Download 课程描述

1、B38DB Digital Design & Programming
开课学期：第三学期。首次开课时间：2016 年 9 月初-2016 年 12 月
中旬
课程大纲：
（含 laboratory work, 40%成绩）
To develop knowledge and skills in digital design and programming
targeted at real hardware.
The first part covers digital circuits as computer and digital system
building blocks. A straightforward introduction is given to the use of
Verilog hardware description language (HDL) widely used in industry
for digital hardware design.
Starting with simple combinational logic, sequential logic for control
using finite state machines, datapath components such as adders,
multipliers, arithmetic logic units (ALUs0 and finally register transfer level
design (RTL) are covered.
The second part comprises the development of a simple processor with
several instructions (Dr Paul Record) This course emphasises digital
design concepts rather than programming language.
 The design-based approach is intended to be more intuitive and
useful to your learning process.
 Verilog is a widely used hardware description language
2、B49CB Business Awareness, Safety and Sustainability（经管）
开课学期：第三学期。首次开课时间：2016 年 9 月初-2016 年 12 月
中旬
课程大纲：
Aims. The viability of a manufacturing process depends on a number of
factors, not least the financial viability, but also the organisation’s
attitude and procedures in dealing with safety and environmental
sustainability. Tools to access financial recovery and the legislation
governing
occupational
safety,
environmental
monitoring
and
environmental management systems are generic, applicable across a
number of
disciplines.
This
module introduces
each
of
the
aforementioned topics using examples and/or case studies. All topics
covered are required under UK-SPEC guidelines.
• Financial appraisal of engineering projects – role of financial
planning and estimation. Cash flows and cash returns.
•
Cost evaluation methods including mathematical tools to assess
viability – fixed capital cost and estimation, investment appraisal
methods and minimum cost decisions. Operating decisions.
•
Introduction to sustainability, sustainable development – legal
framework for environmental protection, EU directives, ethical
aspects in approaching and dealing with environmental issues,
impact assessment methodologies, e.g. carbon footprinting.
•
Role of the EU in determining environmental policy and the
response of manufacturing business.
•
Occupational health and safety – legislative background, risk
assessment, introduction of best practice.
•
Corporate and social responsibility for professional engineers.
•
Intellectual property rights.
3、B38EC Electromechanical Systems
开课学期：第四学期。首次开课时间：2016 年 12 月下旬-2017 年 4
月底（中间正常放寒假）
课程大纲：
Review of mathematics required. Coulomb’s Law, Electrostatic Potential,
Gauss’s Law, Capacitors, Dielectrics and Conductors, Ampere’s Law,
Faraday’s Law, Inductance, Laws of Electricity and Magnetism.
Introduction to Magnetic Circuits, sub topics, MMF, reluctance,
permeability, inductance, flux linkage, magnetic pull; applications of
above, magnetic lift and dc motors, simple equivalent circuits, in
particular a simple linear motor and generator
Faradays Law, Lenz’s Law, induced Voltage
General arrangement of a DC machine; DC machine as a generator or
motor; different arrangements for armature and field connections; speed
and torque of an electric motor
Mutual Inductance and Introduction to Transformers
4、B39VS Systems Project
开课学期：第五学期。首次开课时间：2017 年 9 月初-2017 年 12 月
中旬
课程大纲：
 Provide a realistic design environment for students to develop
technical and technical management skills.
 Provide an appreciation and understanding of the design process
when applied to the design of a real product
 Provide a platform to demonstrate theoretical and practical skills in
analogue and digital systems design
 Provide a platform for students to develop their team-working skills in
a technical environment
 Provide a technical challenge for the students to tackle of a
significantly larger scale than normal for academic problems
 Provide an appreciation of the Yourdon structured design method
5、B39EE Analogue electronics
开课学期：第六学期。首次开课时间：2017 年 12 月下旬-2018 年 4
月底（中间正常放寒假）
课程大纲：
1. Electrical characteristics of diode, BJT and FETs
2. Transistor models and application to circuit analysis, high frequency effects in
transistors (bipolar and FET).
3. Transistor building blocks: differential amplifier, current mirror, active current source.
4. Using the ideal operational model to analyse operational amplifier circuits.
5. Gain-bandwidth, dc offsets, noise and transient response of operational amplifiers.
6. Operational amplifier technology.
7. Analogue description of commonly used Analogue to Digital Converters and Digital to
Analogue Converters.
8. Introduction to active filters and oscillators.
9. Discrete transistor Power amplifiers; Classes of power amplifier; Power loss and
efficiency calculations; Heat sinking.
10. SPICE circuit modelling.
6、B39ES Electrical Energy Systems
开课学期：第六学期。首次开课时间：2017 年 12 月下旬-2018 年 4
月底（中间正常放寒假）
课程大纲：
3 phase circuits, (phase and line quantities, measurement of 3ph
power, real, reactive and apparent power Example single and 3
phase synchronous generators)
Transformers (Operation, magnetic circuit, hysteresis, magnetizing
current
waveshape, faraday's law and Ampere-turn balance)
equivalent circuit, regulation and efficiency).
Transmission lines and cable systems (Short and medium length
equivalent circuits).
Regulation and efficiency calculations.
Electric stress and strength, dielectric loss.
3-phase induction motor (Winding design, production of rotating
flux, torque generation, Transformer analogy, development of
equivalent circuit, Torque speed curve, performance calculations).
Power system layout and design. Power system calculations,
voltage drop, symmetrical fault current, fault level calculations for
symmetrical faults.
Recommended Texts are:
1) “Hughes Electrical and Electronic Technology”, Revised by John
Hiley, Keith Brown and Ian McKenzie Smith, Pearson Education
Ltd.
2) “Electrical Engineering”, Giorgio Rizzoni, McGraw-Hill.
To solve problems with 3ph circuits, (phase and line quantities),
real and reactive power.
To have
a detailed knowledge of elements of the Power system
from generator to typical load
7、B39MA
Electromagnetism
开课学期：第六学期。首次开课时间：2017 年 12 月下旬-2018 年 4
月底（中间正常放寒假）

课程大纲：
Mathematics for electromagnetism
Fundamentals of vector algebra
Vector calculus, grad, div and curl vector derivatives
Gauss’s, Ostrogradski, Stokes theorems.
Electromagnetism
Electrostatics, electrical polarisation, dielectric materials and link between E and D.
Integral and differential forms of Maxwell’s equations
Magnetostatics, magnetization, magnetic materials and link between B and H.
Ampere’s and Faraday’s laws; vector properties of E and H; integral relations between fields and
charge or current distributions.
Time varying fields; self and mutual inductance; displacement current.
Derivation of wave equation in free space (Cartesian coordinates);
Poynting's factor and transport of energy; impedance of free space and materials.
EM wave incident on interface between dielectric media
EM wave incident on interface between a dielectric and a good conductor; skin depth