dimension lines - Arrow line drawing - Methods of writing dimensions - Writing dimensions on circles (diameters and radii) - Applications Direct observation (practical performance) Oral questions Written questions Department of Mechanical Technology Heavy Equipment - 9 - Detailed Practical Course Hours Content Evaluation Tools 12 Isometric drawing: - Methods of isometric representation - Representation of circling surfaces and holes - Applications 12 Sections and sectioned shapes: - The need for sections - Section levels - Full section and half section - Broken out, revolved, removed, and partial section - Applications References: 1- James H, "Drafting, technology", Earle Addison-Wesley Publications Co. 2- M.A. Parker & L.J. Dennis, "Engineering drawing Fundamentals', Stanley Theories. 3- 3- Warren J. Luzadder , " Fundamentals of Engineering Drawing', Prentice-Hall, 1986, Ninth Edition. Department of Mechanical Technology Heavy Equipment - 10 - [...]... trainees should be able to know the difference between single and tandem wheels 4 - 16 - Department of Mechanical Technology Heavy Equipment Department Mechanical Technology Major Heavy Equipment Course name Vocational Safety at Heavy- Duty Workshop Code  161 HEQ None Prerequisite Course description: Vocational Safety at Heavy- Duty Workshops is an important part of the workplace that trainees should be... Measure the flow losses  Measure the pressure and flow rate losses in pipes - 30 - Related Tasks B13 B14 B3 B9 H3 H4 B2 B3 B5 C7 B5 H3 H4 Department of Mechanical Technology Heavy Equipment Department Mechanical Technology Major Heavy Equipment Course Title Heavy Equipment Electricity Code HEQ174 Prerequisites HEQ162 1 Trimester Course Description: Credit Hours (Hour/week) The first part of the course... 11 - Department of Mechanical Technology Heavy Equipment Topics  The fundamentals of preparatory workshops and engineering measurement  Safety procedures  Tools and equipment used in the workshop  Heavy equipment parts which include; different power train systems, suspension and steering systems, different brake systems and their types and parts References: - 12 - Department of Mechanical Technology. .. and equipment  protecting tools, machines and equipment from any harm Heavy equipment types  Dumpers  Tractor Scrapers  Wheel dozers  Backhoes  Compactors  Wheeled loader  Fork lift  Graders  Wheeled tractors The trainees should be able to:  Understand basic information to do with heavy vehicles  Compare between wheeled and crawler equipments - 14 - Department of Mechanical Technology Heavy. . .Department of Mechanical Technology Heavy Equipment Department Mechanical Technology Major Heavy Equipment Course Title Preparatory Workshops Code HEQ 162 Prerequisites 1 Trimester Course Description: In this course the trainees are introduced to the... tasks A1 A2 - Use tools properly to avoid injuries, safe usage and storage of tools A3 4 – Equipment: 4 - Proper usage of equipment - Using the right device - Taking care of the equipment - 19 - - Use equipment properly to avoid injuries, safe usage and storage of equipment A4 Department of Mechanical Technology Heavy Equipment - Secure car lifts to ensure the safety of the car, the worker and the workshop... - Protect car when working on it - Adhere to manufacturing company’s recommendations to protect the car body and the workshop facilities - 20 - A5 A8 A9 Department of Mechanical Technology Heavy Equipment Department Mechanical Technology Major Heavy Equipment Course Title Hydraulic Basics Code HEQ163 Prerequisites 1 Trimester Course Description: Credit Hours (Hour/week) This course includes the study... and equipment  operating equipment basic knowledge of operating machines; which include:  types of tools and equipment  operating equipment - 13 - Department of Mechanical Technology Heavy Equipment Detailed Curriculum (Practice) Hrs 4 4 4 Contents Behavioral Objectives Workshop industrial safety procedures:  precaution methods  methods for storing flammable materials  methods of arranging equipment. .. to check, remove and install different elements - 31 - Department of Mechanical Technology Heavy Equipment Topics        Basic electrical & electronic components Batteries Charging systems Starting systems Lights Windshield wipers Horns  References: Diesel Equipment, Vol.I, E.,J., Schulz McGraw-Hill book Company, New York, U.S.A 1982  Heavy Duty Truck Systems , I., Norman, R., Scharff, J.,... and how to prepare it for that  Know how to correctly use tools and operate equipment and their safety, and methods of using lifts  Follow safety procedures inside the workshop (properly get rid of exhaust gases)  Properly store flammable materials and use fire extinguishers - 17 - Department of Mechanical Technology Heavy Equipment Subjects (theoretical and practical):  Method of wearing work clothes . in different heavy equipment systems. Department of Mechanical Technology Heavy Equipment - 3 - Mechanical Technology Department Heavy Equipment Section. Department of Mechanical Technology Heavy Equipment - 10 - Department of Mechanical Technology Heavy Equipment - 11 - Heavy Equipment