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Implementing cybersecurity in the energy sector 15
Implementing Cybersecurity in the Energy Sector
ITS-834: Emerging Threats & Countermeasures
University of the Cumberlands
Dr. Sherly Abraham
April 15, 2020
Abstract
Cyber security is essential in every organization to protect and
recover from any form of cyber-attack system, data, network or
program. It matters
in the energy sector because the energy market is mainly
dominated by private firms, both aggressive because crooks
attack their devices. Further-
more, this subject is usually seen as an unnecessary subject on
the agenda of the Board meeting unless something goes wrong
and is too delayed
by that time. Many major corporations have hovered over this
topic but their research is trapped in a black box, because of
their lack of technologi-
cal expertise and related information about this cyber
environment. In the 21st century, cyber security advanced
especially to authoritarian and
commercial states to very abnormal ones. Cyber-attacks are
probably the most frightening kind of attacks to organizations,
with the risk that sensi-
tive information is lost or abused. With that being said, these
have risen in the energy sector over the past few years,
according to the study of

the global state of information and security. For example, 7 391
cyber-attack instances were recorded in 2014 and a total loss of
$1.2 billion from all-
out assaults. Since cyber-attacks in the energy sector have
increased, many organizations have taken action to ensure that
their information is pro-
tected against these attacks. Moreover, energy companies are a
decisive target since essential goods and services are provided.
The threats are
high, but there is no question that this risk is generally
measured before a major attack occurs. The energy sector and
the utilities sector are a key
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g , q g y j gy y
component of critical national infrastructure which makes it a

costly target for state or non-state actors to gain or cause
disruption or disturbance
for the military and political leaders. A national grid would
have had a surprising consequence of being able to disrupt
remotely. The security of the
grid against cyber-attack is therefore an integral component of
ensuring energy health. This paper includes the fundamental
security and value of
these rules in the energy sector in protecting their information,
implementing the principles and facing challenges in the
application and practice of
these principles. Introduction
The energy sector today is increasingly digitalized, with new
surfaces being targeted by attackers. The advent of intelligent
grids and intelligent de-
vices has made the industry an enticing target. And indeed,
cyber criminals found it. Other than this, the growth of the
digitalization of energy ser-
vices has brought in many economic benefits, including greater
energy efficiency. Various monetary advantages have also been
picked up in the cy-
ber security advertise, which remembers more noteworthy
viability for assurance of vitality use. The dangers are genuine
and develop as a result of
digital assaults by malevolent programming focusing on
fundamental foundation, so the weakness isn't constrained to the
framework. In order to
adapt to this, a change of vitality approaches and guidelines
will be set up to secure the vitality framework against digital
assaults. It must be accom-
plished in the particular sections of power, which have
influential quality, with extensive and point by point direction.
Such security activities will
cover a wide scope of issues, giving the vitality division a
major jump forward. This instrument permits you to decide

sustainable power source sup-
ply, guaranteeing that power frameworks are at the degree of
the circulation rates. It is the mutual limit that reinforces the
vitality portion frame-
work that fills in as a manual for fortify any insufficiencies.
Vitality associations ought to guarantee that their data is
ensured by actualizing the prop-
er measures. However, keeping all of this in mind, we cannot
ignore how the digitalization has increased the possibility of
cyber-attacks, where mali-
cious software can use rising energy digitalization to its
advantage. In its last World Energy Congress report, the World
Energy Commission notes
that a significant rise has taken place in recent years in the
number of active cyber-attacks, and fears that those in the
industry might not be pre-
pared to deal with new and emerging threatened issues. Vitality
utilities will normally observe digital as a basic danger to
organizations, along these
lines developing mindfulness and creating viable procedures for
mechanical and human digital obstruction. A famous cyber
security technique will
assist with distinguishing key parts of digital hazard the board
and perceive frameworks that are at all expense at serious risk.
Therefore it is manda-
tory that defenders take a variety of steps to reduce risk and
help protect their properties. Others may be known as simple
hygiene while others
might not need to detect and recognize sophisticated attackers
who want to jeopardize human health, continuity of service, or
economic stability.
This paper wishes to shed light upon the relevance of cyber -
security in the energy sector, the researches already available
on cyber-security prac-
tices in the energy sector, the two vital security policies which

