Ain Shams University - Faculty of Engineering	Departments

The academic departments are considered as a gathering of members of staff having common general specialization. The ever growing scientific and technical progress developed a wide range of fine specialization which in turn led to the subdivision of the departments to accommodate members of close specialization and also to allow for the addition of new staff members specialized in modern topics. Twelve academic departments are now well established in the faculty with more than 780 staff members and their assistants. The academic departments offer courses to undergraduate students to cater for their aptitudes and specializations. Also, they offer courses to graduate students according to the research plan declared by the departments and approved by the faculty council. The basic science courses are taught through the department of physics and engineering mathematics. All other departments lie within four groups:

• The Civil Engineering Departments Group: Structural, Irrigation and Hydraulics, Public Works.

• The Architectural Engineering Departments Group: Architecture, Urban Planning.

• The Electrical Engineering Departments Group: Electrical Power and Machines, Electronic Engineering and Electrical Communications, Computer Engineering and Systems.

• The Mechanical Engineering Departments Group: Design and Production, Mechanical Power, Automotive.

  The academic departments comprise a large number of laboratories furnished with most recent equipment and scientific instruments. They are always expanded and updated to go in parallel with the curriculum and research plan of the faculty.

  DEPARTMENT OF ENGINEERING PHYSICS AND MATHEMATICS Academic Staff	Among the several departments that the Faculty contained upon its foundation, is the department of Mathematical and Physical Science. This department is responsible of teaching science courses such as Mathematics, Mechanics, Physics, Chemistry, and Descriptive Geometry to students in their preparatory year or higher. In the beginning, science graduates were allowed to join the department as teaching assistant and on completion of their Ph.D. degree they joined in as staff members. For engineering graduate students, they had to first get a B.Sc. degree in the field of Mathematics or Physics in order to continue as staff members in the department. In 1978, the department witnessed three major modifications. The first, was the changing of the department’s name to the following name: The Department of Engineering physics and Mathematics. The second modification limited the assuagement of teaching assistants to engineering graduates only. The third and final modification was the replacement of the required B.Sc. degree obtained from one of the faculties of Science by equivalent courses given in one academic year. Field of Courses: Physics, Mathematics, Mechanics, Descriptive Geometry, Engineering Chemistry, Geology, Applied Statistics, Dynamics and Stability Laboratories Undergraduate Labs: Physics Preparatory Year Lab, Physics First Year Lab, Chemistry Lab, and Mechanics Labs. Research Labs: Physics Graduate Lab, Applied Organic Chemistry Lab, and Applied Analytical Chemistry Lab
  DEPARTMENT OF STRUCTURAL ENGINEERING Academic Staff	Structural Engineering is an essential tool for the mankind. Historians use it to assess the development of the ancient and modern nations. In Ain Shams University, the main objective of the Structural Engineering Department is to serve and develop the surrounding community through teaching the theories of several structural engineering subjects along with their practical applications to the structural engineers. The structural engineers are responsible for studying the soil strata, designing the structural drawings, and supervising the construction of new structures. Furthermore, maintenance, strengthening, and repair of existing structures are among their responsibilities. The structural engineer participates in the project management process. The research topics include creating and developing structural materials and methods for the optimum design of structures. In the Structural Engineering Department, undergraduate students study the properties and testing of materials, design of structures, prepare construction documents drawings for all types of structures. They are taught to analyze the structure to find the acting forces and to compute the resulting stresses and strains. Then to choose the suitable construction material and method, which requires complete knowledge of the properties and behavior of materials including steel, reinforced concrete, Pre stressed