Is Education the New Self-Care?

The concept of self-care has evolved beyond the traditional notions of spa days and yoga retreats. Education has emerged as a unique and powerful form of self-investment and personal well-being. The pursuit of knowledge is no longer just a means to an end, but a vital tool for mental resilience, emotional stability, and overall life satisfaction. By embracing education as self-care, we not only expand our horizons but also empower ourselves to lead more fulfilling lives. Let’s delve into the question, Why is self-care important? and discover the unique benefits of using education as a form of self-care.

What Is Self-Care?

Self-care is taking deliberate actions to maintain and improve one’s physical, mental, and emotional well-being. It encompasses various activities and habits to reduce stress, enhance health, and promote happiness. There are several areas of self-care and many things you can do to engage in it.

  • Physical self-care. Physical self-care means taking care of our bodies. This includes eating nutritious food, getting enough sleep, exercising, and taking any necessary medications regularly.
  • Social self-care. It’s important to socialize, but sometimes, making time for our friends and family is hard. Try scheduling game or movie nights with friends or attending a football game with your family. Don’t forget to contact a friend or family member you haven’t heard from.
  • Mental self-care. What we fill our minds with influences how we act. Mental self-care helps us keep a healthy mindset. Doing puzzles, reading books, or playing board games or intellectual games are ways to keep your mind sharp.
  • Spiritual self-care. You don’t have to follow a religion to take care of your spiritual well-being, though many people find following a religion to be a form of spiritual self-care. Other forms of spiritual self-care involve meditating, going for a nature walk, practicing compassion, or journaling.
  • Emotional self-care. Nurturing your inner self and emotions is an important part of self-care. Being in touch with and controlling your emotions can benefit your overall well-being. Asking for help when needed, seeing a therapist, setting personal boundaries, and practicing gratitude are examples of emotional self-care.

Why Is Self-Care Important?

Self-care isn’t just a luxury; it’s necessary for maintaining our overall well-being and preventing burnout. By engaging in self-care activities, we can effectively manage stress, enhance our physical health, reduce the risk of diseases, and improve our mental clarity. When we practice self-care, we acknowledge and address our personal needs, which is crucial for our happiness. By prioritizing self-care, we can better navigate the challenges of daily life and maintain a healthier, more balanced lifestyle.

How Is Education Self-Care?

Another form of self-care that may surprise you is education. Education as self-care involves learning new things that enrich the mind, boost self-esteem, and foster personal growth. By growing knowledge and skills, we gain a sense of accomplishment. Pursuing higher education stimulates our minds, helps reduce stress, and allows us to be creative. Additionally, learning helps us adapt to changes, improve problem-solving abilities, and stay connected with the world around us. Embracing education as a form of self-care ultimately leads to more resilience and fulfillment.

Self-care is essential for nurturing our minds, bodies, and spirits. It lets us lead healthier and more balanced lives. By prioritizing the various areas of self-care—including our education—we can equip ourselves with the tools to manage stress, maintain physical health, and enhance our emotional well-being.

Hack-Proof Best Practices for Cybersecurity

The security procedures for protecting computer systems, networks, and data from unauthorized access, theft, or damage is vital. Why is cybersecurity so important? Because the world has become digital. From navigating your town to buying products, operating your smart home to accessing your money, it’s hard to think of any human endeavor that has NOT been digitized—or that isn’t under cyberthreat.

Why Is Cybersecurity Important?

Cybercrime is on the rise, in number of attacks, variety of methods, and multiplicity of objectives. Governments wage cyberwar by attacking critical infrastructure. Groups steal data and sell it to the highest bidder on the dark web. Individuals lock you out of your own computer and demand ransom. Risks have multiplied with easy-to-hack mobile devices and smart Internet of Things (IoT) innovations.

