科⽬ジュークボックスに登録された「マレーシア⼯科⼤学」科⽬⼀覧
科目名（post_title）

course_numberdegree学部学科

卒業認定区分
（生物資源学類）

Organic Chemistry I

SMJC 1003

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course discusses the chemistry of alkanes and the fundamental concepts of functional groups in organic
compounds. The functional groups include alkenes, alkynes, aromatic hydrocarbons, alcohols, phenols,
organohalogens, ethers, epoxides, and their derivatives. In each topic, the students will be introduced to thestructures of the functional groups and the nomenclatures (common names and IUPAC names). Physicalproperties, preparations, reactions and visual tests will also be discussed. Inter-conversion of the related functionalgroups and their reaction mechanisms are also included. 1. Applynames and properties of organic compounds
according to their functional groups. 2. Describe chemical reactions to synthesise organic compounds and interconversion to different functional groups. 3. Explain mechanisms and intermediates in organic reactions based onstability of reactive species and stereochemistry.

Engineering Drawing
with CAD

SMJC 1101

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course provides a fundamental background in engineering drawing to thestudents, which will enable them to 専門科目
work more effectively in the various fields ofengineering. It will emphasize on the introduction to engineeringdrawing,fundamentals of engineering drawing, geometry, orthographic and isometric drawing.This course also
introduces the sectional and flowchart drawing and computer aided engineering drawing to the students 1.
Describe and apply the knowledge of sketchingand technical drawing in the various fields ofengineering. 2. Identify
and analyze mechanical drawings (2D and 3D) Use the tools, equipments and CAD software toproduce mechanicaldrawings. 3. Use the tools, equipments and CAD software toproduce mechanical drawings.

Thermodynamics

SMJC 1213

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course provides the basic fundamental of thermodynamics for engineering application &amp; problem
solving. The topics covered include the first and second laws of thermodynamics, closed system and control
volume analysis, entropy, reversible and irreversible processes, properties of pure substances. Application toengineering problems includes vapor power cycles, refrigeration and heat pump &amp; air conditioning systems.
1. Explain the different properties and states of open and closed systems Calculate the thermodynamic properties
for a given specific system or a process. 2. Analyze the performance of power and refrigeration cycles

Organic Chemistry II

SMJC 2013

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course discusses the chemistry of fundamental concepts of functional groups in organic compounds. The
functional groups of aldehydes, ketones, carboxylic acids and their derivatives, and amines and their derivatives. In
each topic, the students will be introduced to the structures of the functional groups and the nomenclatures(common names and IUPAC names). Physical properties, preparations, reactions and visual tests will also be
discussed. Inter-conversion of the related functional groups and their reaction mechanisms are also included.
Infrared spectroscopy is included as a technique in characterizing the functional groups of organic compounds.
This course also introduces students to the classifications, synthesis and reactions of biomolecules such ascarbohydrates, peptides, proteins and lipids. 1. Applynames and properties of organic compounds according totheir functional groups 2. Describe chemical reactions to synthesise organic compounds and inter conversion todifferent functional groups. 3. Explain mechanisms and intermediates in organic reactions based on stability ofreactive species and stereochemistry.

Analytical Chemistry

SMJC 2022

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course provides an introduction to quantitative chemical analysis, with emphasis on wet chemistry andinstrumental methods. Topics in wet chemistry include introduction to analytical chemistry, sampling, sample
preparation, data analysis, gravimetric analysis and volumetric analysis. The course also introduces the principles,
instrumentation, and application of chromatographic and spectroscopic methods 1. Apply the principles ofanalytical chemistry common to classical and instrumental methods. 2. Analyze qualitative and quantitativeclassical and instrumental chemical concepts and trends with understanding and reasoning. 3. Acquire
information on the principles, instrumentation, and application of chromatographic and spectroscopic methods. 4.
Evaluate methods to solve quantitative chemistry problems and discuss issues related to classical andinstrumental analytical chemistry.