concrete, and composite materials. A structural engineering student, thus, needs thorough studying courses like theory of structures, properties and testing of materials, reinforced concrete design, steel design, and soil mechanics. The Structural Engineering Department serve the community by taking its responsibility in solving technical problems, providing the necessary consulting and advising, performing the quality control tests for both public and private sectors. This is achieved through several special units. Field of Courses: Properties and Testing of Materials, Theory of Structures, Structural Analysis, Geotechnical Engineering, Reinforced Concrete Design, Stress Analysis, Civil and Structural Engineering, Steel Structures, Reinforced Concrete Structures, Foundations Engineering, Structural Steel Design, Geotechnical and Foundation Engineering, Planning and Control for Construction Projects, Steel Bridges Design, Design of Steel Structures, Civil Project Management, Cold Formed Steel Structures, Computer Analysis of Structures, Construction Equipment, Wall Bearing Structures, Quality Control and Assurance, Inspection and Non Destructive Testing, Special types of Concrete, New Civil Engineering Materials, Soil and Rocks in Dry Regions, Construction Methods, Dynamic Soil Behavior, Microstructure and Fracture, Mechanics of Concrete, Polymers in Concrete, Repair and Strengthening of Structures, Fiber Concrete, High Rise Buildings and R.C. Towers, High Rise Buildings, Seismology Engineering, Concrete Durability, Advanced Analysis of R.C. Bridges, Reliability and Fire Safety of R.C. Structures, System Analysis for Structural Engineering, On Site Testing & Construction Technologies of Foundations, Ground Improvement, Soil Structure Interaction, Tunnels and Underground Structures, Modern Trends in Steel Bridges, Behavior of Steel Structures, Design of Special Steel Structures, Plastic Design of Steel Structures, Fabrication Erection and Maintenance of Steel Structures, Management of Project Resources, Reinforced Concrete Shell Roofs. Laboratories: Reinforced Concrete laboratory, Properties and testing of Materials laboratory, Soil mechanics laboratory, and Structural mechanics laboratory:
  DEPARTMENT OF IRRIGATION & HYDRAULICS Academic Staff	The Irrigation & Hydraulics Department is one of the oldest departments in the University. It is one of the important departments as it deals with certain branches of science that are related to the society and environment. Among these branches are Irrigation Works, Drainage, Land reclamation, Underground Water, Harbor Engineering, Coastal Engineering, Inland Navigation and the Environmental Science relevant to the above branches. The main aim of the Irrigation & Hydraulics Department is to graduate qualified Civil Engineers, in accordance with the country policy that pay much attention to the big water Projects. This is reflected in the courses that are taught in the department such as Fluid Mechanics, Surface Water Hydrology, Irrigation & Drainage and the applied science such as Hydraulics, Irrigation Works, Harbor Engineering & Inland Navigation. Also, among the courses taught in the department are Water Resources, Methods of Irrigation and Drainage and Big Irrigation Projects benefiting from the Nile water as main source. Field of Courses: Civil Engineering Drawing, Fluid Mechanics, Hydraulics, Irrigation and Drainage, Irrigation Design, Environmental Hydraulics, Environmental Hydrology, Harbor Engineering and Navigation, Design of Irrigation Works, Basics of Environmental Engineering, Introduction to Water Resources System Analysis, Ground Water Hydrology, Computational Hydraulics, Hydraulic Engineering, Coastal Environment, Computational Methods, Hydrometry, Hydraulic Modeling, Engineering Hydrology, Water Quality Measurements, Environmental Impact Assessment, Modern Irrigation Systems, Inland Navigation, Advanced Irrigation and Drainage, Dam Engineering, Water Resources Engineering, Pumping Stations Engineering, Ground Water Engineering, History of Hydraulic Engineering, Tunnel Engineering. Laboratories: There are two kinds of laboratories in the department, the undergraduate labs and the postgraduate labs. The undergraduate laboratories are equipped for conducting several experiments to illustrate the hydraulic properties. These experiments aim at making the students understand the hydraulics properties. On the other hand, the postgraduate laboratories are equipped for conducting experiments related to the water transport in channels and the sediment transport as well. Also, there is a wave channel in which shore protection measure can be studied.