can be useful in order to lessen the risks of cyber-security, how
these can be imple-
mented as well as the risks involved in implementing those
principles and their impacts. Literature Review
The need and estimation of cyber security is developing over all
parts of the economy and industry. Assailants interface with
network access suppli-
ers so they can channel their criminal operations and gain salary
without any problem. To request to protect against illicit
interferences or benefit
making, the vitality segment has not been disregarded. There is
no business here that can be fulfilled joyfully on the off chance
that it works with a
misfortune and stays here without figuring out how to test the
circumstance. The Segment will be working on a misfortune and
lose life, cash and
damage to the whole structure because of boundaries in the
vitality segment from generators, stores, supply lines or even
client organization. Force
plants have an obligation to guarantee unfailing, satisfactory
and successful ability for the end-client, from singular
necessities to legitimate require-
ments. Assailants have gone into the vitality region which
prompts the section to guarantee a powerful stockpile of electric
stream, in this manner
forestalling supply. So as to determine client concerns and
safeguard client prominence, security assaults must be
guaranteed force, unwavering
quality and insurance. Security assaults on the vitality divi sion
contact each point of view model is an unlawful change into the
whole framework by
utilizing savvy meters, casual evaluations of use, changed
aggressor plan, the principle power slice region and dangers to
the area. Assailants hack
reasonable applications, power framework ambushes. Assailants

may send diseases to be a Trojan stalk, or phishing them to get
to the systems to
forestall unfortunate behavior. Holding the intensity of turbines
and full destructions is likewise conceivable is critical
advancement not made. Pres-
ently, Sophos UMT can be utilized all the more effectively and
precisely, without signs or the banner, on account of the
capacity to perceive and ex-
pel risks at all stages. Sophos UMT is viewed as feasible in
light of the fact that the expense is little, simple to utilize and
proficient, vital for counter-
ing perils. Assailants have likewise built up a Rootkit
framework to assist them with adding to organize breaks when
they were based on a clandes-
tine premise. It alludes to illicit Computer applications used to
organize extraordinary Computer get to while being covered
from everybody. When
recognizable proof is utilized, since the utilization of benefits is
conceded to be inconceivably obfuscating, it permits software
engineers to hold onto
a server that produces or gives organization or even associations
pay to an ever increasing extent. Through controlling
vulnerabilities software engi-
neers can utilize the indirect access assault. The continuous
boost of against infection programming would gain astounding
ground. Progressive ar-
ranging and warning of assailants will best work. What's more,
making it incomprehensible for an assailant to get criticism
about passwords and
passphrases by really making confused passwords and
devastating undesirable data. Existing study areas in the current
energy sector
As of late, IT neglected to react to the difficulties looked by
existing force stations in the vitality business. This is on the
grounds that the utilization of

the control framework is in huge, confused and hazardous
frameworks and hardware care. The guard of force plants
against dangerous aims re-
quires proactive advances, and damages that may happen
because of the abuse of the outcomes might be extreme for
shoppers and the associa-
tion itself. Because of the slumped back up because of broken
transformers and hurt turbines reliable improvement could be
hampered. Where the
interference position response fails to work is the most
obviously terrible. Applications and intercessions with no peril
have been assembled and
give more prominent assurance. Measures include: Turbines
vendor monitoring
Turbines are gadgets utilized in power age. This relies upon the
utilization of gas turbines, wind turbines, water and steam
Turbines to set up con-
trols. They modify. Consistent advances taken to stay away
from disappointment with routine support (Günter, 2019).
Failing may be expensive and
could require purchasing another, likewise exorbitant turbine.
Merchants work remote in the breaks down and minds turbines
nowadays, utilizing
firewalls and VPN and numerous different firewalls, especially
over the most recent five years, have become another
uncontrolled danger. A
gathering of aggressors who are expertly researched, striking an
association and explicit goals genuinely for a long time, on a
full-time premise, are
frequently adding to a focus on hacks.
1
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Aggressors have now built up an approach to battle the
exchange off segments that outperform antivirus, security
updates, firewalls and encodes
and have later become a dynamic hazard. The wellbeing of
nowadays is by framework arranging. Attackers can interface
with focused areas remote-
ly, utilizing the circuitous association edge to debilitate the
framework during the ambush course of action. It is in the
circumstance of holding, oblit-
erating and decimating turbines connected to the perception and
the last position. The misfortune may even be cataclysmic or
even mass pulveriza-
tion. Protecting relays and safety networks
Nowadays has prompted improved and significant level assaults
because of expanded imagination and driven IT learning. In the
vitality segment, be
that as it may, framework security has gotten a handle on new,
productive development that can be depended on for good and
reliable conditions.
Sophos UMT built up a program to help the worth requested on
climb for security endeavors. As I have appeared, UMT is the
biggest in its group, as
it can perceive and wipe out the peril of signs and signs
distinguished as dark as it depends on how neurons separate
among improvement and re-
sponse (Bevan, Mitanni and Watanabe, 2013). Indeed, even
before the framework is arranged, the speed at which it works is