Fluid Mechanics

SMJC 2113

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course covers the basic principles to fluid mechanics and classification of flow. It comprises but not limited to 専門科目
fluid statics, fluid dynamics, application of Bernoulli and momentum equations, flow in pipes include the usage ofMoody chart, flow metering devices, pump, and dimensional analysis. 1. Explain the physical properties of a fluid
and the consequence of such propertieson fluid flow. 2. Apply fluid mechanics laws in fluid statics and dynamics
problem. 3. Investigate fluid mechanics-based problems using appropriate tools. 4. Participate constructively ingroup discussions and presentations

Mass and Energy
Balance

SMJC 2223

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course provides students with the basic principles of chemical engineering, that is material and energybalances as well as calculation techniques to solve the material and energy balance problems for chemical
process systems and equipment. 1. Apply material balance on single or multiple process units with or without
recycle, purge, or bypass streams for nonreactive processes, reactive processes and gas-liquid systems at
equilibrium. Apply energy balance on closed/open system and nonreactive/reactive processes. 3. Analysematerial and energy balance and solve material and energy balance with respect to changes in temperature,pressure and phase. Develop solutions in material and energy balance on closed/open system andnonreactive/reactive processes

Physical Chemistry for
Chemical Engineer

SMJC 2233

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course introduces the fundamental of physical principles that govern the properties and behavior of chemical 専門科目
systems. Three important areas are introduced: review on thermodynamics, electrochemical systems and kinetics.
In thermodynamics, students will learn the interrelationship of various equilibrium properties of the system and itschanges in processes. In electrochemical systems, electric potential that lead to the determination ofthermodynamic properties in the electrochemical cells will be discussed. In kinetics, rate processes of chemical
reactions, diffusion, adsorption and molecular collisions are included. 1. Apply the concepts of thermodynamics
and chemical kinetics theories to the complex systems. 2. Analyze the properties of various complex systems. 3.
Evaluate the thermodynamics properties of complex systems.

Chemical Engineering
Thermodynamics

SMJC 2243

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Through this course, students will learn chemical engineering thermodynamic theory and applications in the areas 専門科目
of volumetric properties of fluids, heat effects, thermodynamics properties of fluids, thermodynamics of solutions,and physical and chemical equilibria 1. Apply the thermodynamics equations for chemical process;thermodynamic properties, solution thermodynamics and chemical-reaction equilibrium. 2. Analyse relevant
thermodynamics principles for specific chemical process; application in VLE, LLE and reaction equilibria. 3. Solvethermodynamic problems in a chemical process engineering using chemical thermodynamics principles. 4. Ability
to work in team efficiently to accomplish the assigned task or project.

Transport Phenomena

SMJC 2253

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

The students will be introduced to the basic principles and application of heat and mass transfer engineering. The 専門科目
understanding from this course will lead to better understanding in distillation, absorption, liquid-liquid extraction,
membrane separation, leaching, evaporation and other chemical processes. 1. Explain the equation, which relate
to heat and mass transfer system for steady state and unsteady state conditions. 2. Calculate the rate of transfer(mass or heat) using empirical equations for every system.

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overview (概要）

専門科目

科⽬ジュークボックスに登録された「マレーシア⼯科⼤学」科⽬⼀覧
科目名（post_title）

course_number

Separation Process 1

SMJC 3263

Numerical Methods for
Chemical Engineer

degreeoverview (概要）

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course introduces principle in separation process between liquid-liquid, gas-liquid, vapour-liquid and solidliquid separation processes. Different types of unit operations involved in the industries such as humidification
process, absorption, distillation, liquid-liquid extraction and solid-liquid extraction is also included. Students will
also apply the separation operations process using mass transfer principles. 1. Apply fundamental knowledge toclassify the differences of unit operations involved in chemical industries 2. Analyse the theoretical number of
equilibrium stages for gasliquid separation, liquid-liquid and solid-liquid processes. 3. Investigate and analyse
industrial engineering problems related to separation process Work in a group as a leader or member to conduct
related activities. 4. Acquire additional knowledge from industry to comply the knowledge of separation process
for life-long learning.