  DEPARTMENT OF PUBLIC WORKS Academic Staff	The Department of Public Works is one of the oldest departments in the Faculty of Engineering. The Department is the oldest among other Departments carrying the same name at other Egyptian Universities. The main objective of the department is to carry out teaching and research works in the fields of planning, design and construction of infrastructure projects. On top of these fields comes the surveying engineering, which represents the base of any engineering project. Surveying Engineering covers a wide range of surveying topics, including, plane surveying, topographic surveying, geodetic surveying, photogrammetry, maps projections, hydrographic surveying, engineering astronomy, remote sensing and geographic information systems. The second major branch of the department is the sanitary environment branch . The branch concerns with teaching and research works in the fields of potable water and sewage water treatment plants and networks in addition to solid waste disposal and treatment, industrial waste treatment and other environmental studies. The third major branch of the department is the transportation engineering. This branch concerns with teaching and conducting research works in the fields of transportation and traffic planning, highway and railway engineering. These fields deal with movements of passengers and goods and future planing for transportation facilities to cope with expected demands and to study and design of different transportation networks; road, railway, water, air and pipelines networks. Field of Courses: Courses in the public works department cover a wide range of interests and fields including, surveying & geodetic courses which covers many topics, such as: Plane surveying, topographic surveying, geodetic surveying, engineering surveying, geographic information systems photogrammetry, remote sensing, the earth gravity fields, surveying with G.P.S. and computer applications in surveying. The second group of courses offered by the public works department covers the environmental and sanitary engineering which include; Sanitary installations in buildings; environmental engineering, Sanitary engineering; industrial waste water treatment, solid wastes management, environmental impact studies, environmental evaluation studies. The third group of courses covers the fields of transportation planning, traffic engineering and highways & airports engineering. This group includes, but not limited to, highway and airports engineering, highway and traffic engineering, transportation planning; traffic engineering; railways engineering; transportation economics; traffic systems management; traffic impact analysis planning and management of public transport, construction and maintenance of highways and airports. Laboratories: SURVEYING LABS: The Department has a number of the latest and advanced labs for surveying and measuring instruments supported by computer, plotting and digitizing facilities. The surveying labs serves the unit for surveying engineering studies, and consultation which is one of the Units of the Faculty of Engineering Consultancy Center. SANITARY ENGINEERING LABORATORY: The lab contains all the latest equipment in the fields of water analysis and measuring the chemical components for different types of water and liquids to achieve the best treatment required to save the health of man and environment. The lab serves sanitary engineering consulting unit which conducts studies concerned with sewerage, water, treatment of industrial waste and preserve environment. HIGHWAY ENGINEERING LAB: The lab equipped with the latest and modern testing facilities to perform experiments for pavement materials. The lab plays a major role in conducting experiments for quality control of pavement materials and highway construction. This lab serves the highway engineering consultation unit which plays a major role in serving the society and roads construction companies. TRANSPORTATION ENGINEERING AND TRAFFIC LAB: The lab equipped with a number of instruments for traffic survey and classification. Video Cameras, colored TV and Video recorders for recording different traffic conditions at Roads intersection are also available. The lab, equipped with computers and supporting software specialized in transportation planning and traffic analysis. The Lab supports the special transportion planning and traffic unit which has a wide range of experiences in solving transportation and traffic problems.
  DEPARTMENT OF ARCHITECTURE Academic Staff	The establishment of the department of architecture dates back to 1950. In 1986, a new section of urban planning was established. Students passing the second year exams in the department of architecture have the choice to either enroll in the department of urban planning or continue in the department of architecture. The objective of the department is to graduate architects who are capable in both theoretical and practical aspects to play their creative role in shaping the built environment taking into consideration the social context and the modern technology. To achieve this objective, courses are designed to include humanities, engineering courses, and design in a progressive manner. Horizontal integration as well as vertical integration is maintained among interrelated topics. In first year, more focus is put on skills. Elective courses are offered in the third and fourth year in order to provide a wide range of alternatives. Field of Courses: Architectural Design, Sciagraphy and Perspective, Visual Design, Theories of Architecture, History of Art and Architecture, Free Hand Drawing, Building Construction, Computers in Architecture, Environmental Control, Planning and Housing Studies, Landscape Design, Professional Practice and Legislation, Acoustics in Buildings, Building Technology, Working Drawings, Quantities and Specifications, Feasibility Studies and Construction Management, Architectural Design Project Studies, Architectural Rendering, Urban Design, Interior Design, Advanced Computer Applications, Aesthetics in Architecture, Environmental Design and Energy Conservation, Urban and Architectural Heritage, Advanced Technical Installations, Local and Contemporary Architecture, Housing in Developing Countries, Urban Renewal, Architectural Criticism and Project Evaluation.
