Hello Friends welcome back to the new blog and learn new things.
Skills Required to Become an AI Engineer
1. Programming Skills : The first skill required to become
an AI engineer is programming. For this, it’s crucial to
learn programming languages, such as Python, R, Java, and C++ to build and implement models.
2. Linear Algebra, Probability, and Statistics: To
understand and implement different AI models, you must
have detailed knowledge of linear algebra, probability, and statistics.
3. Spark and Big Data Technologies: AI engineers work
with large volumes of data, which could be streaming or
real-time production level data in terabytes or petabytes. For such data, these engineers need to know about Spark
and other big data technologies to make sense of it.
4. Algorithms and Frameworks: Understanding how
machine learning algorithms like linear regression, KNN, Naive Bayes, Support Vector Machine, and others work
will help you implement machine learning models with
ease. Additionally, to build AI models with unstructured
data, you should understand deep learning algorithms
and implement them using a framework.
5. Communication and Problem-solving Skills: AI
engineers need to communicate correctly to pitch their
products and ideas to stakeholders. They should also
have excellent problem-solving skills to resolve obstacles
for decision making and drawing helpful business insights.
6. Necessary Business Skills: The following are some of
the business skills required to be a successful AI engineer: → Creative thinking → Effective communication → Analytic problem-solving skills → Industry Knowledge
1.8 Other Emerging Technologies
1. The Internet of Things (IoT):
Refers to a system of interrelated, internet-connected
objects that are able to collect and transfer data over a
wireless network without human intervention. The Internet of things describes the network of physical
objects—“things”—that are embedded with sensors, software, and other technologies for the purpose of
connecting and exchanging data with other devices and
systems over the Internet.
It enables devices to interact, collaborate and, learn from
each other’s experiences just like humans do.
IoT Examples:
Smart Home security systems
Smart Wearables health monitors
IoT in agriculture
Smart Speakers (Amazon Echo Dot: Alexa)
Smart Cities
Smart Door Locks
2. Cloud Computing:
Cloud computing is the on-demand availability of
computer system resources, especially data storage
(cloud storage) and computing power, without direct
active management by the user. The term is generally
used to describe data centers available to many users
over the Internet. Types of Cloud Computing
1. Public Cloud – Whole computing infrastructure is
located on the premises (sites) of a cloud
computing company that offers the cloud service.
2. Private Cloud – Hosting all your computing
infrastructure yourself and is not shared. The
security and control level is highest while using a
private network.
3. Hybrid Cloud – using both private and public clouds, depending on their purpose. You host your most
important applications on your own servers to
keep them more secure and secondary
applications elsewhere.
4. Community Cloud – A community cloud is shared
between organizations with a common goal or
that fit into a specific community (professional
community, geographic community, etc.). 3. Blockchain:
A blockchain is a peer-to-peer distributed ledger
technology. Which is an immutable, decentralized, encrypted, distributed ledger technology. The name comes from its structure, in which individual
records, called blocks, are linked together in single list, called a chain. Blockchains are used for recording
transactions made with cryptocurrencies, such as Bitcoin, and have many other applications. Each transaction added to a blockchain is validated by
multiple computers on the Internet (Miners). These
systems form a peer-to-peer network. Applications of Blockchain: Cryptocurrency, Smart
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