SMJC 3273

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

This course discusses techniques of solving problems using numerical methods that involve non-linear equations, 専門科目
systems of linear equation, interpolation and curve fitting, numerical differentiation and numerical integration,
eigenvalue problems, ordinary differential equations and partial differential equations. Mathematical tools andsoftware is also incorporated in this course. 1. Able to define numerical methods concepts, formulate method ofsolutions and select appropriate procedures and techniques in solving routine problems (Knowledge) 2. Able toapply numerical methods concepts to evaluate, analyze and solve engineering problems (Problem Analysis) 3.
Able to show the ability to perform and cooperate in group work (Team Working) 4. Able to show the ability toacquire information on selected topics of numerical methods via various resources to accomplish an assigned task
(Lifelong Learning).

Separation Process 2

SMJC 3283

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Students will be introduce with several types of unit operations and separation processes such as particle
technology, crystallization, solid-liquid separation, filtration, membrane separation processes, drying andevaporation in this subject. Examples and exercises from related industry will be used in this subject. 1. Describe
the different of solid-liquid operations process and equipment. 2. Solve complex engineering problem related tomechanical separation, size reduction process and crystallization process. 3. Apply knowledge of solid handlingfor chemical engineering design. Work in a group as a leader or member to conduct related activities. 4. Acquire
additional knowledge from industry to comply the knowledge of solid-liquid separation process for life-longlearning.

専門科目

Materials Science

SMJC 3293

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Students will learn relationship between structure and physicochemical properties of materials. This course
provides a conceptual framework for understanding the basic theory and physicochemical behavior offundamental and modern engineering materials. It also attempts to present a general picture of material natureand mechanism that act upon, analyze, modify, and control their properties. 1. Explain types of atomic
bonding/structure and relate to properties of engineering materials 2. Analyze characterization methods ofstructures/properties of engineering materials to investigate material performance. 3. Choose information on
structures/properties of engineering materials, evaluate, and recommend materials for given application.

専門科目

Chemical Kinetics
Reactor Design

SMJC 3303

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course introduces students to chemical reactor design and theories in the area of chemical kinetics andreaction engineering with emphasis on homogeneous and heterogeneous reactions. It will examine someproblems related to multiple reactions and nonisothermal operations. Students will also work cooperatively on acomputer assignment to expose them to solving complex problems using software packages such as PolyMath. 1.
Ability to apply mole balance equation for isothermal reactor design. 2. Ability to analyze kinetic data to
determine rate law parameters. 3. Ability to design a reactor for a range of conditions complex reaction system. 4.
Ability to derive energy balance for solving non-isothermal reactor design. 5. Ability to work in a team to configureand solve complex design problems for different reactor system.

Process Control andInstrumentation

SMJC 3313

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

In this course, students will gain knowledge on the fundamentals of dynamic process modelling, dynamic process 専門科目
behaviours and process control. Lumped parameter systems modelling, distributed parameter systems, feedback
control system design, analysis and tuning are introduced. Model estimation techniques for FOPDT systems arealso included. Other commonly found control structures, such as feedforward, ratio and cascade control, andplant-wide control systems design are taught qualitatively. 1. Classify and select variables for identifying anddesigning feedback, inferential, feedforward, ratio, split-range and cascade control systems 2. Derive and utilize
lumped parameter dynamic models and identify systems that require distributed parameter models 3. Identify,
describe, derive and analyze first order, pure capacitive, second order, dead time, higher order and inverse
response dynamic behaviours 4. Explain each of the three modes of feedback controllers and appropriately selectsuitable ones. Tune feedback control systems, and analyze and evaluate response 5. Demonstrate with confidence
to tune the feedback control.