  DEPARTMENT OF URBAN PLANNING Academic Staff	The establishment of the urban Planning department dates back to the year 1986 when the department of Architectural was divided into two departments: Architecture and Urban Planning department .The aim was to emprehend the Architectural and Urban fields in the Faculty .The students begin to specialize in Urban Planning department after finalizing the preparatory year & two successive years in the Architecture of department. The student studies a group of specialized curriculums for example: Urban design, Urban Planning and Housing & Architectural Design. The student also has to study a number of specialized curriculums for example: Environmental control, landscape, Economic Geography, Urban Sociology, Computer & its Applications in Planning, Building Legislation’s in addition to Transportation, Road Traffic & Planning Legislation’s, Urban Economy & Feasibility Studies for Urban Projects. These studies are directed to serve a comprehensive project for graduation. The department aims at graduating the Urban Planner from two aspects, theoretical & applicable to serve the community in at the scale of urban design as well as the scale of urban planning. To achieve this goal, comprehensive curriculums have been offered in the department. Field studies are running parallel to the academic studies. In addition, the graduation project is related to the local environment and its problems. Field of Courses: History of Planning, Urban Sociology and Economic Geography, Architectural Design, Town Planning and Housing, Landscaping, Computer Applications in Planning, Environmental Control, Professional Practice and Legislation, Urban Design, Feasibility Studies and Cost Estimation, Planning Law and Legislation, Urban Economy, New Communities and Settlements, Growth of Informal Squatter Areas, Environmental Planning, Environmental and Cultural Elements in Urban Development, Housing Economy, Regional Development and Planning, Informal Housing, City Management, Urban Development in Developing Countries, Planning and Rural Development.
  DEPARTMENT OF ELECTRICAL POWER AND MACHINES ENGINEERING Academic Staff	Electrical power engineering can be considered as a major support for national development. As a result of the increasing demand for electrical energy in Egypt; and the ever developing plus the establishment of new electric power stations, networks, and utilities, there are increasingly employment opportunities for graduated electrical power engineers. Students can join the department of Electrical Power and Machines at the beginning of the second year of their study. The subjects that the students can register for fill a wide range in this specialization namely; Electrical Machines, Electric Power Systems, High Voltage Engineering, Power Electronics, Power System Control, Protection of Power Systems, Generation & Economics of Power Systems...etc. Field of Courses: Electrical Circuits, Electromagnetic Fields, Electrical Engineering, Electromechanical Engineering, Electrical Testing, Energy Conversion, Electrical Installations in Buildings, Dynamics of Electrical Systems, Electrical Machines, Electrical Measurements and Instruments, Electrical and Electronic Engineering, Electrical Power Machines, Electrical Engineering, Energy Conversion Systems, Power Electronics, Control of Power Systems, Transmission and Distribution of Electrical Energy, High Voltage Engineering, Utilization of Electrical Energy, Generation and Economics of Electrical Energy, Electrical Power Engineering, Automotive Electrical Equipment, Switch Gear and Protection Engineering, Power System Analysis, Applications in Switch Gear and Protection Systems, Applications in Power Electronics, Advanced Control of Power Systems, Power Electronics Systems Analysis, Power System Protection, Computer Applications in Power Systems, Special Electrical Machines, Microprocessor Applications in Power Systems, Electric Drives, High Voltage Applications, Planning of Electrical Networks, Generalized Theory of Electrical Machines. Laboratories: The electrical engineering laboratories of the department serve the educational purposes; both for undergraduate and postgraduate studies as well as research work and solving electrical engineering and technological problems of industry through the Power and Machines Engineering Center. Electrical Machines Laboratory, The High Voltage Laboratory, The Laboratory of Electrical Engineering Fundamentals, Power System Analysis Laboratory, Power Electronics Laboratory, Electrical Measurements Laboratory, Energy Conversion Laboratory, Load Management Laboratory, and Computers Laboratory.
  DEPARTMENT OF ELECTRONICS AND ELECTRICAL COMMUNICATION ENGINEERING Academic Staff	This department had been established since 1956 in order to graduate engineers in the field of electronics & communications. After finishing his first year in the electrical engineering department the student can start his second year in the section of electronics & communication. The department aims to increase both theoretical and practical experiences of the student in the fields of communication systems using different technologies such as radio and microwaves, optics and fiber optics, satellites, in addition to the ordinary wire communication, digital exchanges, microelectronics technology, fabrication and applications. Several specialized laboratories have been recently developed to include the modern scientific equipment in different fields. All of these facilities contribute in graduating highly qualified engineers having a big technical and engineering knowledge in this modern and important domain. As a result they are highly recommended in both local and Arabic working market. Field of Courses: Electronic Engineering, Electrical Materials, Field Theory, Electrical Measurements, Digital Circuits, Electromagnetic Waves, Electronic Circuits, Electrical Testing, Electronic and Logic Circuits, Electronic Circuits, Digital Communication Systems, Optical Electronic, Electrical Communication Engineering, Communication Systems, Electronic Devices, Microprocessors and Applications, Signal Processing, Telecommunication Networks, Microwave Electronic Engineering, Integrated Circuits, Antennas, Satellite Communications, Analog Artificial Neural Networks, Computer Aided Electronic Design and Manufacture, Computer Interfacing Circuit Design, Application Specific Integrated Circuits (ASICs), Analog Integrated Circuit Design, Electronics for Instrumentation, Integrated Circuits Technology, Digital Signal Processing, Information Theory, Mobile Communications, Data Communications, Personal Communications and Mobile Systems, Antennas, Radar Systems, Optical Communication Systems, Integrated Circuits Applications, Integrated Optics. Laboratories: Electronic circuit lab, Microwave lab, Communication engineering lab, Communication systems and network research lab, Integrated circuit lab, Optical fiber and laser lab, Microwave research lab, Digital circuit lab.
