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Perodua Eco-Challenge, Malacca on July 15th 2012. |
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Ir. Dr. Zambri
Harun Senior Fellow |
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English
as 2nd Language (Indiana
University, Indiana) BSc (Rensselaer Polytechnic
Institute, New York) MEng
(Rensselaer Polytechnic Institute, New York) PhD (The
University of Melbourne, Australia)
MIEM, PEng. Dept. of Mechanical & Materials
Engineering Faculty of Engineering and Built Environment Universiti Kebangsaan Malaysia 43600 Bangi Selangor Malaysia Tel: +603 8921 6518 Fax: +603 8925 9659 Email: zambri@ukm.edu.my |
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| CAR | PEC 2012
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ReCAR 2017 | |
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Courses KKKF3283 / 3284
Engineering Ethics and Technological Advancement The main objective of this course
is to provide an understanding of engineering ethics that enable students to
properly assess the moral and ethical problems that arise from the practice
of engineering and technology development. This course discusses the
engineering profession ethics, professional conduct (responsibility, honesty,
integrity and reliability) and the code of engineering ethics. This is
followed by a discussion of ethical theories such as moral ethics, ethical
utility, ethics, human rights and ethical duties. Ethical issues in
engineering and technology development are discussed with emphasis on safety
and risk, environmental pollution, informed consent, corporate duties,
confidentiality, conflicts of interest, corruption, the right to complain and
moral rights of the engineers. Engineering practice case studies used to
illustrate the concepts of ethics throughout the course. KKKM4044 / 4704 Project Management This course cover topics of engineering
project management principles and techniques which relate to project
management such as financial control and schedule, organization structure,
project office design, teamwork development, successful job planning,
scheduling, control and monitor projects, corrective and progress analysis,
risk management, policy and regulation. Topics regarding tender and
contracts, occupational safety and health management and strategy in project
management will also be discussed. This course also introduces students to
the Microsoft Project software application. KKKM4213 Computational Fluid Dynamics The course is aimed to provide
knowledge and understanding on solution methods and application of fluid
dynamics as well as computational software used to solve fluid flow and
convective heat transfer problems. This course covers topics such as
introduction to Computational Fluid Dynamics (CFD), governing equation of
fluid flows, turbulence modeling and finite volume methods for diffusion,
convection-diffusion, steady-flow and transient
problem. KKKM4373 Finite Element Method The objective of this course is to
develop engineering students to understand and be able to analyse
engineering problems using finite element methods. This course covers topics
such as Fundamental Concepts, 1-Dimensional Problems, 2-Dimensional Problems
including Axisymmetric problems, Isoparametric
elements and numerical integration, Beams and Frames, 3-Dimensional Problems,
Scalar Field Problems and Dynamic consideration, This course integrates theoretical and
practical finite element methods to solve engineering problems. Finally,
engineering projects will be given using finite element packages. KKKM6134 Internal Combustion Engine The objective of this course is to
provide understanding and problem-solving skills related to engineering,
operations, combustion, performance and emissions of internal combustion
engines. This course examines how the design and operation of internal
combustion engines affect their performance, fuel needs and the impact
towards the environment. Topics to be discussed include: fluid flow,
thermodynamics, combustion, heat transfer and friction phenomena. Also
discussed are the properties of the fuel and their relationship to power,
efficiency and engine emissions. Students perform projects related to
measurement of fuel consumption and engine performance in a laboratory
engine. Student
Activities Copyright © 2017 zambri |
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