Fundamentals ofMicrobiology andBiotechnology

SMJC 3323

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Introduction toEnvironmental
Engineering

SMJC 3333

Bachelor Malaysia-Japan International
Institute of Technology

Process Safety and
Health

SMJC 4353

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Fine Chemicals
Technology

SMJC 4413

Bachelor Malaysia-Japan International
Institute of Technology

Department ofThrough this course, students will be able to learn the fundamental of fine chemicals technologies, including
Environmental
applications to pharmaceutical drugs, coating materials, and electronic materials.
Engineering & GreenTechnology

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卒業認定区分
（生物資源学類）

学科

学部

専門科目

専門科目
This course provides up-to-date and concise information on basic and applied aspects of microbiology in a wellillustrated and simple language. The orientation of this lecture is presented in an understandable manner to thestudent. The lecture in overall is divided into three sections: Basic, Applied and Medical Microbiology. The Basic
Microbiology section covers chapters on fundamental aspects of microbiology such as historical milestones in
microbiology, microbial taxonomy, structure, physiology, biochemistry, genetics, molecular biology, and physicaland chemical control of microorganisms including principles of antimicrobial chemotherapy. The Applied
Microbiology section lays emphasis on the diverse applications of microorganisms in industry, health, environment
and agriculture and includes chapters on soil, air and water microbiology, food and environmental microbiology,
industrial microbiology and biotechnology. 1. Acquire fundamental knowledge on microbiology and biotechnology
such as historical development, type, identification and culture of microbes. 2. State and apply microbial
physiology and molecular biology.3. Analyse and solve problems for different applied and environmental andmedical microbiology system. 4. Adopt team working and assume responsibility as leader to configure and solve
専門科目
Department ofThis is an introductory course on the aspect of environmental science and engineering on the causes, effects,
Environmental
measurement and controlling of pollution including air, water, noise solid and hazardous waste and land. The
Engineering & Green course covers the fundamental aspects of all these pollution with greater emphasizes on three major categories ofTechnology
industrial related pollution i.e water, air and solid waste management. 1. Explain the effect of pollution to theenvironment and public health at large 2. Identify the causes of the pollution generated by human activities 3.
Identify the techniques of measurement of various types of pollutants of interest 4. Categorize the various
methods of pollution control 5. Show Concern on the causes, effects of pollution on air, water and environment.

This course presents fundamental principle of safety and risk assessment in chemical process industry. In
particular, it emphasises on safety legislations, inherent safety design concept, method of hazard identification,
chemical health risk assessment and the various methods of risk assessments. At the end of this course, it isexpected that the students will be able to appreciate the theoretical and practical aspect of occupational safety
and health in chemical process industry and also be able to use the techniques of hazard identification and risk
assessment in the design and operation of chemical plant. 1. Describe process safety, loss prevention andinherent safety aspects in the workplace 2. Develop understanding and appreciation on safety legislations in
Malaysia and the important of occupational health and safety management system 3. Identify various hazard
identification methods and their applications in chemical process industry 4.Distinguished the concept of toxicity
and industrial hygiene and evaluate the exposure due to the use of chemical hazardous to health 5. Analyze risk
assessment involving a chemical process industry. 6. Elaborate the functions of ethics, safety and health in theengineering profession.

専門科目

専門科目

科⽬ジュークボックスに登録された「マレーシア⼯科⼤学」科⽬⼀覧
科目名（post_title）

course_numberdegree学部学科

overview (概要）

卒業認定区分
（生物資源学類）

Polymer Science andEngineering

SMJC 4423

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Biotechnology andBioprocessing

SMJC 4433

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Fundamentals andApplication of
Biosensors

SMJC 4443

Bachelor Malaysia-Japan International
Institute of Technology

Air Pollution Control
Engineering

SMJC 4513

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Solid Hazardous Waste SMJC 4533
Management

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Environmental
Microbiology andBiotechnology

SMJC 4543

Bachelor Malaysia-Japan International
Institute of Technology

Power Plant Engineering SMJC 4613

Bachelor Malaysia-Japan International
Institute of Technology

Energy Conversion
SMJC 4623
Science And Technology

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course consists of energy supply and consumption principles, different types of energy sources, and energy
management &amp; evaluation of various conversion paths in relation to renewable and sustainable energy
technology. 1. Explain principles of current energy supply and consumption systems. 2. Analyse different types ofenergy sources and power generation technologies based on fossil fuel, nuclear, solar, biomass, hydro, wind andfuel cell 3. Evaluate various paths for conversion of renewable energy 4. Deduce preferable renewable andsustainable energy technology applicable under given conditions resources and their sustainability

