Courses offered
ABT190P. INDUSTRIAL MICROBIOLOGY
The course focuses in the identification, production, and purification of microbial metabolites which are important in the food industry, agriculture, medicine, and environmental bioremediation.
Credit : 3 units
Prerequisite : BIO149
ABT191P. MOLECULAR BIOLOGY AND BIOTECHNOLOGY
The course introduces basic concepts in molecular genetics, cell physiology and biochemical mechanisms involved in living systems with specific applications in medicine, agriculture and food industries.
Credit : 3 units
Prerequisite : ABT190P
ABT192. GENE BIOTECHNOLOGY
This course focuses on molecular biotechnology which includes genomics, transcriptomics, proteomics and metabolomics approaches, with special emphasis on their applications to health and environment.
Credit : 3 units
Prerequisite : ABT191P
ABT193P. BIOINFORMATICS
The course covers topics on computational models of the biological systems and mechanisms. Specifically, it involves creating algorithms, databases, systems, and web applications to solve problems in molecular biology.
Credit : 3 units
Prerequisite : ABT191P
BIO10. FUNDAMENTALS OF BIOLOGY
A general introduction to the principles and foundation of life science, the course includes topics on origin and diversity of living things; molecular, cellular, and genetic basis of life; structure and function of organisms; evolution; and ecology.
Credit : 3 units
BIO10L. FUNDAMENTALS OF BIOLOGY LABORATORY
A laboratory course to accompany BIO10, the course will cover experiments on cell biology, ecology, botany, and basic animal physiology.
Credit : 1 unit
Corequisite : BIO10
BIO15. GENERAL BIOLOGY
A general introduction to the principles and foundation of life science, the course includes topics on origin and diversity of living things; molecular, cellular, and genetic basis of life; structure and function of organisms; evolution; and ecology.
Credit : 3 units
BIO15L. GENERAL BIOLOGY LABORATORY
A laboratory course to accompany BIO15, the course will cover experiments on cell biology, ecology, botany, and basic animal physiology.
Credit : 1 unit
Corequisite : BIO15
BIO16. BIOMOLECULES, CELLS AND TISSUES
A general introduction to the principles and foundation of life science, the course includes topics on origin and diversity of living things; molecular, cellular, and genetic basis of life.
Credit : 3 units
BIO16L. GENERAL BIOLOGY LABORATORY
A laboratory course to accompany BIO16, the course will cover experiments on cell biology, ecology, botany, and basic animal physiology.
Credit : 1 unit
Corequisite : BIO16
BIO20. INTRODUCTION TO BIOMIMETICS ENGINEERING AND COMPONENT DESIGN
This course deals with the basic principles of recombinant DNA technology and physiCochemical principles involved in various life processes. The course will cover biomaterials, molecular motors, biomechanics, and physiological and mathematical modeling of various biological systems
Credit : 3 units
Prerequisite : CHM12-3, MATH22-1
: CHM12-2 for GSE
BIO20-1. INTRODUCTION TO BIOELECTRONICS AND BIOINFORMATION ENGINEERING
This course deals with the basic principles of recombinant DNA technology and biological databases needed to study genomics and proteomics. The course also introduces basic principles and applications of biosensors, nanotechnology, bioelectronics, microfluidics, and biomedical engineering
Credit : 3 units
Prerequisite : CHM12-3
BIO22-1. HUMAN BIOLOGY 1
The course covers the basic principles of life sciences such as cell biology, homeostasis, and physiology. Emphasis will be on the biological principles involved in the normal functioning of skeletal, muscular, and integumentary system.
Credit : 3 units
Prerequisite : BIO10
BIO22-1L. HUMAN BIOLOGY LABORATORY 1
This laboratory course provides basic background on the principles of human biology.
Credit : 1 unit
Prerequisite : BIO10L
Corequisite : BIO22-1
BIO23-1. HUMAN BIOLOGY 2
This course emphasizes the other functional systems in humans such as endocrine, immune, digestive, nervous, cardiovascular, respiratory and excretory systems.
Credit : 3 units
Prerequisite : BIO22-1
BIO23-1L. HUMAN BIOLOGY LABORATORY 2
A course that exposes students to various laboratory protocols in the study of human physiology.
Credit : 1 unit
Corequisite : BIO23-1
Prerequisites : BIO22-1, BIO22-1L
BIO23P. BIOLOGICAL ENGINEERING CALCULATIONS 1
This is an introductory course on material and energy balances for both reactive and nonreactive processes commonly encountered in bioengineering.
Credit : 2 units
Prerequisites : CHM13-2P, MATH22-1
BIO24P. BIOLOGICAL ENGINEERING CALCULATIONS 2
This is an introductory course on material and energy balances with specific applications in bioengineering
Credit : 2 units
Prerequisites : BIO23P
BIO25. TRANSPORT PROCESSES IN BIOENGINEERING 1
This course discusses the theoretical and practical bases to understand and quantify transport phenomena (mass, energy and momentum) motivated by relevant examples in chemical and biochemical engineering.
Credit : 2 units
Prerequisite : BIO24P, MATH24-1
BIO25-1. TRANSPORT PROCESSES IN BIOENGINEERING 2
This course covers specific applications of transport processes involved in bioengineering. This includes drug transport, diffusion in cells and tissues and heat transfer in animal kingdoms.
Credit : 2 units
Prerequisite : BIO25
BIO26. MATHEMATICAL METHODS IN BIOENGINEERING
The course covers a blend of analytical and numerical techniques for solving problems in diverse areas of bioengineering. The course emphasizes on curve-fitting and solving problems which require numerical methods for solving common and special ODE’s and PDE’s.
Credit : 3 units
Prerequisite : MATH24-1, MATH15-1
BIO27. BIOPROCESS ENGINEERING
The course deals with calculations and design of bioprocesses, bioreactors, enzyme kinetics and fermentation.
Credit : 2 units
Prerequisites : BIO30, CHE143-1
BIO27-1. BIOREACTOR ENGINEERING
Analyses and design of bioreactors of batch, fed-batch, and continuous flow types are covered in this course.
Credit : 2 units
Prerequisites : BIO27
BIO30. BIOSEPARATIONS
A course that introduces to the students the various processes used by industries in the separation of proteins and other biological compounds. The course will also cover topics on the principles underlying the following unit operations such as adsorption, absorption, and extraction processes.
Credit : 2 units
Prerequisite : BIO25, CHE27, CHM171P
BIO92D. PROCESS DESIGN FOR BIOLOGICAL ENGINEERING
The course deals extensively with the application of rules-of-thumb or heuristics in the design of processes in the various fields of biological engineering.
Credit : 3 units
Prerequisites : BIO25-1, BIO27-1, CHE40, CHE144
BI099. SOCIAL STUDIES OF BIOSCIENCE AND BIOTECHNOLOGY
Credited as Science, Technology, and the Society course, this discusses the social, ethical, and clinical issues associated with the development of new biotechnologies and their integration into practice. To be discussed are readings on changing political economy of biotech research, problems associated with new biotechnologies and findings from molecular biology for clinical settings, the ethical issues that emerge from clinical research and clinical use of new technologies, and the broader social ethics of access and inequality.
Credit : 3 units
BIO99-1. CONFLICTS AND EVOLUTION OF MODERN MEDICINE
Credited as Science, Technology, and the Society course, this presents profound knowledge of past and present paradigms in the development of medicine. It also covers topics on the cultural, geographical and philosophical conflicts in the development of modern medicine and the role of the multibillion-dollar pharmaceutical companies.
Credit : 3 units
BIO105. BIOLOGICAL PRINCIPLES FOR THE COMPUTATIONAL SCIENCES
The course deals with the basic principles of life sciences such as cell biology, ecology, and physiology. The emphasis of this course will be on acquisition and retrieval of biological databases.
Credit : 3 units
BIO106L. INTRODUCTION TO BIOINFORMATICS LABORATORY
This laboratory course introduces the basic principles of bioinformatics with emphasis on the usage of various software for genomic and proteomic analyses.
Credit : 1 unit
Prerequisite : BIO105
BIO129-1. BIOMEDICAL ENGINEERING
This course covers basic principles of physiology, bioelectronics, design of biosensors and biomedical devices and their applications.
Credit : 3 units
Prerequisite : BIO165-1, ECE20
BIO136-2. MICROBIOLOGY AND IMMUNOLOGY
The course deals with the biology of major groups of bacteria, and viruses. This also includes topics in basic immunology.
Credit : 3 units
Prerequisite : BIO152-1
BIO136-2L. MICROBIOLOGY AND IMMUNOLOGY LABORATORY
A laboratory course to accompany BIO151, this covers the basic techniques in the isolation, characterization, and handling of microorganisms.
Credit : 1 unit
Prerequisites : BIO152-1
Corequisite : BIO136-2
BIO140-1. INDUSTRIAL MICROBIOLOGY
This subject deals with the study of microorganisms that are of industrial importance. This course also includes microbial and fungal biotechnology and genetics, large scale fermentation processes, and processing of products obtained from microorganisms.
Credit : 3 units
Prerequisite : BIO136-2
BIO149. BIOTECHNOLOGY
A course that provides basic knowledge on the commercial applications of living organisms or of substances derived from living organisms involving the deliberate manipulation of their DNA molecules. Emphasis on the following key areas of biotechnology: human health biotechnology, animal biotechnology, industrial biotechnology, plant biotechnology, and environmental biotechnology.