a proper instrument in
the recognizable proof and interest with the threat quicker. The
reasons I advocate for Sophos UMT is that they are staggeringly
suitable and are
probably not going to be short, they're anything but difficult to
utilize and they're extremely great. In its utilization, it isn't
terrific, and for all intents
and purposes all delegates can consequently be utilized to battle
the threat. Control Center Communications
An observing point of convergence for acknowledgment and
dispersal of information is principally the central station. For
accepting information,
preparing and dispersing it to significant divisions rapidly, the
correspondence accentuation is fit to grasp an activity very
rapidly. Advantages might
be instigated even before the sign or signs have been moved to
the home office to produce results as there is postponed
consciousness of a risk. At
the point when outfitted with current development, the control
accentuation is simpler, productive, sheltered and fast, to
accomplish wanted work
results. Along these lines, prepared and talented specialists are
fundamental all together for the examination to progress
likewise. Cyber-secu-
rity Implementation
A set of 10 fundamental architecture and operational concepts
secure the national infrastructure. Using these ten principles as
a guideline to
strengthen the current infrastructure elements or to create new
ones, like an abbreviated danger from botnets, for appropriate
safety findings. [1].
The structures of national cyber-security practice are: i.
Deception; ii. Separation; iii. Diversity; iv. Commonality; v.
Depth; vi. Discretion; vii. Collection;

viii. Correlation; ix. Awareness; x. Response
Four specific types of security threats such as privacy, integrity,
theft and availability of national infrastructures are discussed
and all three cate-
gories of enemies such as foreign, internal and national
infrastructures suppliers are also addressed, plus the three
points of exploitation. I would
like strongly to concentrate on the following two security
concepts that can be applicable to Energy A, the deception and
collection security policies.
These principles are very important as they are basically
building blocks for understanding the management of
information security programs.
Energy companies around the world are making an enormous
effort to use advanced deception technologies to extend their
current cyber safety
approaches so as to better safeguard their networks and critical
data. The information management also assumed, in case of
vulnerability and inad-
equate detection, that the current firewall and security
protection systems had an ability to report. The collection
security policy on the other
hand proposes that an infrastructure protection scheme may be
designed by collecting audit log information but provides
safety, scope, and size
problems that are not found in smaller device and network
settings. National protection of infrastructure would also
require an appropriate data
collection system and would provide the required level of proof
for the analysis of security. Relevance of the security policies
in the energy sec-
tor
Collection

In the PC security populace as security information and event
management (SIEM), the way toward incorporating framework
information from a
wide assortment of establishments to ensure the framework is
depicted. The apparatus is utilized basically in the Center. The
instrument aggregates
security occasions from many system sources, screens exercises
for explicit arrangement and diminishes episodes, with the goal
that malignant ex-
ercises are identified progressively. It utilizes the fundamental
contributions from different safety gadgets and sensors, with
satisfactory security
frameworks, for example, organize firewalls and interruption
counteraction framework, firewalls and verification frameworks
for web applications
and system sensors.
1
1
3
1
4
4
This is especially helpful on account of Energy A, where the
information comes nearer from different system sources and
wishes to give a solid in-
strument to follow and break down vindictive exercises
continuously. Deception