  DEPARTMENT OF COMPUTERS AND SYSTEMS ENGINEERING Academic Staff	The study in general in the computer and systems engineering department aims at graduating highly qualified engineers who can efficiently fulfil the up growing needs of the local market and the Arabic market as well. The specific fields include computers hardware and software, engineering applications, systems engineering, and control engineering. In the fourth academic year, the student can delve more deeply into the specialization through the study of elective courses basically designed to broaden the knowledge acquired in a specific field. Following are some available work fields together with the interrelations with the study received: The field of computers engineering and hardware qualifies the graduate to work in the field of computer system design and micro processor based systems. Courses include computer system architecture and organization, and circuits design. The field of computer software is basic. Numerous courses are relevant to it to qualify the graduate to work in the programming field. The artificial intelligence and its applications are also a useful field of study. The systems engineering field qualifies the graduate to tackle the industrial engineering systems as it furnishes the graduate with the methodology and logical thinking needed to work efficiently. The field of modern control systems qualifies the graduate in one of the top major applications for computers as they form the basis for computer based control in industrial production systems. Fields of Courses: Introduction to Computers, Computer Engineering, Logic Design, Computer Organization, Computer Hardware Design, Microprocessor Based Systems, Distributed Computer Systems, Computer Interfacing, Computer Peripherals, Computer Networks, Programming Principles, Systems Programming, Numerical Computing Analysis, Software Engineering, Operating Systems, Algorithms and Data Structures, Local Area Networks, Database Systems, Selected Topics in Computers, Computer Security, Operations Research and Management Systems, Artificial Intelligence, Simulation of Engineering Systems, Machine Learning Systems, Biomedical Systems, Pattern Recognition Image Processing, Expert Systems, Neural Networks, Computer Graphics, Computer Vision, Systems Engineering, Control Components, Process Dynamics, Automatic Control, Control System, Signal Analysis, Industrial Measurements and Testing, Computational Methods in Electrical Engineering, Electrical Testing, Industrial Control, Electrical Testing, Special Control Circuits, Intelligent Control Systems, Selected Topics in Control, Real¡ Time Systems, Robot Systems. Laboratories: Following is a review of the department labs: Multi terminal Computers Engineering Lab, Software Engineering Lab, Multi Media Lab, Logic Circuits and micro processor Lab, PC Lab, Basic Automatic Control and Measurement Lab, Automatic Control Lab, Robotics Lab, and Industrial Systems Control Lab. The above mentioned labs have been furnished with advanced software systems from ICL and Microsoft to make a web site on the Internet as a basis for an up to date lab information system.