Credit : 3 units
Prerequisite : CHM143 or CHM146
BIO152-1. FUNDAMENTALS OF GENETICS AND BIOTECHNOLOGY
This course provides introductory concepts in Mendelian and non-Mendelian genetics and the basic aspects of molecular biotechnology.
Credit : 3 units
Prerequisite : BIO16
BIO152-1L. FUNDAMENTALS OF GENETICS AND BIOTECHNOLOGY LABORATORY
This laboratory course exposes students to the basic concepts of genetics of Drosophila, yeasts, and bacteria.
Credit : 1 unit
Prerequisites : BIO16, BIO16L
Corequisite : BIO152-1
BIO153-2. FUNDAMENTALS OF BIOENGINEERING
This is an introductory course in bioengineering which covers topics on biomaterials, biomimetics, bioprocesses and tissue engineering
Credit : 3 units
Prerequisite : BIO152-1
BIO162-2. PHYSIOLOGY FOR BIOENGINEERS
The course covers basic concepts in the study of function of various organ systems of selected organisms.
Credit : 3 units
Prerequisite : BIO153-2
BIO165-1. MOLECULAR CELL BIOLOGY 1
The topic covers chemical foundations of the living cell, cellular respiration, bioelectricity, photosynthesis, membrane physiology, signal transduction, organelle biology and different techniques in studying cell structure and function.
Credit : 3 units
Prerequisite : BIO162-2
BIO165-2. MOLECULAR CELL BIOLOGY 2
The course covers gene expression in prokaryotes, eukaryotes and viruses. Other topics include techniques to study gene expression, cancer and developmental biology.
Credit : 3 units
Prerequisite : BIO165-1
BIO170-1L. MOLECULAR TECHNIQUES IN BIOENGINEERING LABORATORY 1
A course designed to provide students hands-on experience in the basic laboratory techniques used in biological engineering.
Credit : 1 unit
Prerequisite : BIO136-2
BIO170-2L. MOLECULAR TECHNIQUES IN BIOENGINEERING LABORATORY 2
A course that exposes students to the various techniques employed in fermentation, bioseparations and other advanced techniques employed in biological engineering.
Credit : 1 unit
Prerequisite : BIO170-1L
BIO172-1. PRINCIPLES OF ENVIRONMENTAL BIOTECHNOLOGY
The course will cover microbial ecology, bioremediation, bio-film kinetics, environmental microbiology and applications of recombinant DNA technology in environmental sciences.
Credit : 3 units
Prerequisite : BIO23P
BIO182P. BIOINFORMATICS 1
This course provides the students the basic principles of computing and their application in organizing, comparing, and analyzing biological data generated at all levels from molecular to the macro. It exposes and trains students in the various computer programs and biological database, and in the use of the internet in the study and practice of biotechnology.
Credit : 2 units
Prerequisites : BIO153-2, CS10-1L
BIO185-1. BIOETHICS
The course studies the reasonableness of human choices which are relevant to medical practice, biotechnology and bioengineering research and practice.
Credit : 2 units
BIO186. BIOENTREPRENEURSHIP AND ISSUES IN BIOTECHNOLOGY
Credited as Science, Technology and the Society course, this the principles and processes in business and management focusing on bio-industries. It emphasizes the applications of these principles by assisting students conceptualize, develop, and implement entrepreneurial projects. It also includes technology scanning, venture capital, and start-up companies which are characteristic of biotechnology industries. Current issues in biotechnology will also be covered in this course.
Credit : 3 units
BIO188-1. BIOMATERIAL SCIENCE AND ENGINEERING
The course covers the applications and uses of biomaterials in the field of engineering.
Credit : 3 units
Prerequisite : BIO153-2
BIO188-2. STEM CELL AND TISSUE ENGINEERING
This is an introductory course on the study and application of stem cells for organ and tissue transplants and includes the biology, tools, and theoretical information needed to design tissues and organs, medical applications as well as economic, regulation, and ethical issues.
Credit : 3 units
Prerequisite : BIO165-1
BIO190-1. BIOMECHANICS 1
This is the application of physics principles to the field of bioengineering with emphasis on mammalian and human systems.
Credit : 2 units
Prerequisite : PHY13, BIO162-2
BIO190-2. BIOMECHANICS 2
This is the application of physics principles to the field of bioengineering with emphasis on invertebrates and lower forms of animal species.
Credit : 2 units
Prerequisite : BIO190-1
BIO192-1. MOLECULAR BIOMIMETICS
This course presents the various advances in molecular bioengineering which involves biologically inspired components.
Credit : 2 units
Prerequisite : BIO165-1
BIO197L. BIOINFORMATICS 2 LABORATORY
This second Bioinformatics course covers topics on Perl programming, statistical methods, and various modeling tools in the study of bioinformatics.
Credit : 1 unit
Prerequisite : BIO182P
BIO198-1. GENE BIOTECHNOLOGY
A course that deals with the detailed processes involved in genetic engineering such as isolation, cloning, characterization of gene function, gene expression, and protein interactions. The course also covers the current molecular techniques used in gene manipulation and analysis.
Credit : 3 units
Prerequisite : BIO165-1
BIO198R. BIOLOGICAL ENGINEERING PRACTICE
A course that is designed for students to undergo training in various fields of biological engineering in existing industries or consultancy and research institutions in the Philippines (or abroad). It involves 1 quarter-term of fieldwork (minimum of 240 hours) in selected industrial, consultancy, or research firm.
Credit : 2 units
Prerequisite :BIO25-1,CHM161 BIO27-1, BIO190-2 (BE)
BIO200-0L. THESIS 1
In this course, the student performs the experimental part of the research proposal and is expected to have performed at least half of the activities in the methodology.
Credit : 1 unit
Prerequisite : CHM198-1
BIO200-1L. THESIS 2
In this course, the student completes the experimental part of the research and is required to submit documentation of the results and present observations, interpretations, conclusions and recommendations before a faculty panel.
Credit : 1 unit
Prerequisite : BIO200-0L
CHE21-1P. CHEMICAL AND BIOCHEMICAL PROCESS CALCULATIONS
This is an introductory course on material and energy balances for both reactive and nonreactive processes commonly encountered in chemical and biochemical processes.
Credit : 3 units
Prerequisites : CHM13-2P, MATH22
CHE25. FUNDAMENTALS OF TRANSPORT PROCESSES 1
This course discusses the theoretical and practical bases to understand and quantify transport phenomena (mass, energy and momentum) motivated by relevant examples in chemical and biochemical engineering.
Credit : 2 units
Prerequisite : CHE21-1P, MATH24-1
CHE26. FUNDAMENTALS OF TRANSPORT PROCESSES 2
This course is a continuation of CHE 25 which emphasizes applications of transport processes in various chemical and biological engineering.
Credit : 2 units
Prerequisite : CHE25
CHE27. CHEMICAL THERMODYNAMICS
The course deals with the applications of the laws of thermodynamics in steady- and unsteady-state systems with some emphases on biochemical systems.
Credit : 3 units
Prerequisite : CHM170P
CHE28. BIOSEPARATIONS
A course that introduces to the students the various processes used by industries in the separation of proteins and other biological compounds. The course will also cover topics on the principles underlying the following unit operations such as adsorption, absorption, and extraction processes.
Credit : 2 units
Prerequisite : CHE25, CHE27, CHM171P
CHE29. PRINCIPLES OF BIOCHEMICAL ENGINEERING
The course deals with bioreactor design for processing of biological materials and processing using biological agents such as microbial cells and enzymes.
Credit : 3 units
Prerequisites : CHE28, CHE143-1
CHE38. FUNDAMENTALS OF BIOREACTOR DESIGN
Analyses and design of bioreactors of batch, fed-batch, and continuous flow types. Microbial reactors with and without cell recycles. Bioreactor operations for industrial-important biological products and for biological treatment of wastewater
Credit : 3 units
Prerequisites : CHE29
CHE40. ENGINEERING ECONOMY
This is a course that deals with the study of the principles of time-value of money, capital investment decisions, cost accounting, comparison of alternatives and optimization of unit operations equipment for plant design.
Credit : 3 units
Prerequisite : MATH24-1
CHE50P. MATHEMATICAL METHODS IN CHEMICAL ENGINEERING
The course covers a blend of analytical and numerical techniques for solving problems in diverse areas of chemical engineering. The course emphasizes on curve-fitting and solving problems which require numerical methods for solving common and special ODE’s and PDE’s.
Credit : 3 units
Prerequisite : MATH24-1, MATH15-1, MATH16-1L
CHE70-1. CHE LAWS AND ETHICS
The course deals with the legal and ethical issues pertaining to the practice of chemical engineering. Topics include ethics in research, intellectual property, patents, environmental regulations, contracts, and a detailed discussion of the implementing guidelines of the Chemical Engineering Law of 2004.
Credit : 2 units
Prerequisites : CHE101 for CCE
Corequisites : CHE181-1D for CHE
ENV110-1 for CCE
CHE99. ENVIRONMENTAL CONFLICTS AND SOCIAL CHANGE
Credited as Science, Technology, and the Society course, this explores the complex interrelationships among humans and the natural environment. It uses environmental conflict to draw attention to competing understandings and uses of "nature" as well as the local, national and transnational power relationships in which environmental interactions are embedded. In addition to utilizing a range of theoretical perspectives, this subject draws upon a series of ethnographic case studies of environmental conflicts in various parts of the world.
