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BS MECHATRONICS ENGNEERING (BS MecE)
LEGEND: 1st SEMESTER (BLUE)
COURSE NO.
Engl 7
MEC 311
MEC 311L
MEC 312
MEC 312L
2nd SEMESTER (GREEN)
COURSE TITLE
COURSE DESCRIPTION
Technical Writing
This is a writing course designed to guide the future practitioners in the field of
science and technology in preparing clearly-written papers or reports by applying
the principles of clarify, accuracy and facility of expression with the aid of their
respective technical language. It further aims to develop their ability to present
ideas convincingly to their colleagues as well as to the laymen.
Electronics 1
Electronics 1 Laboratory
Circuits 1
Circuits 1 Laboratory
Covers the analysis of electrical (I.e., series and parallel circuits) with the use of
various network theorems in preparation for diode applications and transistor
circuit analysis. Various diode approximations are considered including design
and analysis of rectifier circuits which are vital in the design of power supplies.
The topic on diode leads to the study of transistor, circuits leading to the design
and analysis of amplifier circuits (both AC & DC analysis)
Experiments covering the characteristics and operations and applications of the
diode. It also covers familiarization with the transistor, its various parameters vital
to transistor circuit design, transistor testing, transistor biasing and several
classes operation.
A comprehensive course on direct current circuits and networks for Electronics
and Communications Engineering students. Study on direct current, voltage,
resistance and power relation; network laws and theorems and their application to
steady state direct current, electric circuits and network analysis; inductance and
steady magnetic field and energy; capacitance and steady electric field and
energy; transient voltage and current in RL, RC and RLC direct current circuits.
A laboratory course on direct current theory, direct current electrical circuits and
networks for electronics and communications engineering students. Laboratory
experiments and investigations are performed on topics and subject matters
taken in ECE 312.
MEC 313L
Mech 311S
Litt 1
The course deals with workshop theory and organization; simple workshop
measuring instruments, hand tools, fitting bench work, bench drill and bench
Machine Shop Theory and
grinder; sheet metal working; principles of welding processes, welding metallurgy,
Practices
joining processes; foundry and metal casting.
Statics of Rigid Bodies
Literature of the Philippines
Study of basic principles and fundamental analysis of various forces of mechanics
with corresponding application, significance and importance in the various
problems in mechanical design and related problems of engineering. Statics
including determination of stresses in mechanical structure and machines,
cranes, and trusses by analytical and graphical methods; Centroids and moment
of inertia of plane areas and solids.
The course presents the development of Philippine Literature in English. As
such, it introduces literary materials classified according to various genres,
thereby exposing students to a variety of Filipino literary pieces. It also describes
the different eras in Philippine history which have influenced Philippine literature.
A study of the fundamental concepts of the mechanics of heat; the first and
second laws of Thermodynamics; characteristic equations of ideal gases, its
processes and cycles; internal combustion engines; two-phase system; steam, its
properties, processes and cycles.
ME 313A
Thermodynamics
MEC 320
This is a 3-unit course designed to introduce the advanced methods of
Advanced Math w/ Numerical
mathematics, their applications and importance to applied engineering problems.
Methods
MEC 321
MEC 321L
Electronics 2
Electronics 2 Laboratory
Covers the design, dc and ac analysis and operation of single-stage amplifiers
using bipolar junction transistors; the physical construction, dc and ac analysis
and operation of both the Junction Field Effect Transistor and Metal Oxide
Semiconductor Field Effect Transistor, analysis of multistage amplifiers
integrating bipolar junction transistor and field effect transistor stages. The
fundamentals, characteristics, properties, and analysis of ideal operational
amplifier which include several other circuit sources and level shifters, are
discussed.
Experiments covering the characteristic and operation of various amplifier
application circuits. Parameters such as voltage gain, phase relationship
between input and output signals are to be obtained.
MEC 322
A comprehensive course on alternating current theory, alternating current circuits
and networks for Electronics and Communications Engineering Students. It
includes the study of effective or root mean square value of alternating currents
and voltages, average power, magnitudes and phase relations of voltage, current
and power in resistance, inductance and capacitance, sinusoidal single phase
alternating current circuits; reactance, impedance and apparent power, reactive
power and power factor, alternating current circuit laws and network theorems;
vector phasor and complex algebra applied in circuit analysis; resonance
phenomena and resonant circuits; Fourier analysis and non-sinusoidal alternating
current and voltage functions and circuits.
