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Courses Description
1.
Specialized
English of Process Equipment and Control
Engineering
The book's main
texts and reading materials are selected from
various well-known
Western science and
technology publishing original English books, and
taking into
account a variety of
different genres and the Anglo-American style. The
book includes
basic process equipment
mechanics six parts, metal materials, process
industry,
process equipment, process
equipment and process control equipment, a total
of 30
units. Each unit consists of the
main text, main text vocabulary, text annotation,
job
training, reading material and
reading material composed of vocabulary, the book
with a total vocabulary list.
2.
Advanced Mathematics
The study of different and
integral calculus. The topics include functions,
limits,
differentiation of polynomial,
trigonometric, exponential and logarithmic
functions,
product, quotient and chain
rules, applications of differentiation,
derivatives and
definite integrals,
integration by substitution; A continuation of the
study of calculus
with topics
including: Riemann sums, techniques of
integration, elementary
differential
equations and applications, parametric equations
and polar coordinates,
sequences and
series, Taylor series.
3.
Linear
Algebra
Bases on
the discipline of logical thinking and the
principles of solid foundations, this
course emphasizes on basic concepts,
theories and approaches of Linear Algebra, and
fosters
students’
operational capabilities and practica
l
problems-solving skills in
professional
fields.
4.
Probability and Statistics
This course emphasizes on
basic concepts, theories and approaches of
Probability and
Statistics. Based on
the discipline of logical thinking and the
principle of solid
foundations, it
fosters
students’ operational
capabilities and practical
problems-
solving skills in professional fields.
5.
Fundamentals
of Computer
The course is encouraged to
learn for students of Measurement and Control
Technology and Instrument Program. The
main purpose of this course is to enable the
students to know the working principles
of computers
’
hardware and
software, and
relative knowledge.
The theory teaching of the course
mainly has three parts. The first part is basis of
computer: to know the composition of
computer hardware and software, to know data
expression and operation in computer;
the second part is basic computer operation
skill, which mainly include master the
usage of Windows operation system, Word,
Excel and Power Point; the last part is
to know basic knowledge of network:
1
transmission
media, connecting device, transfer protocols,
internet and its
applications.
6.
C
Language and Programming
The course is
computer public courses for engineering students
who are studying
computer science; main
objective is to study the program structure and
programming
technology. It mainly
involves: algorithm, the basic data types, simple
program, select
structure, loop
structure, array, function, pointer, structure,
etc.
7.
University Physics
The
course involves basic theory like mechanics,
electromagnetism, vibration and
wave,
wave optics, special relativity and quantum
physics foundation.
8.
Mechanical
Design Basis
This course is an important engineering
machinery professional technology
foundation course. The courses are to
enable students to start from understanding the
whole picture machine, the machine's
functional components analysis, kinematics and
common components, structure and
design. Through this course can improve students'
comprehensive ability of mechanical
design, innovation and the ability to solve
practical engineering problems.
9.
Engineering Thermodynamics
The main task
of this course is to enable students to master the
basic laws of
thermodynamics and the
basic theory, familiar with the basic principles
of the basic
properties of the working
fluid and the actual thermal means, learn to
abstract and
simplify practical
engineering problems, use the energy equation,
entropy equation as
based analytical
methods, and laid the foundation for the further
development and
application of energy-
saving technologies.
10.
Metal Technology
This course is a comprehensive
technical basis for the process of manufacturing
metal
parts, which mainly focus on the
regularity of various technological processes and
their application in mechanical
manufacturing, and the process and structure of
the
metal parts in machinery
manufacture, the performance metallic materials
commonly
used and the impact on
processing technology, comprehensive comparison of
the
process approach.
11.
Engineering Fluid Mechanics
Fluid dynamics is a discipline that
studies the force of fluid and its macroscopic
motion. It is a long time since people
in the process of using fluid, which is not only
the nature of the basic discipline, but
also the characteristics of the application
subject.
Engineering fluid mechanics,
which focuses on the application, is an important
technical basis.
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12.
Process Principle and
Equipment
This course is of
importance for the Process Equipment and Control
Engineering
major. It builds a bridge
between the basic course and specialized course.
Its research
content is the physical
operation process and equipment in chemical
production
process. Research methods
are mainly theoretical analysis and experimental
study
under the guidance of the theory.
The main task of this course is to train students
to
study, analyze and deal with the
practical problems in the practice of dialectical
materialism, analyze and deal with the
practical problems. This course is based on
two basic courses of Advanced
Mathematics and General Physics.
13.
Physical
Experiment
Physical experiment is an
independent compulsory basic course for students
of higher
learning institutions. It is
the beginning of the students learning college
experimental
methods and skills
training. It is the important foundation of the
training and
improvement of scientific
experiment quality. Physics is an experimental
science.
Physics experiment teaching
and physical theory teaching has the same
important
position. They have deep
inner connection and cooperation, and they have
their own
task and function.
(1)
By observing
the phenomenon of physics experiments, analysis
and physical
measurements, learning
physics experiment ideas, principles and methods,
to
deepen the understanding of the
physical experimental design innovative thinking.
(2)
Cultivate and
improve the basic quality of students' scientific
experiments,
including:
A.
through
reading textbooks or materials (including
onlineresources), basic mast
ering
experimental principles and methods getting ready
for the experiment.