Credit : 3 units
CHE101. INTRODUCTION TO CHEMICAL ENGINEERING
The course introduces the students to different aspects of chemical engineering and to the roles of chemical engineers in different industries, in the preservation of environment and in research and development through exposure to plant visits, seminars, interaction with practicing professional chemical engineers and senior chemical engineering students.
Credit : 1 unit
Prerequisite : CHM13-2P
CHE111P. CHEMICAL ENGINEERING CALCULATIONS 1
This is a course that introduces the students to units and dimensions of measures of physical and chemical properties of materials commonly encountered in chemical engineering calculations and, more importantly, to material and energy balances for non-reactive processes.
Credit : 3 units
Prerequisites :CHM111 or CHM112, CHE101, MATH15-1
CHE112P. CHEMICAL ENGINEERING CALCULATIONS 2
A continuation of CHE111P, this course covers material and energy balances for reactive processes with emphases on combustion of fuels and reactions in common chemical process industries.
Credit : 3 units
Prerequisite : CHE111P
CHE121-1P. CHEMICAL ENGINEERING THERMODYNAMICS 1
This course deals with the applications of first and second laws of thermodynamics to close and open systems, volumetric properties of pure substances, the use of thermodynamic diagrams and tables, and application of equations of state for ideal and non-ideal fluids.
Credit : 3 units
Prerequisites : CHE112P, CHM170P
CHE122-1. CHEMICAL ENGINEERING THERMODYNAMICS 2
This course deals with thermodynamic analysis of power plants and refrigeration cycles. It also introduces the students to statistical thermodynamics, thermodynamics of solutions, and chemical equilibrium.
Credit : 3 units
Prerequisite : CHE121-1P
CHE122-1X. MATERIAL BALANCES AND PROCESS THERMODYNAMICS EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemical engineering students in Chemical Engineering Calculations and Chemical Engineering Thermodynamics.
Prerequisite : CHE112P, CHE121-1P
Corequisite : CHE122-1
CHE123-2. THERMODYNAMICS OF MATERIALS
This course involves treatment of the laws of thermodynamics and their applications to equilibrium and the properties of materials, electrochemical equilibrium and surface thermodynamics. It provides a foundation to treat general phenomena in materials science and engineering, including chemical reactions, magnetism, polarizability, and elasticity.
Credit : 3 units
Prerequisite : CHE194-2
CHE130-1P. PRINCIPLES OF TRANSPORT PROCESSES
This course discusses the theoretical and practical bases to understand and quantify transport phenomena (mass, energy, and momentum) motivated by examples and applications relevant to chemical engineering. Both molecular and macroscopic principles will be covered highlighting the unifying principles underlying transport processes and properties.
Credit : 3 units
Prerequisites : CHE121-1P, MATH24-1
Corequisite : CHE134-1P
CHE133-1P. HEAT AND MASS TRANSFER APPLICATIONS
This course discusses the applications of heat and mass transfer in the design of process and equipment employing heat exchange, mass exchange, and simultaneous heat and mass exchange. To be covered are evaporation, crystallization, humidification / dehumidification operations (e.g.,water-cooling, air-conditioning, and drying), and the operations of heat exchangers and packed columns.
Credit : 3 units
Prerequisite : CHE130-1P, CHE134-1P
Corequisite : CHE134-1P
CHE134-1P. FLOW OF FLUIDS
This course deals with the fundamental concepts of the two branches of fluid mechanics (statics and dynamics) which are important in unit operations. The combined Mass, Energy and Momentum balances are applied in compressible or incompressible fluid flow, branching of fluids in transport, steady or unsteady flow, including metering of fluids that are important in the design of fluid flow piping network. The course ends with the discussion on the design of different types of filtration equipment operated at constant pressure, constant rate or combined constant pressure and constant rate. Design of continuous rotary vacuum filter is also discussed.
Credit : 3 units
Prerequisite : CHE121-1P
Corequisite : CHE130-1P
CHE135-1P. SEPARATION PROCESSES
This course covers discussions on principles of equilibrium separation (distillation, extraction, absorption and adsorption) and membrane separation processes (microfiltration, gas permeation, reverse osmosis and pervaporation).
Credit : 3 units
Prerequisites : CHE122-1, CHE133-1P,
CHE122-1X for CCE
CHE135-1X. TRANSPORT AND SEPARATION PROCESSES EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemical engineering students in Momentum, Heat, and Mass Transfer, Fluid and Particle Mechanics, and Separation Processes.
Prerequisite : CHE133-1P, CHE134-1P for CCE
Corequisite : CHE135-1P, CHE136-1 for CCE
CHE136-1. INTRODUCTION TO PARTICLE TECHNOLOGY
This course is intended to provide background material in particle technology, focusing on characterization, behavior, production, separation, and modeling of particulate systems and surveying engineering processes that involve particulates and powders. Multiphase transport phenomena and fluidization are also discussed.
Credit : 2 units
Prerequisite : CHE134-1P
CHE142-1. BIOCHEMICAL ENGINEERING
The course deals with bioreactor design for processing of biological materials and processing using biological agents such as microbial cells and enzymes.
Credit : 3 units
Prerequisites : BIO149, CHE143-1
CHE142-1X. PROCESS INDUSTRIES AND ENVIRONMENTAL ENGINEERING EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemical engineering students Chemical Reaction Engineering, Environmental Engineering and Environmental Safety, and Biochemical Engineering.
Prerequisite : BIO149, CHE143-1, ENV110-1
Corequisite : CHE142-1
CHE143-1. CHEMICAL REACTION ENGINEERING 1
This course covers discussions on ideal reactor models, chemical kinetics, and interpretation and analysis of kinetic data from homogeneous reactions for use in isothermal reactor design.
Credit : 2 units
Prerequisites :CHM171P, MATH24-1 for BE, BECM
CHE50P for CHE, CCE
CHE144. REACTION ENGINEERING FOR HETEROGENEOUS SYSTEMS
The course deals with kinetics and reactor design for heterogeneous systems.
Credit : 2 units
Prerequisite : CHE143-1
CHE145-1. CHEMICAL REACTION ENGINEERING 2
This course covers topics on reactor design for complex reactions, non-isothermal reactions and heterogeneous reactions.
Credit : 2 units
Prerequisites : CHE130-1P, CHE143-1
CHE150-1L. CHEMICAL ENGINEERING LABORATORY 1
This laboratory course gives hands-on experience to chemical engineering undergraduates on the application of chemical engineering principles in the operation and design of equipment in particulates handling and fluid flow. The principles involved in some of the experiments (size reduction, screening, centrifugation, etc.) will also be emphasized before the corresponding experiments or exercises.
Credit : 1 unit
Prerequisite : CHE134-1P
CHE151-1L. CHEMICAL ENGINEERING LABORATORY 2
A continuation of CHE150L, this laboratory course covers the use of equipment for heat and mass transfer operations, chemical reaction, and separation.
Credit : 1 unit
Prerequisites : CHE135-1P, CHE150-1L
CHE160-1L. COMPUTER APPLICATIONS IN CHEMICAL ENGINEERING
This laboratory course is designed to make students solve some chemical engineering problems by creating computer programs or use of available software, or both.
Credit : 1 unit
Prerequisites : CHE133-1P, CHE50P
CHE170-1. CHEMICAL PROCESS INDUSTRIES
The course covers a comprehensive review of the industrial processing of naturally-occurring raw materials into base chemicals, intermediate chemicals, and consumer products. There will be an emphasis on the various manufacturing operations and processes involved in selected organic and inorganic chemical process industries, particularly those existing in the Philippines and the region.
Credit : 3 units
Prerequisites : CHE112P, CHM144
CHE180-1. PROCESS AND EQUIPMENT DESIGN
The course deals extensively with the application rules-of-thumb or heuristics in the design of processes and equipment industrial plants, particularly on piping, pumps, pressure vessels, heat and mass transfer equipment, materials handling, and selection of materials of construction.
Credit : 2 units
Prerequisites : CHE135-1P, CHE136-1, CHE135-1X
Corequisite : CHE181-1D
CHE181-1D. PLANT DESIGN 1
The course describes the different strategies in the design of chemical products and processes, which utilize the students’ theoretical knowledge of chemical engineering principles (material and energy balances, transport phenomena, thermodynamics, kinetics, and separation processes), fundamentals of process safety, and environmental concerns as applied to optimum design of a chemical process plant. Further, the course is designed to accustom the students to the kinds of designs and economic analyses which they may be called upon to perform when they enter industry.
Credit : 1 unit
Prerequisites : CHE135-1P, CHE136-1, CHE135-1X
Corequisite : CHE180-1
CHE182-1. PLANT DESIGN 2
A continuation of Plant Design 1 (CHE180-1), the course gives the students the opportunity to apply the strategies learned in CHE180 and CHE181D to a design project assigned to them.
Credit : 2 units
Prerequisites : CHE180-1, CHE181-1D, CHE183-1, CHE70-1
CHE183-1. CHEMICAL PROCESS SAFETY
The course covers discussions on the principles and applications of technical fundamentals of chemical process safety including toxicology, industrial hygiene, source models, toxic release and dispersion models, designs to prevent fires and explosions, reliefs, hazards identification, risk assessment, and accident investigations.
Credit : 3 units
Prerequisites : CHE170-1, ENV110-1
CHE184X. PROCESS DESIGN EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemical engineering students in Process and Equipment Design, Plant Design 1, and Process Dynamics and Control.