Circuits 2
MEC 322L
Circuits 2 Laboratory
MEC 323L
Machine Shop
Practice 2
Theory
MEC 324
Machine Elements 1
MEC 324L
Machine
Laboratory
MEC 325
Programmable
Controllers 1
MEC 325L
ME 321
A laboratory course on alternating current theory, alternating current circuits and
networks for electrical and electronics and communications engineering students.
Laboratory experiments and investigations are performed on topics and subject
matters taken in ECE 322.
Elements
The course deals with the classification, operation and uses of machines; lathes,
& shapers, planers, drilling and boring, milling, and grinding machines; measuring
instruments; machine tools and its accessories; practical exercises and projects.
An analytic and graphical study of fundamental principles of mechanical
movement; velocity and acceleration analysis applied on common mechanisms
such as bar linkages, quick return mechanisms, slider crank mechanisms, etc.
An analytical and graphical study of fundamental principles of mechanical
1 movement; velocity and acceleration analyses applied on common mechanisms
such as bar linkages, quick return mechanisms, slider crank mechanisms, etc.
The course deals with the theories and principles operation involved in
Logic instrumentation, process measurement, process control systems, automatic
controllers and their application in the field of mechatronics engineering.
The course deals with the theories and principles operation involved in
Programmable
Logic instrumentation, process measurement, process control systems, automatic
Controllers 1 Laboratory
controllers and their application in the field of mechatronics engineering.
Strength of Materials
A study of basic factors and approach in mechanical and engineering structure
design; stresses and strain in bodies subjected to compression tension, shear,
bending and torsion; theory flexure, deflection of beams; combined stresses;
repeated and impact loading; fatigue and theory failure.
MECH 311D
MEC 410
MEC 411
MEC 411L
Dynamics of Rigid Bodies
Material Science
Switching Theory
Switching Theory
Laboratory
MEC 412
Electrical Machinery:AC/DC
MEC 412L
Electrical Machinery:AC/DC
Laboratory
Study of the basic principles and fundamental analysis of various forces of
mechanics with corresponding application, significance and importance in the
various problems in mechanical design and related problems of engineering.
Kinematics including rectilinear and curvilinear motion of particle, relative motion,
mechanical vibration having harmonic motion. Kinetics including study of forces,
mass, acceleration, inertia force, impulse and momentum, work, energy and
power.
A study of basic factors and approach in mechanical and engineering structure
design; stresses and strain in bodies subjected to compression tension, shear,
bending and torsion; theory flexure, deflection of beams; combined stresses;
repeated and impact loading; fatigue and theory failure.
Review on number systems and coding; Boolean algebra; combinational circuit
minimization; sequential circuit analysis and synthesis; sequential circuit state
minimization; race conditions; use of integrated circuit building blocks; algorithmic
states machines.
The course aims to demonstrate the operations of the different logic gates;
develop truth tables of logic functions. It also aims to familiarize the students with
the operation of flip-flops, design and development of counters and finally require
the students to design and implement a project in application of the basic logic
theories.
It deals with the study of DC generators and AC generators in particular on the
various DC-AC principles, characteristics, losses, efficiencies as well as
operation. Also, covers transformers, types of induction motors, synchronous
motors operation in parallel as well as synchronous connection. Laboratory
involves characteristics, test, lost and efficiencies, connection and operations.
A comprehensive laboratory course on electrical machines, both direct and
alternating for Mechatronics Engineering students. Laboratory investigations and
experiments are performed on topics and subject matters taken in MEC 412.
MEC 413
Control System Engineering
MEC 414
Machine Elements 2
MEC 414L
Machine Elements 2
Laboratory
MEC 415
MEC 415L
MEC 416
A course on the principles of linear feedback control system analysis and design
for electrical engineering students, review of solutions of differential equations,
laplace transforms and other mathematical tools in control systems analysis and
design, Routh's stability criterion; control systems block diagram, transform
functions and flow graphs; servo characteristics, root locus, specialized pole-zero
topics, frequency response, Nyquist stability criterion, feedback control system
performance and frequency response.