Fuel Cell Fundamental

SMJC 4633

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

専門科目
This course provides information about various aspects of the hydrogen-based fuel cell and an introduction toseveral other fuels and fuel cell technologies. This course is intended for engineers in all disciplines who want tolearn more about this type of renewable energy. Among topics discussed are the history of the fuel cell, basics of
its operation, comparison of fuel cells with other power sources, and details of several aspects of fuel cells, thevarious applications and impact to the environment. 1. Understand basic operating principles of fuel cells andtheir efficiency in converting chemical energy directly to electrical energy 2. Distinguish various types of fuel cells
and their best operating conditions and their contribution to energy and environmental sustainability 3. Explain thecomponents and configurations of PEM fuel cell and their requirement for potential applications 4. Adopt teamworking and demonstrate the ability to conceptually propose PEM fuel cell system for green mobility or ecobuilding

Biomass Technology

SMJC 4643

Bachelor Malaysia-Japan International
Institute of Technology

Department ofEnvironmental
Engineering & GreenTechnology

Electrical energy conversion to other energy is easy, and it is most convenient and safe form of energy for the short 専門科目
time required to transport as much as possible. At the same time to understand the mechanism of this electricalenergy generation, to help students acquire education may be a view of future energy problems. The current
status and future trends are explained as well as the world\&#039;s energy situation and transition of power
resources. Illustrate points of current hydro, thermal, and nuclear power generation. In addition, also describe newtechnologies and systems such as solar power, wind power, and fuel cell power generation. 1. State and apply
biomass as an alternative energy 2. State and apply biomass energy conversions with a focus on thermalchemical conversions 3. Analyze renewable energy systems from biomass and their potential use for power
generation, including electricity 4. Derive and apply characterization of biomass as fibre source 5. Adopt
teamwork to configure and solve different biomass sources problems. 6. Assume responsibility as leader toconfigure and solve different biomass sources problems

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This course provides the fundamentals of polymer science and engineering with emphasis on polymeric materials 専門科目
and their classifications, molecular weight, polymers in solution and solid state, thermal properties and therelationship as well as the implication on polymer synthesis. 1. Describe basic properties and classification ofpolymers, calculate average molecular weight of the polymer and the implications from the molecular weight
differences with respect to properties and processing. 2. Compare and contrast between step-growth
polymerization and addition polymerization techniques and determine simple chemical reaction kinetic. 3. Explain
the concept of solubility, factors affecting solubility and determine the solubility parameter based on themolecular structure of the polymer. 4. Distinguish between crystalline and amorphous region in polymers anddescribe thermal behaviour of polymers and factors affecting the thermal transition and properties in polymericmaterial. 5. Identify and explain general processing techniques used to process polymeric material.

This course will provide knowledge on how biotechnology evolves from the ancient time. It also discusses on how 専門科目
this technology contributes towards the wealth creation, health improvement, environmental protection and issues
related to social security globally. The active involvement of Malaysia in biotechnology for a new source ofeconomic engine is also discussed and evaluated. The course will also expose the students to various industrial
bioprocessing areas. It will guide the students in being independently acquire and explain information on some key
issues in food engineering, biopharmaceutical engineering renewable resources and waste management
bioprocessing science and technology.
1. Understand the principles of bioprocess engineering and biotechnology 2. Understand process developmentfrom shakeflask through bench-scale and the criteria for pilot-scale work. 3. Develop suitable biotechnology
approach to improve the quality and quantity of biotechnology products in the area of food, agriculture, medical
and environment 4. Adopt team working and demonstrate ability to identify business opportunity inbiotechnology
Department ofThis course covers the principles, technologies, methods and applications of biosensors. Students will be exposed 専門科目
Environmental
to fundamentals of measurement science that are applied in biosensors such as optical, electrochemical, mass,
Engineering & Green and pressure signal transduction. At the end of this course students will be able to link fundamentals ofTechnology
engineering principles and biosystems in biosensors and design and construct biosensors instrumentation. 1.
Extend principles of engineering to the development of bio-analytical devices and the design of biosensors 2. Apply
the principles of linking cell components and biological pathways with energy transduction, sensing and detection
3. Explain the basic configuration and distinction among biosensor system 4. Design appropriate biosensors 5.
Seek in literature the principles, technologies, methods and applications of biosensors in chemical industries