Prerequisite : CHE180-1, CHE181-1D, CHE184-1P
Corequisite : CHE182-1
CHE184-1P. PROCESS DYNAMICS AND CONTROL
The course covers process modeling based on material and energy balances for use in the design of process control systems. It also covers the study of principles and operations of a wide variety of process instruments and proper selection thereof for practical industrial application. A laboratory component of the course is essential to apply simulate industrial applications of some process control theories.
Credit : 3 units
Prerequisites : CHE50P, CHE170-1
CHE185-1. INDUSTRIAL WASTE MANAGEMENT AND CONTROL
This course covers the study of the different environmental management programs applied to the industry, which includes Environmental Impact Assessment, Environmental Management System, Risk Assessment, Life Cycle Analysis, Pollution Prevention and Waste Treatment (wastewater, air pollutants, solid, and hazardous waste).
Credit : 3 units
Prerequisites : CHE170-1, ENV110-1
CHE188-1. QUANTITATIVE METHODS IN MANAGEMENT
The course introduces the students to quantitative decision-making tools. It covers decision models for planning, decision-making, resource allocation, and control. More specifically, these models are discussed in the context of linear programming, transportation and assignment, network models, queuing and waiting times, project control, and inventory management. These models are applied in solving decision problems to improve the efficiency of operations.
Credit : 3 units
Prerequisite : CHE40, CHE50P, EMG20
CHE189-1F. PLANT VISITS AND SEMINARS
The seminars to be conducted in this course are on important topics that are of immediate concern and are not formally covered in the required courses in the program. Plants visits are conducted to enhance the learning and experience of the students in the program.
Credit : 1 unit
Prerequisite : CHE182-1 for CHE
: CHE181-1D for CCE
CHE190-2. INTRODUCTION TO FOOD SCIENCE AND ENGINEERING
The scope of this course includes the following: food components, food decay and its prevention, unit operations in food processing, practical technologies, food quality, food safety, contemporary issues and ethics in food engineering.
Credit : 3 units
Prerequisites : CHE133-1P
CHE191-2. FOOD ENGINEERING UNIT OPERATIONS A
In this course the concept of food processing is introduced as a series of unit operations with emphasis on handling of food raw materials, characteristics of particulate materials, size reduction, mixing and agitation, and physical separation operations such as filtration, sedimentation, centrifugation, and crystallization.
Credit : 3 units
Prerequisite : CHE190 -2
CHE192-2. FOOD ENGINEERING UNIT OPERATIONS B
This course covers analysis and design of unit operations used in food processing such as pasteurization, sterilization, freezing, drying, and other novel food preservation methods.
Credit : 3 units
Prerequisite : CHE190-2
CHE193-2. FOOD PACKAGING
This course covers the essential functions of packaging, factors affecting food spoilage, properties, type and utilization of paper-, glass-, and plastic-based packaging materials, multilayer combinations, bar-code system in packaging and package recycling.
Credit : 3 units
Prerequisite : CHE190-2
CHE194-2. MECHANICAL PROPERTIES OF MATERIALS
This course deals with the basic concepts of solid mechanics and mechanical behavior of materials, stress-strain relationships, stress transformation, elasticity, plasticity, and fracture. Case studies will be discussed.
Credit : 3 units
Prerequisites : MSE20, CHE135-1X
CHE198-1. METHODS OF RESEARCH AND EXPERIMENTAL DESIGN
This course introduces the students to the methods of the research process such literature search and review, writing methodology and designing experiments. In this course, the students are required to submit a research proposal that they will present before an examination committee.
Credit : 2 units
Prerequisites : CHE133-1P, MATH30-7
CHE199-1R. CHEMICAL ENGINEERING PRACTICE
An internship course in which the is required to undergo training for a minimum of 240 contact-hours in any activities related to chemical engineering (design, research, consulting, process, technical service) in accredited institutions or organizations in the Philippines (or abroad).
Credit : 2 units
Prerequisite : CHE70-1, CHE180-1, CHE181-1D, CHE183-1
CHE200-1L. THESIS
In this course, the student performs and completes the experimental part of the research and is required to submit documentation of the results and present observations, interpretations, conclusions, and recommendations before an examination committee. The student is also required to present the research in a research colloquium.
Credit : 1 unit
Prerequisite : CHE198-1
CHM10. FUNDAMENTALS OF CHEMISTRY
A course designed for non-engineering and non-science students. Basic concepts on atomic structure, stoichiometry, gases, thermochemistry, kinetics, and equilibria are covered.
Credit : 3 units
CHM10L. FUNDAMENTALS OF CHEMISTRY LABORATORY
This is the laboratory course to accompany CHM10, which includes practice of laboratory skills.
Credit : 2units
Corequisite : CHM10
CHM11-2. GENERAL CHEMISTRY 1
Designed for students of chemistry, biological engineering, chemical engineering, and materials science and engineering, this course covers fundamental concepts of atoms and quantum theory, the periodic table and periodic properties, chemical bonding, chemical reactions, mole concept, and stoichiometry.
Credit : 2 units
CHM11-2L. GENERAL CHEMISTRY LABORATORY 1
A laboratory course that covers experiments and exercises to enhance the students’ understanding of topics in CHM11-2, practical laboratory techniques, matter and its changes, types of chemical reactions, and stoichiometry.
Credit : 1 unit
Corequisite : CHM11-2
CHM11-3. GENERAL CHEMISTRY 1
Designed for general engineering students, this course covers fundamental concepts of atoms and quantum theory, the periodic table and periodic properties, chemical bonding, chemical reactions, mole concept, and stoichiometry.
Credit : 2 units
CHM11-3L. GENERAL CHEMISTRY LABORATORY 1
A laboratory course that covers experiments and exercises to enhance the students’ understanding of topics in CHM11-3, practical laboratory techniques, matter and its changes, types of chemical reactions, and stoichiometry.
Credit : 1 unit
Corequisite : CHM11-3
CHM12-2. GENERAL CHEMISTRY 2
A continuation of CHM11-2, this course aims to provide the students an understanding of the basic principles of gases, liquids and solids, phase change, solutions, reactions in aqueous solution, and thermochemistry.
Credit : 2 units
Prerequisite : CHM11-2, CHM11-2L
CHM12-2L. GENERAL CHEMISTRY LABORATORY 2
A laboratory course that covers experiments and exercises to enhance the students’ understanding of topics in CHM12-2, such as, gas laws, solutions and their properties, acid-base titration, chemical kinetics, electrochemistry and corrosion, and calorimetry.
Credit : 1 unit
Prerequisite : CHM11-2, CHM11-2L
Corequisite : CHM12-2
CHM12-3. GENERAL CHEMISTRY 2
A continuation of CHM11-3, this course aims to provide the students an understanding of the basic principles of gases, liquids and solids, phase change, solutions, reactions in aqueous solution, and thermochemistry.
Credit : 2 units
Prerequisite : CHM11-3, CHM11-3L
CHM12-3L. GENERAL CHEMISTRY LABORATORY 2
A laboratory course that covers experiments and exercises to enhance the students’ understanding of topics in CHM12-2, such as, gas laws, solutions and their properties, acid-base titration, chemical kinetics, electrochemistry and corrosion, and calorimetry.
Credit : 1 unit
Prerequisite : CHM11-3, CHM11-3L
Corequisite : CHM12-3
CHM13-2P. GENERAL CHEMISTRY 3
A continuation of CHM12-2, the course covers topics on chemical kinetics, chemical equilibria, ionic equilibria, electrochemistry, nuclear chemistry, and detailed gravimetric analysis.
Credit : 3 units
Prerequisites : CHM12-2, CHM12-2L
Corequisite : CHM13L
CHM13L. GENERAL CHEMISTRY LABORATORY 3
A laboratory course to accompany CHM13-2P, this covers experiments designed to enhance students’ understanding of the concepts of stoichiometry, chemical kinetics, chemical equilibria, thermodynamics, and electrochemistry.
Credit : 1 unit
Prerequisites : CHM12-2, CHM12-2L
Corequisite : CHM13-2P
CHM13X. GENERAL CHEMISTRY EXIT EXAM
This exam is a generalized knowledge test administered to show proficiency of chemical engineering, chemistry, and biological engineering students in the general chemistry course series.
Prerequisite : CHM12-2
Corequisite : CHM13-2P
CHM15. General Chemistry: ORGANIC AND INORGANIC
A course designed for health-science students. Basic concepts on atomic structure, stoichiometry, gases, thermochemistry, kinetics, equilibrium and concepts of organic structural theory are covered.
Credit : 3 units
CHM15L. General Chemistry: ORGANIC AND INORGANIC LaboratorY
This is the laboratory course to accompany CHM15, which includes practice of laboratory skills.
Credit : 2 units
Corequisite : CHM15
CHM22-1. PHYSIOLOGICAL BIOCHEMISTRY
The course introduces various functional groups in organic chemistry. Physiological functions of carbohydrates, lipids, proteins and nucleic acids are also covered in detail
Credit : 3 units
Prerequisites : CHM10 and BIO23-1
CHM22-1L. PHYSIOLOGICAL BIOCHEMISTRY LABORATORY
A laboratory course which covers identification and characterization of carbohydrates, lipids, and proteins.
Credit : 1 unit
Prerequisites : CHM10 and BIO23-1L
Corequisite : CHM22-1
CHM23-1. NEUROBIOLOGICAL CHEMISTRY
The course deals with the physiological and biochemical mechanisms involved in the learning process, behavior, and nervous system function
Credit : 3 units
Prerequisites : CHM22-1 and CHM22-1L
CHM23-1L. NEUROBIOLOGICAL CHEMISTRY LABORATORY
The course provides students background on the physiological and biochemical analysis of substances that affect the nervous system.