The course deals with the basic displacement diagram, design of different kinds
of cams and its followers, bodies in rolling and sliding contact, flexible connectors,
gears and gear train.
The course deals with the basic displacement diagrams, design of different kinds
of cams and its followers, bodies in rolling and sliding contact, flexible connectors,
gears and gear trains.
Fluids and Hydraulics System
A study of the operating principles, characteristics, installation testing, operation,
design selection and maintenance of the different types of pumps; the study of
hydraulic turbines and accessories of hydro-electric power plants. Included also
are other fluid machines such as blowers and fans.
A study of the operating principles, characteristics, installation testing, operation,
design selection and maintenance of the different types of pumps; the study of
Fluids and Hydraulics System
hydraulic turbines and accessories of hydroelectric power plants. Included also
Laboratory
are other fluid machines such as blowers and fans.
Refrigeration
Conditioning
and
MEC 416L
Refrigeration
and
Conditioning Laboratory
MEC 421
Programmable
Controllers 2
The course deals with the study of the thermodynamic principles and components
Air of mechanical refrigeration systems; refrigeration cycles and equipment,
psychrometry, cooling load calculation; ice making and cold storage systems.
The course deals with psychrometric properties of air; factor affecting human
comfort; heat load calculation; air conditioning processes and systems; air
Air
distribution and basic duct design, heating and ventilation, complete design of an
air conditioning /cold storage system and its components.
Logic
This course covers the fundamentals of digital logic and an introduction to
programmable logic controllers (PLCs) in a complex mechatronics system with a
focus on the automation system using FST and PICOSOFT software. Parts of a
PLC, principles of operation, PLC sizes, PLC hardware and components. Data
manipulating instruction are also discussed. PLC programming languages are
also discussed particularly Ladder Diagram, Statement Listing (STL) and
Sequential Flow Chart (SFC).
MEC 421L
MEC 422
MEC 423
MEC 423L
MEC 424
The laboratory subject intends to supplement the topics covered in MEC 421.
The Programmable Logic controller used is a component part of FESTO Didactic
Learning System for Automation and Communications. The subject aims to learn
how to program programmable logic controller for creating programs in the
programming languages 'ladder diagram' (LD), 'function block diagram' (FBD),
'instruction list' (IL), 'structured text' (ST) and 'sequential function chart' (SFC). A
Programmable
Logic basic knowledge of electro-pneumatics and sensor technology are used to know
Controllers 2 Laboratory
the functionality of a given exercises. This exercises deals with the following main
topics: Components of a programmable logic controller PLC programming to IEC
1131 Basic logic operations Logic control systems Sequence control systems.
Practical hands-on introduces to uses, hardware, configuration and
uploading/downloading programs. All topics are illustrated through practical
exercises of FESTO workbook using PLC for practical application.
Methods of Research
Industrial
Electronics
and
The course is designed to acquaint ME students on the nature, importance and
methodologies of applied research and also incorporate applications relevant to
their field of endeavor to prepare them to a more advance research work
application.
Covers the study of the design of filtered, or unfiltered, regulated and unregulated
DC power supplies, both single and polyphase. It also includes the study of the
Power principle of operations of control devices such as silicon controlled rectifiers,
triacs, diacs, unijunction transistors and other control devices including photo
devices.
Covers the actual study, analysis, and operations of both filtered and unfiltered,
regulated and unregulated DC power supplies, both single and polyphase. It also
Industrial
and
Power includes the study of the principle of operations of control devices such as silicon
Electronics Laboratory
controlled rectifiers, triacs, diacs, unijunction transistors and other control devices
including photo devices.
Machine Elements 3
A study of simple and combined stress analysis; their importance, and
applications to the design of common machine members such as screw
fasteners, thin-shell cylinders, springs columns, power screws, shafts, keys, and
couplings. It involves also the study of theories of failures, endurance limit and
factors of safety.
MEC 424L
ME 426B
MEC 426
MEC 426L
Engg 510
MEC 510
Machine Elements 3
Laboratory
Safety
Management
Safety Engineering
A study of simple and combined stress analysis; their importance, and
applications to the design of common machine members such as screw
fasteners, thin-shell cylinders, springs columns, power screws, shafts, keys, and
couplings. It involves also the study of theories of failures, endurance limit and
factors of safety.