Why is cybersecurity important? These common cybersecurity threats are just a sample of the growing problem:

  • Malicious software for spying, planting viruses, logging key strokes, demanding ransom, or harnessing machines into a botnet
  • Denial-of-service attacks that bring down key internet services, accounts, and websites
  • Phishing, spoofing, and other social engineering techniques to gain access to sensitive information and systems
  • Identity attacks where a bad actor masquerades as a bona fide user to break into systems
  • Code injections that add malicious code into systems and apps
  • DNS tunneling that bypasses security measures to take over systems and data
  • IoT attacks that break into connected devices to access the rest of the system

Human actions are responsible for most cyber breaches, either by a malicious insider or by a poorly trained or poorly informed employee or partner making a mistake. Beyond attacks and breaches are the costs associated with failing to comply with an ever-widening array of privacy and cybersecurity laws.

Given the risk, investing in security procedures, systems, safeguards, and frameworks is a priority for organizations large and small, creating a variety of exciting career paths.

5 Key Cybersecurity Best Practices

Best practices in cybersecurity are adapting as fast as cybersecurity threats multiply and evolve. The U.S. government’s Cybersecurity & Infrastructure Security Agency offers up-to-date resources for organizations and individuals. The following security procedures and approaches remain core to any cybersecurity operation.

Establish a Network Security Program

Your organization can’t afford to leave cybersecurity to chance. Best practices in cybersecurity begin with a formal network security program. At their most basic, security procedures in most cybersecurity frameworks cover the steps of identifying risks and vulnerabilities, detecting breaches, effectively responding, and then disclosing and documenting issues for compliance and continuous improvement. The last step is fast and effective recovery from an attack. Many organizations have found that adopting a formal cybersecurity framework, like NIST or ISO 27001, provides a structure, formal reporting, proven procedures, vital recordkeeping, and help ensuring legal compliance.

Reinforce Your Organization

Second among best practices in cybersecurity is involving people in your network security program. In addition to putting a network security program in place, you’ll need the backing of senior leadership and the engagement of every employee. Next, define and assign information security roles and responsibilities to your team members. Real cybersecurity involves more than the IT department; every person interacting with your data, devices, and network must take cybersecurity training. Each person may have a different level of access and may need to be assigned an identity, password, third-party identification, and more.

Ongoing cybersecurity awareness is a must. Something as simple and ubiquitous as email represents the greatest vulnerability for many companies. A malicious email that an employee did not perceive as dangerous was the starting point of more than 75% of targeted cyberattacks. Training employees about such risks is a first-line cyber defense.

Secure Systems and Platforms

When building, buying, or integrating devices and applications, and when creating, manipulating, moving, and storing data, protecting these elements is one of the most important best practices in cybersecurity. Your organization will benefit from having a secure system development life cycle (SDLC) program in place. In addition to making sure everything is working, SDLC processes include formal code reviews, architecture analysis, technical controls, and penetration testing as part of the configuration process.

The vulnerability management plan you develop during this work becomes part of your overarching cybersecurity framework. No digital infrastructure is static. Constant additions and upgrades are necessary, and if no security procedures during configuring and integrating these changes are in place, your organization is vulnerable.

Conduct Third-Party Security Assessments

More IT systems and more parts of IT systems now routinely integrate third-party components rather than custom-building them in house. Your cybersecurity is only as strong as the weakest third-party component, and every one of them adds risks. Out of 100 Fortune 1,000 chief information security officers surveyed by RSA Conference in 2023, 87% have been affected by a third-party cyber incident.

Cybersecurity frameworks all provide specific and comprehensive security procedures for conducting third-party assessments and audits, documenting findings, and addressing issues. If you don’t include this element in your best practices in cybersecurity, you are practically inviting bad actors into your systems and data.

Stay Vigilant and Adaptive

Staying vigilant is a necessity in the field of cybersecurity. When you have the right frameworks and security procedures in place, you’ll be able to thwart attacks before they start, respond quickly to any incidents, and recover just as fast. Plus, you’ll have the processes and documentation many cybersecurity laws require you to provide, mitigating the threat of fines and penalties.

Still, the best system will quickly fall behind if you don’t stay up to date on best practices in cybersecurity and regularly update your cybersecurity strategies and measures. Join the conversation at the National Cybersecurity Institute at Excelsior University, a national center of academic excellence tied to many of the leading national agencies.