B.
through experimental materials and
equipment specifications,
under the
guidance of
the teacher, the proper use
of commonequipment and auxiliary equipment,
co
mplete the hierarchy ofcontent, in
particular understanding of experimental
de
sign and method.
C.
could
carry the principles, ideas, methods
and theories ofphysics knowledge and
prel
iminary analysis of
experimentalphenomena, and gradually learn
to ask questions, analyze and solve
problems.
D.
to
correctly record and processing of experimental
data, drawa curve, analysis
results,
written qualified test reports.
E.
can be
completed in accordance with specifications
require that
the design of the
experiment.
F.
under the guidance of the teacher, to
consult the concerned scientific and
technical literature, experimental
principles and methods,
which can
conduct basic experiments with research
or creative content, and write the
thesis of the research experiment.
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14.
Descriptive
Geometry and Mechanical Drawing
Descriptive geometry is a basic and
instrumental course. This course is a branch of
geometry, and it is a study of the
geometry and location of a two-dimensional graphic
representation of three-dimensional
space. Mechanical drawing provides overall
knowledge of basic theory of projection
and enables students to develop the ability to
draw and read the mechanical drawing
,including the space thinking ability, which is
of importance for innovative thinking
and design,.
15.
Interchange and Measurement
Technique
This book
systematically discusses the basic knowledge of
measurement
country, expounds
the basic principle of the technique, and reflects
some new testing
techniques. The main
contents include introduction, hole and shaft
limits and fits,
length measurement
based, shape and position tolerance and detection,
surface rough
degree and detection,
smooth limit gauge, rolling bearing of tolerance
and fit,
dimension chain, cone
tolerance and detection, thread tolerance and
detection, health
and spline tolerance
and fit, involute cylindrical gear accuracy and
detection.
16.
Engineering Mechanics
The course consists of two
parts--
mechanics of
materials and theoretical mechanics.
Mechanics of materials enables managers
to improve their understanding of the
mechanical properties of the material,
including the strength, stiffness and stability of
the components. Theoretical Mechanics
consists of two volumes. V
olume I
covers the
content of statics,
kinematics, kinetics. It is basic foundation for
most specialties with
moderate period
of theoretical mechanics. V
olume II
comprises the elements of
analytical
mechanics, the particle dynamics in non-inertial
reference frame, collision,
elements of
mechanical vibration, motion of rigid body with a
fixed point, general
motion of a rigid
body, resultant motion of a rigid body,
approximate theory of
gyroscope,
dynamics of a body with variable mass.
17.
Engineering Materials
Science
Engineering materials science is the
application of materials science, which mainly
discusses the mechanical properties of
structural materials and expounds the influence
of the structure, composition and
properties of structural materials to solve the
engineering application problem.
18.
Electrical and Electronic Technology
Electrical engineering is a
basic course which aims to study the theory and
application
of electrical and
electronic technology. Electrical and electronic
technology is
developing very rapidly,
the application is very extensive, all new modern
science and
technology are all closely
related to electric. Therefore, electrical
engineering is of
importance in
engineering foundation courses, which has a basic,
practical and
advanced technology.
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19.
Curriculum
Design of Mechanical Design Basis
The task is to design a driving device
for belt conveyor. To develop the abilities of
analyzing and solving practical problem
using the theory learned in machine design
and other theory course.
(1)
According to
the task
’
s requirement,
analysis the architecture of the belt conveyor,
main
components
’
parameters,
material
and
manufacturing
checking
method,
technical specifications.
(2)
The Selection
and Calculation of Parameters in Every Measuring
Step
Design and calculation
of main parts-gears, bearings, shafts and other.
(3)
Drawing The
Design Draft
According
to
the
calculation
of
the
mechanisms
’
and
components
’
scale,
draw
a
design draft, assure the
instrumentation
’
s outline
and shape.
(4)
Students
’
Design
Work Required
A.
design an assembling drawing;(2#
drawing sheet)
B.
parts drawings for output shaft and
driven gear;
C.
one design specification
20.
Process Fluid Machinery(studying)
The
book takes piston, centrifugal compressors and
pumps as the main object which
are
typical and widely use in fluid machinery,
expounds how they work, what
structures
are, what operating characteristics and adjustment
method are and the
safety and
reliability of the machine, etc. and pay attention
to contact some chemical
plants and oil
refining, characteristics and development trends
of oil chemical plant.
21.
Process
Equipment Manufacturing and Maintenance(studying)
Process
equipment mainly refers to the key equipment that
typical chemical,
petroleum,
pharmaceutical, light industry, energy,
environmental protection and food
industry production process involved.
From the perspective of process equipment
manufacturing process, equipment
described above may be divided into two
categories: one is welding equipment
used as the main means to manufacture part of
the process; the other is mechanical
processing used as the main means of process
manufacturing machine parts.
22.
Process Equipment Control
Technology(studying)
The book highlights the
characteristics of professional process equipment
and control
engineering, both strive to
master the basics of control theory related, and
based on
practice and application,
while emphasizing its advanced nature. From the
application
point
of
departure
automatically
controlled
process
equipment,
introduces
the
basic
concepts of the process control system,
the composition of the process control system,
the
principle
and
its
application;
common
parameters
measurement
of
pressure,
temperature, flow,
level,
material
composition,
etc., and instruments
used,
structure,
principles
and
applications
of
the
instrument;
and
finally
a
brief
introduction
of
several currently more
advanced process control system.
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