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Do More With Data on Twitter and Beyond With an MSc in Computer Science

Data scientists are significant roles for those with a computer science background. However, just because you have a BSc in Computer Science does not automatically mean that you are ready.

Published

3 years ago

June 16, 2020

TwinzTech

Twitter and all other social channels are so much more than ways to connect with your customers and vice versa. They offer key insights that you cannot get elsewhere, from how users interact with your brand and how different campaigns resonate with your audience.

Every social media manager knows how to explore analytical information so that they can better inform themselves on how to get more Twitter followers.

That is not the beginning and end of it all, however.

For a business to truly succeed, data needs to be collected and analyzed from a vast collection of sources. This ranges from social media to your website, all the way down to supply chain logistics and buyer behavior in stores.

Computers are easily able to collect this data; what is not easy is understanding it. Analytics takes uncategorized data and process them in ways that you can understand, but they have their limits.

To truly stand out in your field and prove you are invaluable for any business, you are going to want to specialize with a Masters in Computer Science online or in person.

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Table of Contents

1. What Skills Do You Need to Make the Most Out of Twitter and Beyond?

Big Data refers to all data ever produced. Analyzing Big Data can provide insights into society, economics, and development in ways we never thought possible.

Though there are many limitations to Big Data — security and privacy ironically work against it — many of the same concepts from Big Data can be applied to every business.

Instead of looking at all data ever produced, however, you will be looking at all the data available for that one company, or even one resource like Twitter.

Enterprise-sized businesses need a data analyst to put together their data and understand it so that real strategies based on evidence can be created.

2. To perform such a feat, you will need skills in a few areas:

a. Computer Programming

Being proficient in at least one computing language is often essential, as not every program or system is going to divulge its data in a way you can extract and analyze.

You need to be able to troubleshoot, hack, and even develop software to reach your end goal.

b. Understanding of Statistics

Getting data and organizing it is just the first step. Data analysts need to be able to take the data and extrapolate so that better business can be conducted using their actual historical information.

You can better predict product sales, narrow down when campaigns work best almost to a science, and so much more.

c. SQL Database Expertise

Most data will need to be processed in an SQL database or similar program, so you will need to know how to use SQL through and through.

d. Data Analysis

Data analysis, in general, is also its skill and culminates in many different requirements and abilities.

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3. What is Data Analysis?

Data analysis has several steps. You will inspect data, clean it for better analysis, transform it into a visual representation of itself, model it, and so on so that you can extract new information from the data and produce informed conclusions that work to better the business or organization you work for.

4. What are the Benefits of Data Analysis?

We learn by looking from the past, but our brains are not designed to process sizeable raw data collections. We cannot make sense of a massive screen of numbers without first organizing those numbers into meaningful ways. That is the job of the data analyst.

a. Your Future Career in Data Analysis

Data analysis is a big industry, and it’s only growing as businesses open their eyes to the power and wealth found in their systems. There are restrictions, of course.

GDPR, for example, has made data retention more complicated, though adhering to it also better protects your customers and reputation, so it is a fair trade-off.

As for what your potential career could look like, know that:

b. Outlook

In 2018 there were over 3 million job listings for data analysts. The job industry grew by 29% that year and has done so consistently ever since.

c. Average Annual Income

Data scientists and other computer science specialists make the big bucks, with a data analyst earning between $93,000 to $142,000 per year.

d. Job Satisfaction

According to Glassdoor.com, data analysis is the #1 ranked job in 2019, culminating in future opportunities, job satisfaction, and annual income.

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5. How to Become a Data Scientist

Data scientists are significant roles for those with a computer science background. However, just because you have a BSc in Computer Science does not automatically mean that you are ready.

a. Be Prepared to Take Foundational Courses

Data Science involves statistical models and machine learning, so you may still need to use these steps before you are ready to even apply to an MSc. Thankfully, obtaining these foundational credits is very easy.

The better MSc options will allow you to take foundational courses included with your degree so that you can build upon the knowledge you are missing and then finally specialize.

b. Find the Right MSc for You

While there are specific data science degrees out there, you will be far better off specializing an MSc in Computer Science, unless of course you already have an MSc.

Either way, it can be a good idea to look at the full course description to see what each class offers and whether you need it.

Choosing the right degree is going to be crucial and will prove that you have the skills it takes when you start job hunting.

c. What to Remember About Computer Science

The computer science and technology sectors are always evolving, so while you may have an MSc to your name, it is certainly not the last course you will want to take.

While small updates to programming languages or tools can be learned on the way, new tools might be better absorbed in a specialty, short-term course.

Just be ready to invest in yourself throughout your life, because only then can you truly become a data scientist who sees the potential in all data, whether that is found on Twitter or the world over.

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Four Degrees to Get You Ahead in Today’s Technologically Advanced World

Here are the top degrees you need to know about for a great future. Four Degrees to Get You Ahead in Today’s Technologically Advanced World.