Credit : 1 unit
Prerequisites : CHM22-1 and CHM22-1L
Corequisite : CHM23-1
CHM40. ORGANIC AND BIOCHEMISTRY
The course deals with basic concepts of organic structural theory and the reactions of organic compounds and biomolecules in a biological system.
Credit : 3 units
Prerequisites : CHM10, CHM10L
CHM40L. ORGANIC AND BIOCHEMISTRY LABORATORY
Designed to accompany CHM40, this laboratory course covers experiments illustrating techniques used to study organic and biomolecules, and those that illustrate their reactivity in a biological setting.
Credit : 2 units
Prerequisites : CHM10, CHM10L
Corequisite : CHM40
CHM41. Biochemistry
The course deals with the study of the structure and function of cellular components such as proteins, carbohydrates, lipids, nucleic acids and other biomolecules.
Credit : 3 units
Prerequisites : CHM15, CHM15L
CHM41L. BIOCHEMISTRY LABORATORY
Designed to accompany CHM41, this laboratory course covers experiments illustrating techniques used to study biological substances.
Credit : 2 units
Prerequisites : CHM15, CHM15L
Corequisite : CHM41
CHM70. CHEMISTRY LAWS AND ETHICS
The course covers the study of various legal and ethical issues affecting the practice of chemistry. It includes chemistry laws, environmental laws, intellectual property laws, and business and professional ethics.
Credit : 1 unit
Prerequisites : CHM112, CHM145 for BECM, CCE
: CHM115X, CHM147X, CHM175X for CHM
CHM99. DEVELOPMENT AND RISE OF MODERN SCIENCE
Credited as a Science, Technology, and the Society course, this will study the development of modern science from the seventeenth century to the present, focusing not on discoveries and their discoverers but on the examination of what science is, how science has been practiced and by whom, how discoveries were made and accepted, the nature of scientific progress, the impact of science on society, and the impact of society on science. Topics will be drawn from the histories of mathematics, physics, chemistry, biology, geology, medicine, psychology, computer science, and various engineering disciplines.
Credit : 3 units
CHM110-1L. ANALYTICAL CHEMISTRY LABORATORY 1
Designed to accompany CHM110 for non-chemistry and non-chemical engineering majors, this laboratory course covers basic quantitative analytical techniques such as gravimetry and volumetry.
Credit : 1 unit
Prerequisites : CHM 13P, CHM13L
Corequisite : CHM 110
CHM111. ANALYTICAL CHEMISTRY 1
Designed for chemical engineering students, the course covers topics on acid-base equilibria, acid-base titration, complexometric titration, precipitimetry, potentiometric titration, redox titration, electroanalytical techniques, sampling analysis, calibration methods, and UV, IR and AA spectroscopy.
Credit : 3 units
Prerequisites : CHM13-2P, CHM13X
CHM111-1. ANALYTICAL CHEMISTRY 1
Designed for materials science and engineering students, the course covers topics on acid-base equilibria, acid-base titration, complexometric titration, precipitimetry, potentiometric titration, and redox titration.
Credit : 2 units
Prerequisites : CHM13-2P or CHM12-2
CHM111L. ANALYTICAL CHEMISTRY LABORATORY 1
This laboratory component of CHM111 covers experiments and exercises to enhance the students’ understanding of basic tools and operations of analytical chemistry, data handling, measurements and calibration, gravimetric analysis and calculations, standardization techniques, acid-base titration using double indicator and EDTA, redox titration, potentiometric titration, electroanalytical techniques, UV, IR and AA spectroscopy.
Credit : 2 units
Prerequisites : CHM13-2P
Corequisite : CHM111
CHM111-1L. ANALYTICAL CHEMISTRY LABORATORY 1
This laboratory component of CHM111-1 covers experiments and exercises to enhance the students’ understanding of basic tools and operations of analytical chemistry, data handling, measurements and calibration, gravimetric analysis and calculations, standardization techniques, acid-base titration using double indicator and EDTA, redox titration, and potentiometric titration.
Credit : 1 unit
Prerequisites : CHM13-2P, CHM13L or CHM12-2, CHM12-2L
Corequisite : CHM111-1
CHM112. ANALYTICAL CHEMISTRY 1
Designed for chemical engineering students, the course covers topics on acid-base equilibria, acid-base titration, complexometric titration, precipitimetry, potentiometric titration, redox titration, electroanalytical techniques, sampling analysis, and calibration methods.
Credit : 3 units
Prerequisites : CHM13-2P, CHM13L, CHM13X
Corequisite : CHM112L
CHM112L. ANALYTICAL CHEMISTRY LABORATORY 1
This laboratory component of CHM112 covers experiments and exercises to enhance the students’ understanding of basic tools and operations of analytical chemistry, data handling, measurements and calibration, gravimetric analysis and calculations, standardization techniques, acid-base titration using double indicator and EDTA, redox titration, potentiometric titration, and electroanalytical techniques.
Credit : 2 units
Prerequisites : CHM13-2P, CHM13L
Corequisite : CHM112
CHM115. ANALYTICAL CHEMISTRY 2
The course introduces the concepts and principles of modern analytical chemistry through the different techniques of analytical separation and instrumental analysis. The discussions will focus on the principles, applications capabilities and limitations of modern analytical methods.
Credit : 3 units
Prerequisites : CHM112, CHM112L, CHM146, CHM146L
CHM115L. ANALYTICAL CHEMISTRY LABORATORY 2
A laboratory course to accompany CHM115 and provides actual practice of modern analytical chemistry through exposure to the different techniques of analytical separation and instrumental analysis.
Credit : 2 units
Prerequisites : CHM112, CHM112L, CHM146, CHM146L
Corequisite : CHM115
CHM115X. ANALYTICAL CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemistry students in the analytical chemistry course series.
Prerequisite : CHM112, CHM146, CHM146L
Corequisite : CHM115
CHM130. INORGANIC CHEMISTRY
The course covers theoretical background of atomic structure and bonding concepts and also discusses the chemistry of elements.
Credit : 3 units
Prerequisites : CHM112, CHM145, CHM115X, CHM147X
CHM131. ADVANCE INORGANIC CHEMISTRY 1
The course covers on the principles and trends in the chemistry of elements and on the essentials of structure (atomic and molecular), bonding, reactivity of inorganic systems and solids and material chemistry.
Credit : 2 units
Prerequisites : CHM112, CHM146, CHM146L, CHM147X
CHM132. ADVANCE INORGANIC CHEMISTRY 2
A continuation of CHM131, this course includes the study of Coordination chemistry (structure, geometry and isomerism, bonding theories and reaction mechanisms), Inorganic spectroscopy, organometallic chemistry, and special topics that include catalysis, bioinorganic and inorganic materials, and environmental and atmospheric chemistry.
Credit : 2 units
Prerequisites : CHM131
CHM132X. ADVANCED INORGANIC CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemistry students in the advanced inorganic chemistry course series.
Prerequisite : CHM131
Corequisite : CHM132
CHM140. BASIC ORGANIC CHEMISTRY 1
The course covers the basic principles in organic structural theory and simple functional group transformation of organic compounds.
Credit : 2 units
Prerequisite : CHM13-2P or CHM12-2
CHM140L. BASIC ORGANIC CHEMISTRY LABORATORY 1
A laboratory course to accompany CHM 140 covering basic techniques in organic chemistry and chemical tests used to distinguish organic compounds.
Credit : 1 unit
Prerequisite : CHM13-2P
Corequisite : CHM140
CHM142. ORGANIC CHEMISTRY 1
This course deals with the structure and reactivity of organic compounds such as alkanes, alkenes, alkynes, and aromatic hydrocarbons. It also covers the structural theory of organic compounds.
Credit : 2 units
Prerequisites : CHM13-2P, CHM13X
CHM142L. ORGANIC CHEMISTRY LABORATORY 1
Designed to complement CHM142, this course covers semi-micro and macro techniques of synthesis, determination of the properties of organic compounds, and qualitative organic analysis.
Credit : 1 unit
Prerequisite : CHM13-2P
Corequisite : CHM142
CHM143. ORGANIC CHEMISTRY 2
A continuation of CHM142, this course includes the study of physical and chemical properties of the different classes of organic compounds and simple synthesis problems.
Credit : 2 units
Prerequisite : CHM142
CHM143L. ORGANIC CHEMISTRY LABORATORY 2
Designed to complement CHM143, this course covers experiments on various types of organic reactions involving different classes of organic compounds.
Credit : 1 unit
Prerequisites : CHM142, CHM142L
Corequisite : CHM143
CHM144. INDUSTRIAL CHEMISTRY
This course deals with the theoretical study of different chemical industries with emphasis on reaction mechanisms that serve the basis of the industrial chemical processes. Recommended industries for discussion are oils and fats, flavors and fragrances, sugar, fermentation, soap and detergents, hydrogen peroxide and inorganic peroxy compounds, industrial acids and bases, polymers petrochemicals, and paints, pigments and industrial coatings. Also included is a discussion of catalysis and its application in the chemical industry.
Credit : 2 units
Prerequisite : CHM142, CHM142L or CHM146, CHM146L
CHM144L. INDUSTRIAL CHEMISTRY LABORATORY
This is a laboratory course that involves actual preparation of industrial products commonly encountered in the chemical process industries such as manufacture of vegetable oil, refined vegetable oil, soap, wine, refined sugar, paper etc.
