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List of Topics and Structure to Write an Assignment for Electrical and
Electronic
Dr. Nancy Agens, Head,
Technical Operations, Phdassistance
In Brief
You will find the best assignemnt writing/
topics for future researchers enrolled in
Engineering & Technology. In order to
identify the future research topics, we have
reviewed the engineering (recent peer-
reviewed studies) on assignment writing.
An electric research paper will begin with
simple electricity concepts. Followed by
power distribution electrical equipment
associated with a large-scale electrical
system. Inductive writing style is an author
shift from the individual to the generic, in
this style of writing.
Keywords: Electrical engineering,
Electronic engineering and assignment
writing
I. HOW AN ASSIGNMENT SHOULD BE
STRUCTURED?
The assignment structuring is
nothing but a schematic of what you want to
include in your assignment. The more
significant elements are described simply
and succinctly. There are several advantages
to structuring the assignment. Where the
perfect structure of the assignment makes
the students organize and compose their
thoughts easily and it helps to present
academic work logically. Furthermore, it
helps connect one concept to another
seamless and rational way. This stops the
author from getting tangled while the final
copy is being written. The assignment
outlines structure arranges all the paragraphs
in an order which makes sense from every
dimension.
Now, you know the basic advantages of
writing an assignment structure; let us look
on the assignment structure categorization
further. The assignment is categorized into
three sections – intro, body, and
conclusion. The Intro will provide the
general perception of the assignment to the
audience. The body will include a clear
formulation of the paper's point, it split into
sub-sections, accompanied by a reasonable
conclusion. Let us discuss detail about
assignment writing structure.
II. ASSIGNMENT STRUCTURE AND ITS
SECTIONS
Classify your assignment writing as
a 3-act drama. In the first section, you
present the topic of the assignment to the
reader. In the next section, you dive into the
assignment's major research subject and
ultimately state your conclusions from the
study. But, supervisory criteria must always
be taken into consideration. Some subjects
may need specialized structures. For
example, students typically follow a three-
structure model of a concept when writing
their studies, descriptions of a study, and an
assumption.
A medical research paper will
begin with the history of a patient's medical
condition, preceded by the clinical signs, the
evaluation, the care obtained and a medical
protocol to be observed by the patient after
discharge. Likewise, a sales research paper
must have a short history of the business
accompanied by contextual analysis,
environmental analysis and, eventually,
potential suggestions. Similarly, an electric
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research paper will begin with simple
electricity concepts. Followed by power
distribution electrical equipment associated
with a large-scale electrical system. Finally,
how the system is used efficiently is
suggested. Similarly, the electronic paper’s
will be associated with small-scale systems
such as circuits and integrated circuits, etc.
INTRODUCTION
Writing a compelling introduction is
essential in order to keep the audience's
attention. Generally, there are two methods
to compose an introduction — the inductive
method and the deductive method.
a) Inductive method:
The Inductive writing style is an
author shift from the individual to the
generic, in this style of writing. It is a '
bottom-up ' method where individual
point(s) add(s) to a particular overall
conclusion.
b) Deductive method:
On the other hand, in a deductive
writing style, an author goes via the
deduction phase from the generic to the
individual. This is a ' top-down ' method,
where an author begins with a concise
overview and then goes on to a particular
issue.
IV. STATE ALL YOUR RESULTS
CONCERNING RESEARCH – MAIN
BODY
This is significant from an
instructional perspective because the aim of
giving an assignment is to determine
whether students have learned what was
demonstrated in the classroom and have the
ability to analyse it to a particular research
question. Students are expected to exhibit
their view over the specific area they are
writing on. Although there is no unique
formula that works for all fields, students
must always note three items in assignment
writing:
a) Always stick to the concepts.
b) Analytical instead of descriptive
approach is always necessary
c) Never write anything new which isn't
stated in the introduction
V. ULTIMATELY, ROUND-UP THE
ARGUMENT DEBATE – CONCLUSION
The student would sum up the main
concepts discussed in the assignment. They
will recall the main points to the reader(s)
and respectively mention the involvement
and where it varies from established
literature on the subject. It is essential to
note that not all of the assignments have to
fulfil all of those guidelines. Being
imaginative and modifying your
compositions as per the instructor's program
requirements.
Nonetheless, the above discussion
should allow the students to keep in mind
some crucial points which should be
standard across disciplinary boundaries to
all well-written assignments. There is also
assignment writing guidance, PhD
dissertation writing help and more on
various topics.Let us now discuss, some of
the critical electric and electronics topics,
The electrical topics are listed below,
followed by electronic assignment topics.
VI. ELECTRICAL ASSIGNMENT
TOPICS
1. Solar tracking program with Dual Axis
2. Electrical properties of materials
3. Electric Power Systems and ripple-
regulated,
4. Designing HVDC power supply
5. The primary goal if Circuits theory
6. Anchor Light automation
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7. Investigation of the neuroprotective
effects using Electromagnetic Fields
8. Strong-impedance filter audio with JFET
9. Transient Phenomena in power systems
10. Micro-Inverter - Promising Solar
Photovoltaic applications
11. Analysis of electrical power system
modelling
12. Advanced Solid-State Flexible Hybrid
Devices
13. Direct energy conversion - Dynamic
tuning of magnetic phase change
14. Use of Process Data in Electrical
Discharge Machining
15. 3D printing of electrically conductive
hydrogels
VII. ELECTRONICS ASSIGNMENT
TOPICS
1. Automata theory
2. Voting machine with biometric.
3. Mobile Autonomous Systems
4. Closed-loop and open-loop Control
System
5. Audio signal processing
6. Helical Model of Communication
7. Wireless Power Transmission
Technology
8. Analog and Digital Signals and systems
9. Surveillance-camera - Early warning
system
10. A 3D integrated circuit using printed
electronics
11. Linear and Non-Linear Network Circuits
12. Logic Circuits vs digital integrated
circuits
13. Organic Light-Emitting Diodes
(OLEDs)
14. How silicon, germanium, and gallium
arsenide used in semiconductor devices
15. Solar photovoltaic processing
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