A protective strategy by the use of these technologies in cyber
security systems decreases risk for each successful layer of
defense and merges with
a hybrid combination of defensive and offensive measures, so as
to achieve the greatest degree of protection against
infringements. A mixture of
dragging, code and data disappointments, bait endpoints to
identify and remove these conflicts from the device will fulfill
this procedure. In this
process, a solution to the frustration system provides all energy
companies the resources required to preserve the active wall,
provide firm support
for the identification of threats in the network and retains high
responsiveness. The Deception Platform offers an insight into
errors, early detec-
tions, warnings and emancipates these capacities for retaining
and preserving confidential data across the energy sector.
Implementation of
the security principle
Security Information and Event Management (SIEM)
frameworks gather safety information from around the
association, likewise help the faculties
of security groups, react to security occurrences as well as
produce security-related implementation and administrative
reports. Since SIEM is a sig-
nificant safety framework that approaches information from
over the world, there are different instances of SIEM uses that
can be utilized to per-
ceive how information can be utilized in Energy A business.
[2]. Consistence: We will attempt to evaluate and choose
whether we can uphold a thor-
ough Energy A consistence idea by managing PCI DSS, GDPR,
HIPAA and SOX. Threats to insiders: We will lessen dangers
from reliable sources by
methods for SIEM. Presently, in Energy A we will try to uphold

these practices to dodge these dangers. We will likewise decide
if somebody endeav-
ors to penetrate right of access or if a reliable host and
association has been settled upon. Advanced security: They
likewise look to investigate
whether the rich information assortment for risk discovery,
information exfiltration and IoT security can give propelled
guard against dangers to se-
curity. On the off chance that you take a gander at breaking
down current security issues with meanings of data innovation,
the huge number of
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clients are as yet disappointed to make sure about the vitality
framework before sunlight. Specific framework: we would
assume that a portion of
the parts of the vitality segment basically contain these
duplicity traps and others, and while executing these foundation
groups are as yet thinking
about basic security frameworks standards. The discoveries
depend on these suppositions: Selective foundation: The entire
hypothesis isn't the fit-
ting method to trap, yet the guideline of disappointment should
likewise comprehend that all the ideas don't go as expected.
Share the outcomes
and perceptions: the guideline of sharing perceptions and results
through operational snare ought to be remembered for these

trickery programs.
Challenges in implementation of the mentioned security
principles respectively
The exploration from the association with the vision for a
traditional SIEM is a long way from open in contrast with
surveillance cameras. The execu-
tion of SIEM is excessively perplexing. It's anything but a
significant assignment to gather the fitting data, to combine this
information, to regularize
and relate different advancements. SIEM's exquisite. The
premium for SIEM licenses is more prominent and a state of
source. With the end goal for
organizations to structure, plan and execute incorporation,
change feeds of information and calendar importations into
every single outer datum
sources, they should likewise consider recruiting extravagance
experts and engineers. SIEM needs greater sending time. The
greater part of the as-
sociations, with a feeling of profound direness, consented to
join a SIEM. Even up to now, SIEM isn't an effectively open
cloud gadget. Contingent
upon the reasons under which about hardly any associations in
the cloud follow a procedure, the data center and open cloud
like Amazon's
EC2/some other supplier can be successfully joined with
properties [3]. The principles of deception will experience three
huge strides so as to arrive
at the resolutions. Good make-conviction and alluring. Should
the assaulting surfaces be fixed. Must be compact, simple to
peruse and run. Discus-
sion
A fundamental structure and tasks rule is the proposed
technique to ensure the vitality division. The recommendations
are that the safety result, in-

cluding a decreased risk from botnets, is gainful if such criteria
are utilized as a rule to build up the present framework parts or
to develop another
framework segment. The method gives all types of vitality
safety attacks. It additionally controls all opponents, and even
the vitality division abuse
focuses. So as to upgrade correspondence and trade of data
between partners, the utility matrix of things to come originates
from the association
of innovation, money and directed turn of events.
In spite of the fact that these rising developments will
invigorate maturing vitality framework, Directors and
controllers are progressively stressed
over the subsequent hints of cyber security. The interconnection
of certain benefits through keen gadgets, just as the quantity of
twofold route
streams between utilities, supplier and clients is associated with
most of ongoing digital security dangers looked by brilliant
frameworks. Large force
firms who are liable for securing billions of dollars into their
own properties make some hard memories remaining in an
advanced domain where
urban programmers rapidly and routinely increment their own
assets and advances. Distinctive danger on-screen characters
make new open doors
for correspondence with framework systems with the expanding
digitalization of the matrix. Suppliers can maintain a strategic
distance from hurt
by taking great cleanliness care, for example, get to control,
fixing and defends. Bigger dread is guilty parties like presumes
who are compromised.
Hoodlums effectively improve their ability and information, as
an apparatus for bringing in cash is anything but difficult to
track down. Information
security and protection influence foundation, yet when