Credit : 1 unit
Prerequisites : CHM142, CHM142L or CHM146, CHM146L
Corequisite : CHM144
CHM145. ORGANIC CHEMISTRY 1
This course is designed for undergraduate science major students. It is the first of a series of an integrated study of organic compounds based on the modern concepts of structure and reactivity. It covers covalent bonding, stereochemistry, alkyl halides, and aliphatic and aromatic hydrocarbons.
Credit : 3 units
Prerequisites : CHM13-2P
: CHM13L, CHM13X for BECM, CCE, CHM
CHM145L. ORGANIC CHEMISTRY LABORATORY 1
A laboratory course to accompany CHM145, this course covers the basic and advance semi-micro and macro techniques of synthesis and determination of the properties of organic compounds and qualitative organic analysis.
Credit : 2 units
Prerequisites : CHM13-2P, CHM13L
Corequisite : CHM145
CHM146. ORGANIC CHEMISTRY 2
This course is a continuation of CHM145. This includes the physical and chemical properties of the different functional classes of organic compounds, spectroscopy, and simple synthesis problems.
Credit : 3 units
Prerequisites : CHM145, CHM145L
CHM146L. ORGANIC CHEMISTRY LABORATORY 2
A laboratory course accompanying CHM146 covering experiments on various types of organic reactions involving different classes of organic compounds.
Credit : 2 units
Prerequisites : CHM145, CHM145L
Corequisite : CHM146
CHM147. ORGANIC CHEMISTRY 3
The course is a study of the mechanisms of more complicated organic reactions in organic chemistry and structure elucidation using spectroscopic techniques.
Credit : 3 units
Prerequisite : CHM146, CHM146L
CHM147X. ORGANIC CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemistry students in the organic chemistry course series.
Prerequisite : CHM146, CHM146L
Corequisite : CHM147
CHM148P. FOOD CHEMISTRY AND ANALYSIS
The course is an introduction to the chemistry of the major components of foods such as lipids, proteins, carbohydrates, and water. Emphasis will be given to the reactions and changes in food components which occur during processing, handling and storage. The laboratory component of the course covers methods of analysis used in typical food products, and the detection of colors, adulterants, and preservatives in foods
Credit : 3 units
Prerequisite : CHM146, CHM146L
CHM149. ENVIRONMENTAL CHEMISTRY
This course covers chemical nature of the environment and chemical characteristics, toxicology, and fate and transport of common chemical pollutants in the hydrosphere, atmosphere, and lithosphere.
Credit : 3 units
Prerequisites : CHM112, CHM146 for BECM
CHM115, CHM115L, CHM147 for CHM
CHM160-1. BIOCHEMISTRY 1
The course covers the chemistry of biological systems, particularly the structures and activity of major groups of biomolecules.
Credit : 2 units
Prerequisites : CHM111 or CHM112, CHM146, CHM115X, CHM147X
CHM160L. BIOCHEMISTRY 1 LABORATORY
Designed to accompany CHM160, this course covers laboratory activities involving experiments focusing on the chemistry of biological systems.
Credit : 1 unit
Prerequisites : CHM111 or CHM112, CHM146
Corequisite : CHM160-1
CHM161. BIOCHEMISTRY 2
A continuation of CHM160, the course particularly covers the metabolism of major groups of biomolecules.
Credit : 2 units
Prerequisites : CHM160-1, CHM160L
Corequisite : CHM161L
CHM161L. BIOCHEMISTRY 2 LABORATORY
Designed to accompany CHM161, this course covers continuation of laboratory activities in CHM160L.
Credit : 1 unit
Prerequisites : CHM160-1, CHM160L
Corequisite : CHM161
CHM161X. BIOCHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemistry students in the biochemistry course series.
Prerequisite : CHM160-1, CHM160L
Corequisite : CHM161
CHM170P. PHYSICAL CHEMISTRY 1
This course covers discussions on the physical and chemical properties of the gaseous state of matter and an introduction to the laws of thermodynamics and its application to chemical systems.
Credit : 3 units
Prerequisites : CHM111 or CHM112; CHM111L or
CHM112L; MATH22-1
Corequisite : CHM170L
CHM170L. PHYSICAL CHEMISTRY LABORATORY 1
Designed to accompany CHM170, the course covers experimental determination of the physical properties of the liquid state and heat effects measurement.
Credit : 1 unit
Prerequisites : CHM111 or CHM112;
CHM111L or CHM112L;
MATH22-1 for BE, BECM, CHM
Corequisite : CHM170P
CHM171L. PHYSICAL CHEMISTRY LABORATORY 2
A laboratory course to accompany CHM171, this course covers experimental determination of electrical properties of solutions, phase equilibria, chemical equilibrium, and photochemistry.
Credit : 1 unit
Prerequisites : CHM170P, CHM170L
Corequisite : CHM171P
CHM171P. PHYSICAL CHEMISTRY 2
A continuation of CHM170P, the course covers topics on phase equilibria, electrochemical equilibria, transport processes, reaction kinetics and an introduction to quantum mechanics.
Credit : 3 units
Prerequisites : CHM170P, CHM170L
CHM171X. ADVANCED CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemical engineering students in the advanced chemistry course series.
Prerequisite : CHM170P, CHM144
Corequisite : CHM171P
CHM175. QUANTUM CHEMISTRY
The course includes a discussion of quantum theory, molecular spectroscopy, and transport phenomena.
Credit : 3 units
Prerequisite : CHM171P, CHM171L,
PHY13, PHY13L, MATH22-1
CHM175X. QUANTUM CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of chemistry students in the physical chemistry course series.
Prerequisite : CHM171P
Corequisite : CHM175
CHM177. COLLOID CHEMISTRY
The course deals with the basic principles of colloid chemistry: molecular, optical, and electrical properties of disperse systems; thermodynamics of surface phenomena; capillary phenomena; structure and stability of disperse systems; adsorption of surface active substances; micelle formation; and colloidal methods of production and machining of materials.
Credit : 2 units
Prerequisite : CHM171-1
CHM180X. ALLIED CHEMISTRY EXIT EXAM
This examination is a generalized knowledge test administered to show proficiency of biological engineering-chemistry students in Inorganic Chemistry, Food Chemistry and Analysis, Physical Chemistry 2, and Environmental Chemistry.
Prerequisite : CHM130, CHM148P,
CHM171P, CHM149
Corequisite : CHM175
CHM198-1. RESEARCH METHODS AND EXPERIMENTAL DESIGN
This course introduces the students to the methods of the research process such literature search and review, writing methodology and designing experiments. In this course, the students are required to submit a research proposal that they will present before an examination committee.
Credit : 2 units
Prerequisites : CHM146, MATH30-7 or BIO153-2
CHM198P. RESEARCH METHODS AND EXPERIMENTAL DESIGN
This course introduces the students to the methods of the research process such literature search and review, writing methodology and designing experiments. In this course, the students are required to submit a research proposal that they will present before an examination committee.
Credit : 2 units
Prerequisites : CHM131, CHM146, MATH30-7 or BIO154-1
CHM199R. CHEMISTRY PRACTICE
Designed for students to undergo training in various chemical industries, the course requires a minimum of 240 hours of field work in selected chemical industries as well as plant visits.
Credit : 2 units
Prerequisites : CHM130, CHM160-1 for BECM
: CHM115X, CHM132X, CHM147X, CHM161X, CHM175X for CHM
CHM200-0L. THESIS 1
In this course, the student performs the experimental part of the research proposal and is expected to have performed at least half of the activities in the methodology.
Credit : 1 unit
Prerequisite : CHE198 or CHM198P
CHM200-1L. THESIS 2
In this course, the student completes the experimental part of the research and is required to submit documentation of the results and present observations, interpretations, conclusions and recommendations before a faculty panel.
Credit : 1 unit
Prerequisite : CHM200-0L
CHM200-2L. THESIS 1
In this course, the student performs the experimental part of the research proposal and is expected to have performed at least half of the activities in the methodology.
Credit : 1 unit
Prerequisite : CHE198-1 or CHM198-1
CHM200-3L. THESIS 2
In this course, the student completes the experimental part of the research and is required to submit documentation of the results and present observations, interpretations, conclusions and recommendations before a faculty panel.
Credit : 1 unit
Prerequisite : CHM200-2L
ENV20. INTRODUCTION TO ENVIRONMENTAL ENGINEERING
The course covers the study of environmental systems and disturbances, sources of primary and secondary pollutants, technologies in water and wastewater treatment, air pollution control, solid and hazardous waste management, environmental regulations. Different threats to the environment, how the manufacturing and construction industry contribute to environmental problems, and how to develop an environmental management plan to prevent further deterioration of the environment will be given emphases.
Credit : 2 units
Prerequisite : CHM12-2, CHM12-3
for ECE, IE, SEM, EE, CpE
: CHM12-3 for MME
ENV110-1. ENVIRONMENTAL ENGINEERING AND ENVIRONMENTAL SAFETY
This is an introductory course on the study of environmental systems and disturbances, sources and control of primary and secondary pollutants, technologies in water and wastewater treatment, air pollution control, solid and hazardous waste management, and current environmental issues and regulations. It also includes discussions on the different man-made and natural threats to safety in the environment, how the manufacturing industry contributes to environment problems, and how to develop an environmental management plan to prevent further deterioration of the environment.