Published

4 months ago

May 30, 2023

TwinzTech

Four Degrees to Get You Ahead in Today’s Technologically Advanced World

In today’s rapidly growing, increasingly technologically-advanced world, having a sound education is a must to survive and thrive. A good education not only makes it easier to find good opportunities in life but also teaches us how to make the best of those opportunities. It helps us keep pace with the world.

Today, there’s a wide array of study areas in which you can acquire an advanced degree. However, there are some disciplines that are particularly relevant in today’s tech-driven world and give you a better shot at a bright future. Here are the top degrees you need to know about for a great future.

Table of Contents

1. Data Science

Data Science has evolved significantly over the last several years. It is a great academic combo of subjects like statistics, mathematics, and computer science. This combination helps in finding meaningful insights from data sources. It helps in recognizing patterns, predicting trends, making decisions that drive innovation, and ultimately supporting progress in different industries. Hence, a degree in data science can make you a highly demanded professional in the job market.

For those seeking a flexible and convenient way of acquiring a degree while balancing it with work or professional commitments, there is the option of online data science masters programs. Such programs have made this field more accessible than ever as they offer the same quality of education as traditional university programs but offer a lot more convenience and flexibility. The core skills in this degree include learning how to manipulate large data sets for creating algorithms that can help in data analysis.

2. Artificial Intelligence and Machine Learning

Artificial Intelligence (AI) and Machine Learning (ML) are transforming industries across the globe. From healthcare to finance, and even entertainment, these technologies are reshaping how we work and live. Consequently, degrees focusing on AI and ML are becoming increasingly popular. These programs equip students with the necessary skills to design and develop intelligent systems. They cover various topics, including robotics, natural language processing, and neural networks.

One distinctive aspect of AI and ML degrees is their interdisciplinary nature. They combine elements of computer science, statistics, and complex problem-solving. Moreover, they often involve practical projects, allowing students to apply theory to real-world scenarios.

The relevance of AI and ML is increasing as more industries realize their potential. For instance, healthcare providers are using these technologies to predict patient outcomes and personalize treatment plans. Retail businesses are leveraging them to forecast sales and optimize inventory management. Meanwhile, financial institutions are employing AI and ML to detect fraudulent transactions. As technology continues to advance, the demand for professionals with expertise in AI and ML will only grow.

3. Cybersecurity

The importance of cybersecurity in today’s digital environment cannot be overemphasized. As our reliance on digital platforms for everything from banking to communication increases, protecting digital information becomes ever more crucial – creating an unprecedented demand for cybersecurity specialists.

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With a degree in cybersecurity, you master the necessary skills for protecting IT networks, systems, and data from all kinds of threats emerging in the digital world. The courses include digital encryption, digital forensics, and intrusion detection. In addition to acquiring the skills needed to counter digital threats, students learn to handle cybersecurity breaches and mitigate potential threats.

Cybersecurity degrees go far beyond simply teaching technical aspects of security. They also delve into the legal and ethical implications of data protection. This holistic approach ensures graduates are well-equipped to tackle various cybersecurity challenges.

Industries across the board are investing in cybersecurity. Businesses are keen to protect their sensitive data from cyber threats. Meanwhile, governments worldwide are ramping up their efforts to safeguard national security against cyberattacks. As a result, graduates with cybersecurity degrees are finding themselves in high demand. Whether it is working as a cybersecurity analyst for a tech firm or as a cybercrime investigator for a government agency, the career opportunities in this field are plentiful and diverse.

4. Software Engineering

In the heart of our digitized world lies software engineering. As a discipline, it focuses on designing, developing, and maintaining software systems. Pursuing a degree in software engineering equips students with an expansive knowledge base, from understanding coding languages to implementing software development methodologies.

Given the broad applications of software across industries, the demand for proficient software engineers is sky-high. A degree in software engineering can unlock a diverse range of career opportunities, from application or systems development to software testing and quality assurance. More than that, this degree offers a platform for creativity and problem-solving – two crucial skills in today’s fast-paced tech industry.

Moreover, software engineers often have the flexibility to work across sectors – from finance and healthcare to gaming and education – thanks to the ubiquity of software applications. With the rise of remote work, many software engineers also enjoy the option to work from anywhere, giving an additional layer of flexibility to this dynamic career path.

Conclusion

The world is fast transforming into a digital-first landscape. Acquiring a degree in data science, artificial intelligence and machine learning, cybersecurity, or software engineering can propel you to the forefront of this transformation. Each of these degrees holds immense potential to help you carve out successful career paths in our technologically advanced world.

Your choice of degree should align with your interests and aspirations. Whether it is decoding data, securing digital infrastructure, or crafting complex software, these fields offer exciting opportunities to contribute to technological evolution. As you navigate your educational journey, consider these degrees – they are more than just qualifications; they are stepping stones toward a thriving career in the ever-evolving tech landscape.