A course, which introduces the principle of safety, the importance of safety
consciousness, safety organizations, management responsibility and
and administration of safety programs. The course is also concern with the principles
if accident prevention and its application to conservation of life and property in
industrial setting.
This is a 2 units lecture course designed to provide students with fundamentals of
Computer Aided Design (CAD) applications particularly AUTO CAD. The course
Computer Aided Design for
focuses on basic CAD commands with emphasis given on the proper application
MEC
of basic and advance drafting techniques with the use of Auto CAD software.
This is a 2 units laboratory course designed to provide students with
fundamentals of Computer Aided Design (CAD) applications particularly AUTO
Computer Aided Design for CAD. The course focuses on basic CAD commands with emphasis given on the
MEC Laboratory
proper application of basic and advance drafting techniques with the use of Auto
CAD software.
Engineering Economy
Work Ethics and Laws
Orients the students on the basic principles of economy studies, interest and
money along with their time relationships, the determination of project feasibilities;
Evaluation of marketable securities and their uses; breakeven point analysis and
its applications; a through introduction to the selection procedures used in
different projects.
The course covers the study of the key elements of ethics, ethical practice,
concepts and dilemmas specific to helping relationship and professionalism with
emphasis on working with young people in local and global context. The course
includes case analyses and study of codes of ethics.
MEC 511
MEC 511L
MEC 512
To educate the students of Bs. Mechatronics about Artificial Intelligence (AI),
technologies needed for implementing AI, and the logic used in various AI
Advance Computer System &
applications like Computer Vision, Robotics, Expert Systems, and Natural
Information Technology
Language Processing etc.
To educate the students of Bs. Mechatronics about Artificial Intelligence (AI),
Advance Computer System & technologies needed for implementing AI, and the logic used in various AI
Information Technology
applications like Computer Vision, Robotics, Expert Systems, and Natural
Laboratory
Language Processing etc.
Programmable
Controllers 3
The course covers the study of the advanced programmable logic controller. The
discussion includes the study of control engineering, the basic components of
Logic PLC, programming languages (Ladder diagram and STL), PLC Timers and
Counters, Registers, Multitasking (FEC and FPC), Operation of a Safety PLC and
sequence Control.
The course is aimed at planning, assembly, programming, commissioning
operations, maintenance and trouble-shooting of production systems. It comes at
various levels of complexity with innovative technology, systematic use of
industrial components and in close cooperation with industry leaders in
automation.
MEC 512L
MEC 513
Programmable
Logic
Controllers 3 Laboratory
The course will cover areas in basic design of FEC control systems, including
pneumatics, mechanics and electrics, input and output module tasks, the two
programming languages: LDR and STL, basic command set for FEC, creating,
loading and testing simple programs, using the status display, signal storage,
PLC timer and archiving and dearchiving PLC programs
Mirco
&
Programming
A lecture course on the architecture, organization and programming of a
microprocessor and design of a microprocessor-based system for electrical
engineering students. Study of the architecture of microprocessors; interfacing
procedures, standards and hardware requirements; microprocessor structure and
Assembly
programming; hardware requirements; programming of 8080, 8085 and 6800
microprocessors; input/output techniques, keyboards and displays; requirement
criteria standards and procedures in the design of a microprocessor-based
system.
MEC 513L
MEC 514
MEC 514L
MEC 515
Engg 500
A laboratory course on Microprocessor Software and Hardware for electrical
Mirco
&
Assembly engineering students. Laboratory experiments are performed on topics and
Programming Laboratory
subject matters taken in EE 524.
Microcontroller Systems
Microcontroller
Laboratory
The primary goal of this course is to give the students fundamental skills needed
to understand, use and design microcontroller-based systems. This includes the
discussion of structure and operation of microcontroller, the programming
languages (low level and high level languages), the design and programming of
microcontroller -based system.
This subject intends to supplement the topics covered in the lecture (MEC 514).
Practical hands on are given to the student by programming the different
Systems
exercises using Keil Software. The designing for hardware and software
application will be developed through design projects.
