This course will cover the introduction to stress and strain concept. Then, shear force and bending moment will be introduced in chapter two. Later, it moves into bending stress and subsequent chapter is torsion. The last two chapters are thin cylinder and stress analysis.
The aim of the subject is to introduce the basic principles of instrumentation and control engineering, mathematical modeling of physical system, analysis of system’s response, analysis of system’s stability, basic control system design using engineering software.
Finite Element Method
Please note that this module requires participation in all topics. Please make sure that you are here with your whole body, mind, and spirit.
Instructors
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Prof. Madya Ts. Dr. Muhd Hafeez Bin Zainulabidin hafeez@uthm.edu.my |
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Ir. Dr. Eliza Binti M.Yusup elizay@uthm.edu.my |
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Prof. Madya Ir. Ts. Dr. Saifulnizan Bin Jamian saifulnz@uthm.edu.my |
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Dr. Zaleha Binti Mohamad zaleha@uthm.edu.my |
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Ts. Dr. Abdulhafid M A Elfaghi abdulhafid@uthm.edu.my |
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Dr. Kamarul-Azhar Bin Kamarudin kamarula@uthm.edu.my |
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PROF. MADYA Ir. Ts. Dr. AL EMRAN BIN ISMAIL emran@uthm.edu.my |
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Ir. Dr. Sri Yulis Binti M Amin yulis@uthm.edu.my |
Welcome to our course on Rapid Product Development and Manufacturing, an innovative approach revolutionizing the production landscape. In this course, we will delve into the fundamentals of Rapid Product Development and Manufacturing, explore its benefits, and discuss its processes and technologies.
In this course, learners will be introduced to the concept of Additive Manufacturing, learn how it is applied in manufacturing, and what businesses should consider as they decide to implement this technology. Join us as we unravel the exciting world of rapid manufacturing and its transformative impact on the manufacturing industry
This course is designed to provide understanding, exposure and knowledge about important aspects in the manufacturing processes and technology and also to provide better understanding of technical and economic factors involved in the manufacturing field. In addition, special topic on Aerospace Metal Forming Technology also included in this course.
Environmental Engineering (Diploma | DAC12203) by Dr Noorul Hudai Abdullah.
TRAFFIC ENGINEERING AND SAFETY
Traffic Engineering is a branch of civil engineering dealing with the design, operation and management of transportation facilities. Traffic operations and management are vital in traffic engineering, so that users move smoothly and efficiently on the facilities. Hence, this course will provide essential engineering knowledge in traffic engineering, which covers the fundamentals required for practitioners at the entry level to the industry. This course introduces students to applications of traffic engineering as part of civil engineering design and construction to accommodate future traffic demand. The scope of study includes the importance of traffic engineering, traffic flow elements, highway capacity analysis, traffic management and control, traffic safety, road safety audit and intersection design.
Synopsis - Water from beneath the ground has been exploited for domestic use, livestock and irrigation since the earliest times. Successful methods of bringing the water to the surface have been developed and groundwater use has grown consistently ever since. This course introduces students to the functions and terminology requisite to the study of groundwater engineering. Scope of study includes Introduction to Groundwater Engineering: history and hydrologic cycle, groundwater utilization in Malaysia, groundwater table, zone of aeration and saturation and types of aquifer. Groundwater Subsurface Investigation: investigation geophysics surveys- resistivity, seismic, open channel, existing well, water table identification, leveling groundwater measurement, water table monitoring, surface and subsurface interactions. Movement of Groundwater and Flow: basic concept of Darcy’s Law, groundwater characteristics, dimension and direction flow, groundwater flow and parameters, discharge and recharge and unsteady groundwater flow. Groundwater Hydraulics and Well: bore log and well, shallow and deep well construction, pumping test and methods of analysis, well and aquifer identification, water quantity effects, steady radial flow into a well and unsteady radial flow of aquifers. Groundwater Contamination: contamination and its distribution, major sources of pollutants, assessment of contamination potential, influence of soil characteristics and monitoring groundwater quality. Groundwater Protection and Management: concept of basin management, water balance, data collection and field works, groundwater protection, techniques of groundwater model and soil remediation to protect groundwater quality.
Basic principles of fluid mechanics help engineers to study and analyze all sorts of fluid-related problems, ranging from statics and dynamics of fluid to flow in pipe networks. This course introduces students to the principles of fluid mechanics and application of the concept to typical civil engineering problems including flow in pipes, fluid measurement, and computation of fluid forces.
Goals
The student should know how to apply theories of hydraulics, methods and application of hydraulic designs either experimentally or in actual situation.
Learning Outcomes
In Civil Engineering Hydraulics, the understanding of fluid properties and behavior in different civil engineering applications, such as flow of water through canals for irrigation, hydraulic structure and the application of pump and turbine are of importance. This course introduces students to the application of principles of fluid mechanics in civil, water and environmental engineering, especially hydraulic structures such as channel and weir. Scopes of study include introduction to open channel flow, uniform and non-uniform flows in open channel, specific energy and control section, and hydraulic structures and machinery.
Upon completion of the course, students will be able to:
1. Analyze the concept of uniform and non-uniform flows in open channel, hydraulic structure and machinery (C4, PLO4).
2. Discuss technically the given open channel hydraulics problems (P3, PLO2).
3. Respond in group effectively in solving uniform and non-uniform flows problems (A3, PLO5).
This course aims at developing the understanding and skills in the application of electrical and electronic instrumentation as well as measurement principles in the electrical and electronic engineering. Related topics are error and measurement; DC and AC analogue meters, digital meters; calibration procedures; bridge measurement; oscilloscope: construction and operation, waveform measurement and analysis; sensors and transducers: characteristics and applications.
This syllabus is designed to provide the basics of electrical and
electronic, such as atomic structure, resistance, conductance, color codes,
Ohm's law, power and energy, series circuits, parallel, series-parallel
resistive, Kirchoff's laws, the magnetic field, magnetic force, intensity,
permeability, magnetic circuits, hysteresis, the law of Faraday, Fleming, and
Lenz, self and mutual inductance, charge, electric flux, capacitance, voltage
alternating current, phase diagram, resonant circuits, single phase
transformer, ideal, arrangements, the efficiency, semiconductor devices:
diodes, zener diodes, rectifiers, transistors bi-polar and field effect
transistors.