Credit : 3 units
Prerequisite : CHM13-2P
ENV190-2. ENVIRONMENTAL SCIENCE
This is a course that deals with discussions concerning natural processes occurring in the environment. Topics include the physical and chemical nature of environment, environment systems, disturbances, problems, and the scientific basis of technologies on environmental pollution control. The course also includes discussions on global environmental change and its impact on population and ecology.
Credit : 3 units
Prerequisites : ENV110-1, CHE135-1X
MSE10. ORIENTATION TO MATERIALS SCIENCE AND ENGINEERING
The course introduces material science and engineering as a profession with emphasis on the requirements for professional practice and material science and engineering as a career focusing on the career opportunities. The course discusses developing scientific and engineering skills to succeed in engineering and science study.
Credit : 1 unit
MSE20. FUNDAMENTALS OF MATERIALS SCIENCE AND ENGINEERING
A study on the structure & composition of materials (metals, polymers, ceramics & composite materials) properties & behavior in service environments.
Credit : 3 units
Prerequisites : CHM12-2 or CHM12-3, PHY13, PHY13L, PHY13X
For Electrical, Electronics, Industrial and Mechanical Engineering Programs
MSE20-2. FUNDAMENTALS OF MATERIALS SCIENCE AND ENGINEERING
A study on the structure & composition of materials (metals, polymers, ceramics & composite materials), properties & behavior in service environments, and processing of these materials.
Credit : 3 units
Prerequisites : CHM12-3, PHY13, PHJY13L, PHY13X
: CHM12-3, PHY12, PHJY12L
: CHM12-3, PHY12, PHY12L for MME
For Civil Engineering
MSE20-4. FUNDAMENTALS OF MATERIALS SCIENCE AND ENGINEERING
A study on the structure & composition of materials (metals, polymers, ceramics & composite materials) properties & behavior in service environments, with emphasis on construction materials.
Credit : 3 units
Prerequisites : CHM12-3, PHY13, PHY13L, PHY13X
For Service Engineering and Management and Construction Engineering and Management Programs
MSE20-3. INTRODUCTION TO MATERIALS SCIENCE AND ENGINEERING
A study on the fundamental concepts of structure & composition of materials (metals, polymers, ceramics & composite materials), properties & behavior in service environments, and the economic aspect of materials’ processing.
Credit : 3 units
Prerequisite : CHM12-3, PHY11-2/PHY11-2L
For Business Administration, Accountancy, and Entrepreneurship Programs
MSE001. INTRODUCTION TO MATERIALS SCIENCE AND ENGINEERING
This course familiarizes the students with the attributes of different materials and compounds commonly used in manufacturing and fabrication. It covers discussions on the materials’ strengths, weaknesses, special properties, and common applications.
Credit : 3 units
Prerequisite : None
MSE21L. MEASUREMENTS IN MATERIALS SCIENCE AND ENGINEERING
Measurements of length, density, temperature, & particle size distribution routine hardness measurements (Rockwell, Brinell & Vickers) microstructure related measurements using surface morphology apparatus.
Credit : 2 units
Prerequisites : CHM12-2, PHY13
Corequisite : MSE20
MSE40. ECONOMIC ANALYSIS OF MATERIALS SCIENCE AND ENGINEERING
Introduction to economic analysis applied to materials engineering; cost estimation; overview of feasibility study preparation. This course is essentially equivalent to Engineering Economics but emphasis is given to Materials Engineering Processes.
Credit : 3 units
Prerequisite : 4th YEAR STANDING
MSE60. NUMERICAL METHODS
This course covers the detailed concepts of numerical analysis in solving engineering problems using a computer. It includes numerous techniques in finding roots of an equation, solving systems of linear and non-linear equations, matrix, Eigen value problems, polynomial approximation and interpolation, solving differential equations (Euler, Runge-Kutta formulas, matrix methods) as well as application of partial differential equations in various fields of engineering. Approximation of roots by the use of differentiation and integration, the Monte-Carlo methods and simulation, error propagation and analysis, the methods of least squares and goodness- of-fit tests are also essential part of this course.
Credit : 3 units
Prerequisite : MATH24-1
MSE70. LAWS, CONTRACTS AND ETHICS
Principles of laws, rules and regulations, and ethical standards affecting the practice of Materials Science and Engineering or Metallurgical Engineering including the elements of relevant contracts.
Credit : 2 units
Prerequisite : 4TH YEAR STANDING
MSE100-0. ELECTRICAL AND MAGNETIC MATERIALS
Electrical & magnetic materials & their properties; band theory of solids & lattice vibrations; periodic structures; lattice waves; electron states; static properties of solids; electron-electron interactions; dynamics of electrons in solids
Credit : 3 units
Prerequisites : CHM12-2, PHY13, PHY13L
MSE101. SEMICONDUCTOR MATERIALS AND PROCESSES
A course on basic semiconductor theories and fabrication processes of semiconductor devices.
Credit : 3 units
Prerequisite : MSE20
Prerequisite : MSE20-2, ME136P for ME
MSE102-0. THERMODYNAMICS AND PHASE EQUILIBRA OF MATERIALS
Basic thermodynamic quantities & laws; phase transformations & chemical reactions; phase of variable compositions; free energy of binary systems, surfaces & interfaces. Emphasis should be given to metals to satisfy equivalence with Metallurgical Thermodynamics.
Credit : 3 units
Prerequisites : CHM111-1, MSE20
MSE102-1. THERMODYNAMICS AND PHASE EQUILIBRA OF MATERIALS
Basic thermodynamic quantities & laws; phase transformations & chemical reactions; phase of variable compositions; free energy of binary systems, surfaces & interfaces. Emphasis should be given to electronic materials to satisfy needs of ECE students.
Credit : 3 units
Prerequisites : MSE20
MSE102L. THERMODYNAMICS AND PHASE EQUILIBRA OF MATERIALS LABORATORY
Includes laboratory exercises on demonstrative applications of thermodynamic principles relevant to materials engineering; determination of some thermodynamic quantities. Emphasis should be given to metals to satisfy equivalence with Metallurgical Thermodynamics.
Credit : 1 unit
Corequisite : MSE102-0
MSE103-1. ANALYTICAL TECHNIQUES IN MATERIALS SCIENCE AND ENGINEERING LABORATORY
X-ray diffractometry, stress analysis & chemical techniques (EDS, WDS); spectroscopy; surface analytical techniques (SIMS, ESCA, AUGER). The lecture is supplemented with laboratory exercises.
Credit : 1 unit
Prerequisites : MSE20, MSE21L
MSE103-1L. ANALYTICAL TECHNIQUES IN MATERIALS SCIENCE AND ENGINEERING LABORATORY
Laboratory component of MSE103-1.
Credit : 1 unit
Prerequisite : MSE20, MSE21L
Corequisite : MSE103-1
MSE104-1. PRINCIPLES OF METALLURGY
An introduction to mineral dressing to pyro-, hydro-, and electro-metallurgy, and to adaptive metallurgy. Terminology, principles and processes.
Credit : 3 units
Prerequisites : CHM111-1, CHM111-1L
MSE105-1. PHYSICAL METALLURGY 1
A study of elementary stress-strain relations; determination of the criteria for strength and plastic deformation of fracture materials; study of mechanical forming operations such as rolling, forging, drawing, die-forming, interpretation of basic mechanical test such as tensile, compression, hardness impact, fatigue test. This course will give emphasis to metals in order to satisfy equivalence with Physical Metallurgy 1.
Credit : 3 units
Prerequisites : MEC32, MSE102-0
MSE105-1L. PHYSICAL METALLURGY LABORATORY 1
To be taken simultaneously with MSE105-1. Includes laboratory exercises on stress-strain relations. Tensile and compressive strength measurements; heat treatment of steel; precipitation hardening; determination of the hardenability of steel.
Credit : 1 unit
Prerequisites : MEC32, MSE102-0
Corequisite : MSE105-1
MSE106-1. METALLURGICAL ANALYSIS
Classical and modern methods of metallurgical analysis.
Credit : 1 unit
Prerequisite : CHM12-2
MSE106-1L. METALLURGICAL ANALYSIS LABORATORY
Laboratory for MSE106-1. Includes fire assaying and other modern methods of metallurgical quantitative analysis.
Credit : 2 units
Prerequisites : CHM111-1, CHM111-1L
Corequisite : MSE106-1
MSE106-2. PRINCIPLES OF SEMICONDUCTOR DEVICES
Discussion on the basic concepts of the different semiconductor devices with emphasis on the applications in microelectronics.
Credit : 3 units
Prerequisite : MSE101
MSE107-0. THIN FILM PROCESSING
Lecture in vacuum technology & thin film deposition.
Credit : 3 units
Corequisite : MSE106-2
Prerequisites : MSE102-0
MSE107-0L. THIN FILM PROCESSING LABORATORY
Laboratory exercises for MSE107-0
Credit : 1 unit
Co requisite : MSE107-0, MSE106-2
Prerequisites : MSE102-0
MSE107-1. MINERAL PROCESSING 1
Size reduction and separation; gravity, magnetic and electrical concentration; dewatering, materials handling.
Credit : 3 units
Prerequisites : GEO111P, MSE104-1
MSE107-1L. MINERAL PROCESSING LABORATORY 1
Laboratory exercises for MSE107-1.
Credit : 1 unit
Prerequisites : GEO111P, MSE104-1
Co requisite : MSE107-1
MSE108L. COMPUTER APPLICATIONS IN MATERIALS SCIENCE AND ENGINEERING
Familiarization of common computer application software and computational tools for Materials analysis and evaluation.
