Cloud computing touches many aspects of modern life, and cloud professionals are in demand. Cloud
computing
provides an environment where an organization doesn't need to run its own hardware. Instead, it benefits
from elastic, on-demand compute and storage capacity billed on a consumption basis. It lets users and
businesses access
digital information over the internet from anywhere, rather than needing physical servers in a
back-office
network
closet. Cloud computing offers businesses reduced IT overhead costs, which is especially important for
small
businesses
and startups with insufficient capital to invest in an extensive on-premises IT department.
Many aspects of modern life involve interacting with cloud technology, whether as a consumer or an IT
professional.
As with any IT specialty, you also need to be curious, analytical and willing to stay on top of rapidly
changing user
needs that drive technological innovation.
Although companies' cloud computing role descriptions and their requirements might vary, the information
here applies
broadly throughout the U.S. We have decided to group the different cloud computing roles under following
section
Security
Operations
Networking
DevOps
Data Analytics
Development
Architecting
Our main object is to put at your disposals real world Hand On Projects
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to access the projects. Note
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Cloud security engineer/Analyst (CSE/A)
and
Cloud security Operations (SecOps)
As a Cloud security engineer/Analyst (CSE/A)
Your job will be centered around Designing
computer
security architecture,
developing detailed cyber security designs. You will also be involve in Developing, executing, and
tracking
security performance measures to protect information
is a specialized cloud engineer focused on securing information and applications in public, private
and hybrid cloud
environments. This role is responsible for designing secure cloud architectures, implementing
security measures,
monitoring cloud environments for security risks and ensuring compliance with regulations.
you develop and
build cloud security architectures and solutions, making sure the
companies can operate in a safe, secure environment. You will also monitor, research, and analyze
security
risks to mitigate
threats and security attacks that may occur to or within the cloud.
Security Operation (SecOps):
Its the the combination of
security and operation in the Cloud
System Operation administrator (SA)
, Cloud engineer(CE)
and
Cloud Support Engineer(CSE)
SysOps administrator (SA):
You will manage a company's
cloud presence and infrastructure. You will develop, enforce and update policies for how
employees and users access cloud services; establish security protocols and policies; monitor and
ensure uptime; and
assess the need for technology updates..
You will also manage server backups and recovery and work to monitor and plan for system capacity.
you must also
adhere to system security standards and regularly perform system upgrades. This role is important
for maintaining smooth
cloud operations.
Cloud engineer(CE) :
Cloud engineers build and architect systems on the cloud service provider. They deliver systems
design, product
assistance, and education on best practices in cloud computing. A cloud engineer might help an
organization migrate to
the cloud or configure networking services.
Cloud Support Engineer (CSE):
Where there's technology,
problems inevitably arise. Cloud support engineers are troubleshooting experts who assist
customers, typically B2B clients and not the ultimate end user. In addition to providing on-demand
assistance, cloud
support engineers are often responsible for writing user and training manuals, tutorials, FAQs and
help
guides. They
should have excellent communication skills and prior experience in tech support and debugging.
$0
5 System Admin Real World Projects with detail explanation
Price :$30
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7 Cloud ENG Real World Projects with detail explanation
Price :$30
$0
9 Linux Projects design for easy comprehension
Price
:$30
4 SecOps Projects design for easy comprehension
Price
:$30
Network Engineer (NE)
As aNetwork Engineer (NE):
you will Design and
implement
computer
and information networks, such
as local area networks (LAN),
wide area networks (WAN),
intranets, extranets, etc. You will also design and maintain your organization's cloud
services
across a network in
a certain division or even for an entire
company. You duties might overlap with cloud architects and engineers in that
you will sometimes be
called upon to identify new cloud providers, assess business needs and make recommendations
for
cloud-based platforms.
Test Engineer (TE)
, Cloud DevOps Engineer(CDE)
and
DevSecOps Engineer(DE)
Your job as a Test Engineer (TE)
will center around
Embed testing and quality best
practices for software development
from design to release, throughout
the product life cycle.
As a Cloud DevOps Engineer (CDE)
you will be more involve with
Design, deployment, and
operations of large-scale
global hybrid cloud computing
environment, advocating for
end-to-end automated CI/CD
DevOps pipelines
As a Cloud DevSecOps Engineer (CDE)
, you play the role of
a
DevOps engineer
plus Security being one of your top priority. You will
Accelerate enterprise cloud
adoption while enabling rapid
and stable delivery of capabilities
using CI/CD principles,
methodologies, and technologies
Cloud data engineer
Or Data Analyst
As a Cloud data engineer
Or
Data Analyst
you
will Automate
collection and
processing of structured/semi-structured data and monitor data
pipeline performance.
Cloud software engineer
As a Cloud software engineer,
you will work with
programmers and
related computer scientists to develop software that operates in the cloud, often as SaaS or
IaaS systems. You will also be responsible for upgrading, repairing and
maintaining the softwares they develop and the databases it powers.
Design, develop, and manage cloud infrastructure and assets, work with DevOps to migrate applications to the cloud.
Infrastructure as code (IaC) uses DevOps methodology and versioning with a descriptive model to define and deploy infrastructure, such as networks, virtual machines, load balancers, and connection topologies