専門科目
This course introduces the philosophy and procedures for designing air pollution control systems. The main
objectives of the course are to present the characteristics of air pollutants and the techniques for controlling themto the students. 1. Identify and analyze the properties of specific pollutants and the techniques for controllingthem. Design the operation of air pollution control system for a specific application 3. 2. Complete withconfidence to identify and solve problems related to design of a pollution control system

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This introductory course aims to provide an overview of solid and hazardous waste management, whereby thestudent will be able to have the basic understanding of waste management upon their completion of the course.
The course deals with sources, generation and characteristics of industrial and municipal wastes, analysis ofcollection systems, handling and disposal practices of municipal wastes, significance of industrial wastes asenvironmental pollutants, pollution prevention and techniques for processing, treatment and disposal of industrial
wastes 1. Identify sources and characteristics of industrial and municipal solid waste. 2. Describe national andinternational policy and legislation that related to waste management Identify and design suitable systems forcollection, transportation and haulage of solid waste 3. Identify and design suitable systems for collection,transportation and haulage of solid waste 4. Manage Scheduled Waste according to the requirement set by the
local regulatory body under the Scheduled Waste 5. Regulation Design material recovery facility, composting
plants, thermal treatment system and landfill Seek in literature about the sources, generation and characteristics
of industrial and municipal wastes, analysis of collection systems, handling and disposal practices of municipal
専門科目
Department ofThis course to provide wide-ranging training in environmental microbiology, applicable both to students withEnvironmental
previous knowledge of a relevant subject and to those with little background in environmental microbiology. We
Engineering & Green aim to provide students with theoretical knowledge, practical skills and an appreciation of the application of theTechnology
subject. We also develop students\&#039; communication and generic skills. ‘Environmental Microbiology is thestudy of microorganisms that inhabit the earth and their roles in carrying out processes in both natural andhuman-made systems’. In this subject there is much emphasis on interfaces between environmental sciences andmicrobial ecology. An environmental microbiologist thus needs a good grounding in basic microbiology andmolecular biology, but this must be combined with knowledge of environmental science. 1. State and apply theapplication of microbial reactions like aerobic treatment of organic wastes and wastewater. 2. State and apply
the application of microbial reactions like aerobic treatment of anaerobic treatments 3. Derive and analyze
microbial interaction between microbes, interaction of microbes with plants 4. State and apply positive role ofmicrobes in environmental, degradation such as conversion solid waste to food, and negative roles of microbes in
Department ofElectrical energy conversion to other energy is easy, and it is most convenient and safe form of energy for the short 専門科目
Environmental
time required to transport as much as possible. At the same time to understand the mechanism of this electricalEngineering & Green energy generation, to help students acquire education may be a view of future energy problems. The current
Technology
status and future trends are explained as well as the world\&#039;s energy situation and transition of power
resources. Illustrate points of current hydro, thermal, and nuclear power generation. In addition, also describe newtechnologies and systems such as solar power, wind power, and fuel cell power generation.
1. Explain the thermodynamic equations relating power generation i.e. energy conversion 2. Discuss energy
issues, resource issues and environmental issues 3. Explain features and advantages and disadvantages ofvarious power generation methods 4. Calculate and analyze the energy 5. Seek in the literature on the future
outlook of new energy sources, including renewable natural energy, such as sunlight, wind powerconversion
efficiency of the system that involve in the physical or chemical processes28

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