Credit : 2 units
Prerequisites : CS10-1L
MSE109-0. FAILURE ANALYSIS AND MATERIALS TESTING
Failure analysis of materials; destructive & non-destructive testing methods related to failure analysis & reliability testing; industrial standards for materials.
Credit : 3 units
Prerequisite : MSE107-0, MSE107-0L
MSE109-0L. FAILURE ANALYSIS AND MATERIALS TESTING LABORATORY
Laboratory exercises for MSE109-0.
Credit : 1 unit
Co requisite : MSE109-0
Prerequisites : MSE107-0, MSE107-0L
MSE109-1. PHYSICAL METALLURGY 2
Continuation of MSE105-1/105-1L placing emphasis on the detailed study of the alloy series, Heat treatment practices, and Metal forming.
Credit : 3 units
Prerequisites : MSE105-1, MSE105-1L
MSE109-1L. PHYSICAL METALLURGY LABORATORY 2
Laboratory exercises in microstructure analysis, heat treatment of metals and metal forming methods.
Credit : 1 unit
Prerequisites : MSE105-1, MSE105-1L
Corequisite : MSE109-1
MSE110-0. INTRODUCTION TO NANOTECHNOLOGY
A course on the fundamental concepts of nanotechnology, including latest trends and developments in this field. Emphasis will be given to the role of materials science and engineering in nanotechnology.
Credit : 3 units
Prerequisites : MSE107-0, MSE107-0L
Prerequisites : MSE20-2
MSE110-1. FUELS AND REFRACTORIES
Fuel materials; mechanics and chemistry of combustion; heat transfer and combustion; design of burners and industrial furnaces; energy requirements of different metallurgical processes; classification of refractories; physical and chemical properties; pertinent phase equilibrium systems; applications to metallurgical industries.
Credit : 3 units
Prerequisites : CHM111-1, CHM111-1L
MSE111-1. MINERAL PROCESSING 2
Size reduction and separation; comminution; concentration; materials handling; gravity, magnetic and electrical concentration; dewatering; tailings disposal. Flotation.
Credit : 3 units
Prerequisites : MSE107-1, MSE107-1L
MSE111-1L. MINERAL PROCESSING LABORATORY 2
Laboratory exercises for MSE111-1.
Credit : 1 unit
Co requisite : MSE111-1
Prerequisites : MSE107-1, MSE107-1L
MSE111-2. POLYMER MATERIALS AND PROCESSES
The course covers the study of the structure- property relationship of polymers, processing and conversion to plastics, and application and performance of polymers.
Credit : 3 units
Prerequisite : CHM140, MSE20
MSE111-2L. POLYMER MATERIALS AND PROCESSES LABORATORY
Laboratory component of MSE111-2.
Credit :1 unit
Pre-requisite : CHM140, MSE20
Corequisite : MSE111-2
MSE112-0. SPECIAL TOPICS IN MSE
Discussion on the latest trends and developments in materials science and engineering.
Credit : 2 units
Prerequisites : MSE109-0, MSE109-0L
MSE112-1. FOUNDRY SCIENCE
A detailed study of the theories of solid liquid transformation and principles of metal casting, giving thorough description and study of actual foundry works.
Credit : 2 units
Prerequisites : MSE109-1, MSE109-1L
MSE113-0. SEMICON DEVICE FABRICATION
A course which discusses the principles and techniques involved in the different processes and equipment used in the fabrication of semiconductor device; also, it includes quality and reliability aspects.
Credit : 3 units
Prerequisites : MSE111-0, MSE111-0L
MSE113-0L. SEMICON DEVICE FABRICATION LABORATORY
Laboratory Exercises for MSE113-0.
Credit : 1 unit
Co requisite : MSE113-0
Prerequisites : MSE111-0, MSE111-0L
MSE113-1. EXTRACTIVE METALLURGY 1
Basic principles on Hydrometallurgy, electrometallurgy and corrosion, energy and mass balance.
Credit : 3 units
Prerequisites : MSE111-1, MSE111-1L
MSE113-1L. EXTRACTIVE METALLURGY LABORATORY 1
Exercises in leaching, cementation, electrometallurgy, and solvent extraction.
Credit : 1 unit
Co requisite : MSE113-1
Prerequisites : MSE111-1, MSE111-1L
MSE113-2. RATE PROCESSES IN MSE
Reaction rates; application to nucleation, crystal growth, grain growth, recrystallization, precipitation, sintering, oxidation, and solid state reaction; role of kinetics in the development of microstructures.
Credit : 3 units
Prerequisite : MSE102-0, MSE102L
MSE113-2L. RATE PROCESSES IN MSE LABORATORY
Laboratory component of MSE113-2.
Credit : 1 unit
Prerequisite : MSE102-0, MSE102L
Corequisite : MSE113-2
MSE114-1. POWDER METALLURGY
The course covers the basic processes of blending fine metallic powder materials. This includes synthesis of metallic powder, blending of these powders, compacting and sintering.
Credit : 3 units
Pre-requisite : MSE104-1
MSE115. COMPOSITE MATERIALS
Processing of important modern composite materials; structures & properties of fibers, matrices, & final composites.
Credit : 3 units
Corequisite : MSE116
Prerequisites : MSE112-0
: MSE20-2, ME136P for MfgE
MSE115L. COMPOSITE MATERIALS LABORATORY
Processing of important modern composite materials; structures & properties of fibers, matrices, & final composites.
Credit : 1 unit
Co requisite : MSE115, MSE116
Prerequisites : MSE112-0
MSE115-1. EXTRACTIVE METALLURGY 2
Discussion on the different pyrometallurgical extraction of ferrous and non-ferrous metals; energy and mass balance.
Credit : 3 units
Prerequisites : MSE113-1, MSE113-1L
MSE115-1L. EXTRACTIVE METALLURGY LABORATORY 2
Exercises for MSE115-1.
Credit : 1 unit
Co requisite : MSE115-1
Prerequisites : MSE113-1, MSE113-1L
MSE116. CERAMIC MATERIALS
An introductory course to the properties of ceramic and common fabrication techniques.
Credit : 3 units
Prerequisite : MSE20
MSE117. PLANT DESIGN 1
Plant design course including selection and integration of processes, equipment and materials, site and plant lay-out; sampling and control systems in plants; environmental regulations, compliance and considerations.
Credit : 2 units
Prerequisites : MSE40, 4TH Year Standing
MSE117L. PLANT DESIGN LABORATORY 1
Laboratory for PLANT DESIGN 1.
Credit : 2 units
Prerequisite : MSE117
MSE199R. ON-THE-JOB TRAINING
384 hours of hands-on training in a relevant manufacturing plant or government/private research facility.
Credit : 3 units
Prerequisites : MSE117L
MSE200L. THESIS 1
A continuation of RES100. Students are expected to conduct and complete the undergraduate research proposed in RES100-7.
Credit : 1 unit
Prerequisite : RES100-7
MSE200-1L. THESIS 2
A continuation of MSE200
Credit : 1 unit
Prerequisite : MSE200L
MSE200-2L. THESIS 3
A continuation of MSE200-1L.
Credit : 1 unit
Prerequisite : MSE200-1L
PRT190. INTRODUCTION TO PETROLEUM REFINING
This course focuses on the common hydrocarbons and by-products encountered in the petroleum refining industry. This course will also discuss the major fuel products of a typical refinery, major properties and applications of such, and the impact of paraffins, olefins, naphthenes and aromatics on fuel product properties. The connection between the refining industry and the allied industries will be discussed, as well as corrosion mechanisms in the refinery setting. A visit to the refinery is a requirement of this course.
Credit : 3 units
Prerequisite/s : CHM12/CHM12-3, CHM12-3L,
4th year standing
PRT191. OVERVIEW OF PETROLEUM REFINING PROCESS (WITH PROCESS FOCUS)
This course focuses on the major properties and applications of important fuel products of a typical refinery. The major refining processes are discussed, together with the refinery’s facilities and utilities. A discussion on corrosion and corrosion control is also included. A visit to the refinery is a requirement of this course.
Credit : 3 units
Prerequisite/s : CHM144, CHE135, CHE170-1
PRT192. OVERVIEW OF PETROLEUM REFINING PROCESS (WITH ELECTRICAL FOCUS)
This course focuses on the major properties and applications of important fuel products of a typical refinery. The major refining processes are discussed, together with the refinery’s power generation and distribution system, and emergency load shedding system. A visit to the refinery is a requirement of this course.
Credit : 3 units
Prerequisite/s : PRT190
SET190. INTRODUCTION TO SUSTAINABLE ENGINEERING
The course focuses on the concepts behind Sustainable Engineering to broaden students’ outlook on holistic potential engineering solutions centered on sustainability.
Credit : 3 units
Prerequisite : CHE133-1P
SET191. GREEN CHEMISTRY AND GREEN PROCESS ENGINEERING
The course discusses the 12 principles of green chemistry and their applications in green process engineering.
Credit : 3 units
Prerequisite : SET190
SET192. IMPACT ASSESSMENT, LIFE CYCLE EVALUATIONS AND INDUSTRIAL ECOLOGY
The course is centered on the central concept of “whole system thinking across the value chain/life cycle”.
Credit : 3 units
Prerequisite : SET191
SET193. CHALLENGES AND OPPORTUNITIES IN SUSTAINABILITY AND CLIMATE CHANGE
This is a course in which the students gain a comprehensive understanding of the sustainable engineering framework for practical sustainable solutions for Products, Processes and Infrastructure.
Credit : 3 units
Prerequisite : SET191