wrongdoers approach pain free income, they have loosened up
objectives. A hack that trig-
gers all or part of the force matrix is the most straightforward
digital peril for utilities and networks. This danger comes
basically from local enter-
tainers. The lattice can be determined as the biggest man-made
gadget ever, the entire structure is associated and should work
under certain cutoff
points to stay away from the irregularity or even dodge
segments of the framework. Lattice administrators must ensure
that programmers can't dis-
turb the framework foundation and that new innovation is
securely applied to the matrix. My vision is that by the day's
end the count will be se-
cured by utilizing Energy A. I accept that when they are on the
web or convey or utilizing associated applications, clients need
a general comprehen-
sion about security dangers. In ongoing conversations in regards
to Facebook and different locales, and digital wrongdoing,
everybody ought to
know about issues of security and information abuse. To the
cutting edge individual, general information about insurance
and qualities are key.
Keen matrix issues have little association with this and ought to
be tended to at the national level. The paper offers a major
preferred position with
the idea driving the utilization of SIEM and deception
innovations to build up the vitality area. Being careful about
how projects have picked up the
option to trust that enactment and changes will be upheld. It is
unquestionably not what regular and preservationist industry
expects but rather it
can absolutely show how imagination can be moved forward [4].
As other industries, a successful cyber-attack on the energy
supplier will hamper
the productivity of companies. Nonetheless, it will impact

public health and well-being as well. Conclusion
From yield as far as possible of the client's activity, the whole
paper takes a gander at the difficulties that the vitality segment
faces. Aggressors have
endeavored to imperil the redirection consistently, while the IT
division has refreshed its items to battle the impact of assailants
what's more. De-
spite huge impedance harm and extreme harms, the courses of
action for programmers to get to mother gadgets and bargain all
information ought
to be continually re-structured and screened. An assailant on
productive assaults will imperil cyber security benchmarks, for
example, deception,
collection and discretion.
References
Mukherjee, Sourav. (2019). Implementing Cybersecurity in the
Energy Sector. 10.6084/m9.figshare.9728051. Barichella,
Arnault (2018). Cy-
ber-security in the Energy Sector: a Comparative Analysis
between Europe and the United States (INIS-FR--18-0757).
France
Deception Technology for the Energy Sector - Attivo Networks.
(2019). Retrieved 19 August 2019, from
https://attivonetworks.com/solu-
tions/energy/ Rahman, Md Shihan, et al. "Multi-agent approach
for enhancing security of protection schemes in cyber-physical
energy systems." IEEE
transactions on industrial informatics13.2 (2017): 436-447.
Amoroso, E. (2013). Cyber attacks. Amsterdam: Elsevier.
Bevrani, H., Mitani, Y., &
Watanabe, M. (2014). Power System Monitoring and Control.
Hoboken, NJ: John Wiley & Sons. [1] Amoroso, E. (2012).

Cyber attacks:
protecting national infrastructure. Elsevier. ISBN: 978-
0123918550 [2] The essential Guide to SIEM. Retrieved from
https://www.exabeam.com/siemguide/siem-use-cases/ [3]
Barraco, Lauren (2014). Top 5 Problems with Traditional SIEM
(Infographic). Re-
trieved from https://www.alienvault.com/blogs/security-
essentials/top-5-problems with-traditional-siem-infographic [4]
Chester, Matt (2019).
Cyber Security Attacks and Forecasting Future Threats to the
Utility Industry: Exclusive Interview with Anjos Nijk of ENCS.
Retrieved from
https://www.energycentral.com/c/iu/cyber-security-attacks-and-
forecasting-future threats-utility-industry-exclusive
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15
1
Student paper
Implementing cybersecurity in the
energy sector 15 Implementing Cy-
bersecurity in the Energy Sector