This subject intends to supplement the topics covered in the lecture (MEC 514).
Practical hands on are given to the student by programming the different
Principles of Communication
exercises using Keil Software. The designing for hardware and software
Systems
application will be developed through design projects.
Environmental Engineering
The course teaches on the application of the skills learned by mechanical
engineers in waste water treatment processes.
It provides techniques,
limitations, specifications and other design considerations so as to propose or
modify a treatment scheme. It covers subject matters such as the chemistry of
water, its composition, and composition of saline water, common water pollutants,
sources and effects; includes wastewater treatment such as physical treatment
methods, chemical treatment methods, biological treatment methods, laundry
waste treatment and nitrogen and phosphorous removal. It includes design
consideration on equipments for wastewater treatment as applied to specific
industry.
MEC 521
Modeling
Systems
MEC 521L
The main objectives are to provide students with a conceptual understanding of
the principles of CAD systems, the implementation of these principles, and its
Modeling of Mechatronics connections to CAM and CAE systems. The generic aspect of CAD software
Systems Laboratory
systems will be discussed. A large portion of the students' time will be spent
independently in the computer labs learning the details of design and analysis
related to the product realization process.
MEC 522
MEC 522L
MEC 523
of
The main objectives are to provide students with a conceptual understanding of
the principles of CAD systems, the implementation of these principles, and its
Mechatronics connections to CAM and CAE systems. The generic aspect of CAD software
systems will be discussed. A large portion of the students' time will be spent
independently in the computer labs learning the details of design and analysis
related to the product realization process.
Robotics
Robotics
Automation System Design
The subject aims to develop the working knowledge of the student on the
mathematical aspects of robot manipulator analysis and control. It focus on the
types of robots, types of joints used in robots, degree of freedom and constraints,
types of planar and spatial mechanisms, transformations from one system to the
other, forward and inverse kinematics, Jacobian, Velocity and Force Analysis,
Dynamics of robots, Path planning and trajectory analysis, Mechanism design
(serial and parallel) used in robots, Linear control of manipulators, Sensors and
actuators used in robotics, MEMS.
The subject aims to develop the working knowledge of the student on the
mathematical aspects of robot manipulator analysis and control. It focus on the
types of robots, types of joints used in robots, degree of freedom and constraints,
types of planar and spatial mechanisms, transformations from one system to the
other, forward and inverse kinematics, Jacobian, Velocity and Force Analysis,
Dynamics of robots, Path planning and trajectory analysis, Mechanism design
(serial and parallel) used in robots, Linear control of manipulators, Sensors and
actuators used in robotics, MEMS.
The course covers manufacturing automation with particular reference to CNC
and PLC. After this course, the students would be able to understand the
automation requirements of a modern manufacturing set-up.
MEC 523L
MEC 524
MEC 524L
MEC 525
ENGG 520
Automation System Design
Project Study
Project Study
The course covers manufacturing automation with particular reference to CNC
and PLC. After this course, the students would be able to understand the
automation requirements of a modern manufacturing set-up.
This course focuses on the synergetic integration of the knowledge of mechanical
engineering, electronics, and computer engineering to achieve a functional multiaxis position control system. In this course, students practically develop a position
control system like CNC XY-table, Robot, or AGV in the lab. Theory class is used
for background knowledge required to design the system, numerical calculations
and the development of a design document.
This course focuses on the synergetic integration of the knowledge of mechanical
engineering, electronics, and computer engineering to achieve a functional multiaxis position control system. In this course, students practically develop a position
control system like CNC XY-table, Robot, or AGV in the lab. Theory class is used
for background knowledge required to design the system, numerical calculations
and the development of a design document.
A study of industrial plants and factories through plant visitations; study of the
manufacturing processes with emphasis on the layout of machineries and
OJT, Field Trips and Seminars
mechanism.
Engineering Management
Covers the study of the industrial enterprise with its major operating functions, its
organizational set-up/structures,its procedures and specific methods of
operations, analysis of risks and forecasts, basic method of financing and
budjeting, the exploitation of its own research and development, the study of its
physical facilities, its production planning methods, its productivity improvement
plans, its product flow/material flow analysis, its quality control procedures, its
policies that affect labor and management relations, the study of wage allocations
and its personal functions.