  DEPARTMENT OF DESIGN AND PRODUCTION ENGINEERING Academic Staff	The design and production engineering dept. was first established in 1975 in response to the increasing demand on production engineers. The first group of introduction graduated in 1977. Until 1997 the specialization “production engineering” used to be at the third year of the mechanical engineering study. From that date on the specialization starts at the second year of mechanical engineering study according to the need educational plan. The dept. Graduates can work as machine designers, Tool and machine tool designers, Production, Project planning engineers, Quality control engineers, Maintenance engineers etc. Field of Courses: Production Technology, Engineering Drawing, Engineering Materials, Machine Drawing, Theory of Machines, Metal Casting and Equipment, Machine Construction, Applied Mechanics, Industrial Statistics, Furnaces and Heat Treatment, Elasticity and Plasticity, Thermal and Mechanical Stresses, Joining of Metals, Production Engineering, Mechanical Measuring Equipment, Applied Mechanics, Machine Construction, Automatic Control, Vibrations. Machining Technology, Forming Technology, Forming Machines, Work Study, Machine Design, Theory of Metal Forming, Theory of Metal Cutting, Machine Tools, Metrology, Operations Research, Operations Management, Plant Layout, Tools Design and Production Equipment, Industrial Legislation and Economics, Quality Systems, Quality Control, Industrial Organization, Process Quality Control, Total Quality Control, Industrial Project Management, Computer Applications in Industry, Topics in Design and Production Engineering, Engineering Marketing. Laboratories: Production technology laboratory, Machining research laboratory, Material forming laboratory, CNC machine tool laboratory, Metrology laboratory, Laser laboratory, Automatic control laboratory, Mechanical vibration laboratory, Material engineering laboratory, Metallurgy laboratory, Foundry sand testing laboratory, and Foundry laboratory. Production Facilities Sheet metal work workshop, Carpentry workshop, Machining workshop, Welding workshop, Forging workshop, and Foundry workshop.
  DEPARTMENT OF MECHANICAL POWER ENGINEERING Academic Staff	The Mechanical Power Engineering Department is considered as one of the oldest departments in the Faculty. The study in the department aims at preparing the students to face the new challenges in the new technology in the field of mechanical power engineering; by providing them with the basic theories in the engineering science; in addition to the new developments in science which coincide with the developments plans in Egypt and with the GATT. The major branches in the department can be classified as follows: Combustion, Power plants, Heat transfer, Thermal structures, Thermodynamics, Mechatronics, Automatic control, Refrigeration and air conditioning, Renewable energy, Fluid dynamics, Aerodynamics, Internal combustion engines and Environmental concerns. Field of Courses: Thermodynamics, Thermal Engineering, Fluid Dynamics, Heat and Mass Transfer, Heat Engines, Heat Transfer, Automatic Control, Combustion Engines, Thermal Plant, Measurements, Fluid Machinery, Air Conditioning in Buildings, Combustion, Refrigeration and Air Conditioning, Energy Plant, New and Renewable Energy, Thermal Processes, Mechatronic, Pipe Line Networks, Control Of Fluid Power, Control Applications in Refrigeration and Conditioning, Control Applications in Fluid Machinery, Control Applications in Thermal Engineering, Computer Applications. Laboratories: Refrigeration and Air conditioning labs, Thermal Power lab, Turbo Machinery lab, Steam and Combustion lab, Heat transfer lab, Computer lab, Aerodynamics lab, Control and Measurements lab, Research lab, Laser lab, Internal combustion Engines lab, Mechanical Power Department History lab, Fuel and Oil lab, and mechatronics lab.
  DEPARTMENT OF AUTOMOTIVE ENGINEERING Academic Staff	The Automotive Engineering Deportment was established in December 1992, after being with the Department of Power Engineering under the name of the Department of Energy and Automotive Engineering. The department is responsible for graduating automotive engineers to work in local manufactures of automotive parts. The graduates can organize maintenance programs, plan automotive service stations, design and realize safety and storage equipment for the different fuels used in cars (liquid fuels, gaseous fuels) as well as converting internal combustion engines to work with alternative conventional fuels. The department also prepares engineers to work in the prevention of environmental pollution from cars whether from exhaust gases or from noise emitted by them. The department also qualifies engineers to work in the fields of using composite materials in the automotive industry. The department is also interested in graduating engineer qualified to analyze and diagnose car accidents, and to prepare the technical specifications of the automotive fleet necessary for a certain service according to the requirements of different companies and organizations. Field of Courses: Automotive Engines, Automotive Technology and Design, Automotive Engineering, Fuel Management, Car Measuring Instruments, Maintenance Engineering, Project, Planning of Service Stations, Vehicle Automatic Control Systems, Vehicle Repair, Transport Economics, Use of Natural Gas in Car Engines, Vehicle Aerodynamics, Pneumatic and Hydraulic Systems, Pollution from Vehicles, Brake Systems, Material Handling Equipment, Earth Moving and Construction Equipment, Vehicle Manufacture, Heavy Vehicle Dynamics, Analysis of Car Accidents, Car Electronics. Laboratories: Maintenance and Internal Combustion Engines Lab, Automotive Workshop, Composite Materials lab, and Natural gas lab.

  
  

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