Original source
Implementing Cybersecurity in the
Energy Sector Implementing Cyber-
security in the Energy Sector
2
Student paper
Emerging Threats &
Countermeasures
Original source
ITS 834 – Emerging threats and
Countermeasures
1
Student paper
Original source
1
Student paper
With that being said, these have
risen in the energy sector over the
past few years, according to the

study of the global state of informa-
tion and security. For example, 7 391
cyber-attack instances were record-
ed in 2014 and a total loss of $1.2
billion from all-out assaults.
Original source
According to the survey of the Global
State of Information and security,
the cyberattacks are increased in the
energy sector in the last few years
For instance, in 2014, 7,391 exam-
ples of cyber assaults were account-
ed for and an all-out loss of the at-
tacks totaled to $1.2 billion
1
Student paper
Existing study areas in the current
energy sector
Original source
Existing study areas in the energy
industry
1
Student paper
A gathering of aggressors who are
expertly researched, striking an as-
sociation and explicit goals genuine-

ly for a long time, on a full-time
premise, are frequently adding to a
focus on hacks.
Original source
A focused on hacks are led for the
most part by a gathering of attackers
who are expertly reviewed …
ITS 834 Emerging Threats and Countermeasures
Total points - 100
Final Research Case Analysis
The paper is due on end of day Sunday April 19,2020
Topic: Implementing Cybersecurity in the Energy Sector
Imagine you have been hired as a security consultant for
EnergyA which is an electric
utility company based in the USA. The company has several
locations in the U.S and is
responsible for supplying a large portion of electricity for the
southeastern region in the
U.S.
You have been charged with overseeing the implementation of
cybersecurity best

practices for EnergyA. In this course, you examined 10 design
and security
principles (Deception, Separation, Diversity, Commonality,
Depth,
Discretion, Collection, Correlation, Awareness, Response) in
the context of
national and critical infrastructure protection.
Identify any two security principles from the 10 we learned and
evaluate and
discuss how it can be applied to EnergyA.
Your case analysis needs to minimally address the following
sector
identify its relevance in the
energy sector
implemented
implementing it
with the topic
and future

implications of cybersecurity in the energy sector
Your research paper should be minimally 10 pages (double
space, Font - Georgia with
font size 12). The research paper needs cite at least 5 peer
reviewed journal/book
references.
The bibliography should be included as a separate page and is
not part of the 10 page
requirement. Student assignments will be run through Safe
Assignment. Please ensure
to check the safe assignment result prior to submitting.
You will have the chance to submit your assignment up to two
times. So
please submit earlier than the due date so you can check your
safe assign
score. You need to check your safe assign report to ensure there
is no
instance of academic integrity violations.
Please refer to this link for information on the academic
integrity policy at

the university https://cumberland.smartcatalogiq.com/en/2017-
2018/2017-2018-Undergraduate-
Catalog/Academic-Affairs/Academic-Integrity-Policy
Please ensure to review the policy. If there are instances of
academic
integrity policy violations in your paper, you will not receive a
grade for the
assignment and will be referred to the department.
The university of Cumberland library can be assessed at
https://www.ucumberlands.edu/library
The research paper should include the following components.
content of your paper,
limited to 200-350 words)
-2 pages, relevance of cybersecurity in the
energy sector)
-4 pages, describes the research papers
that you find in
reference to the topic of cybersecurity in the energy sector)’
on (2-4 pages, Why you are
focusing on the two

specific security principles; For each security principle, identify
its relevance in
the energy sector; For each security principle, identify how the
principle can be
implemented; For each security principle, identify challenges
presented in
implementing it)
-3 pages) – (Your perspectives on the topic, try
to connect the
security principles identified together; discuss future
implications of
cybersecurity in the energy sector)
Conclusion (1-2 paragraphs, This provides a final summary
of your research
paper)
The following rubric will be used to grade your assessment
Evaluation Parameters Percentage
Weight
Did the student respond to the research topic 20
Did the student conduct sufficient literature review of the topic
20

Did the student provide relevant examples to support viewpoints
20
Did the student meet the content requirements of the assignment
and
discuss the key points identified in the question
20
Did the student provide a critical perspective on the topic 10
Did the student create a professional, well-developed report
with proper
grammar, spelling, punctuation and APA formatting
10
Total 100%
https://cumberland.smartcatalogiq.com/en/2017-2018/2017-
2018-Undergraduate-Catalog/Academic-Affairs/Academic-
Integrity-Policy
https://cumberland.smartcatalogiq.com/en/2017-2018/2017-
2018-Undergraduate-Catalog/Academic-Affairs/Academic-
Integrity-Policy
https://www.ucumberlands.edu/library
Please refer to the following for APA guidelines
https://owl.purdue.edu/owl/research_and_citation/apa_style/apa

_formatting_and_st
yle_guide/general_format.html
_formatting_and_style_guide/general_format.html
_formatting_and_style_guide/general_format.html

4192020 Originality Reporthttpsucumberlands.blackboar

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