Cybersecurity companies and service providers are constantly on the hunt for qualified talent. Studies point to high demand for people in these roles, with 68% of organizations citing shortages of people with cybersecurity knowledge and skills as one of their biggest challenges. Even though global employment in this sector reached 5.5 million in 2023, the industry faces significant workforce shortfalls.

Earning a bachelor’s in cybersecurity gives you the knowledge and credentials you need to prosper in any career in cybersecurity. Certificate programs like Ethical Hacker and IT Security Specialist, offered through Excelsior’s partnership with MedCerts, can also help you advance your skills and your career while earning you credit toward your Excelsior degree. Take a step toward the front line of cyber defense and contact Admissions today.

What Is the Role of AI in Cybersecurity?

As cyberthreats become more sophisticated and pervasive, the ability of artificial intelligence (AI) to process data, identify patterns, and automate responses is proving indispensable. From enhancing threat detection and prevention to improving security operations, AI transforms how organizations protect their digital assets. Let’s explore some of the benefits and some of the drawbacks of this technology.

What Are Some Benefits of AI in Cybersecurity?

Many organizations have already harnessed the power of AI for their business needs. The benefits of AI in cybersecurity include:

  • Improved threat detection. AI can identify patterns, anomalies, and emerging threats with remarkable accuracy. This allows for the early detection of sophisticated attacks often missed by traditional methods. AI can automate responses to threats, such as blocking malicious traffic, isolating compromised devices, and sending alerts, thereby saving time and minimizing data breaches.
  • Automated processes. AI learns from historical data and adapts to new information, quickly identifying, containing, and remediating breaches. This automation reduces human intervention and is crucial for continuous monitoring, streamlined patch management, compliance monitoring, and efficient incident response.
  • Machine learning. AI enables cybersecurity software to learn from past experiences, improving over time by identifying trends and connecting past incidents with threat intelligence. These algorithms can also analyze password patterns to detect weak or easily guessable passwords, alerting employees to enhance security.
  • Reduced human error. Tasks that are time-consuming and prone to human error can be streamlined by AI, which minimizes typos and formatting mistakes in manually entered data. AI can also detect anomalies and clues in data that human analysts might overlook. Additionally, AI reduces human biases in cybersecurity analysis.
  • High data analysis capacity. AI can handle and analyze mass amounts of data, identifying patterns and trends indicative of security threats. AI’s high data processing capacity allows for continuous automated analysis and 24/7 security monitoring.
  • Improved user experience. Generative AI advances customer support with interactive chat options for efficient feedback collection. It also enhances the usability of various cybersecurity tools and features, increasing their acceptance and effectiveness.

What Are Some Challenges for AI in Cybersecurity?

While there are many benefits to using artificial intelligence, we shouldn’t be automating our systems and heading for monthslong vacations just yet. There are many limits to AI that we should be aware of. Some of these limitations include:

  • Absence of human judgment. No matter how sophisticated or intelligent AI becomes, it will only comprise data and algorithms. It notoriously lacks human judgment and creativity, and without this piece of humanity, you run the risk of problems like systemic bias and the kind of cold unaccountability that could affect a business’s security and reputation.
  • Ethics issues. AI’s ability to analyze vast amounts of data can lead to privacy invasions, as sensitive information might be accessed or misused. Bias in AI algorithms can result in unfair or discriminatory outcomes. Overreliance on AI can lead to complacency, and cyber criminals could exploit these technologies for malicious purposes. Automating cybersecurity tasks through AI may also result in job displacement for cybersecurity professionals.
  • Inability to keep up with threats. Although AI’s defensive capabilities are highly advanced, cybercriminals develop new and dangerous methods of cyberattack every day. Cybercriminals have even started using AI for their own tactics, like new malware strains and phishing attacks, making it harder than ever to spot a cybercrime. Cybersecurity professionals need to stay up to date to make sure AI is ready to stop these cybercriminals before they strike.
  • False positives. AI-based systems can become overwhelmed when false positives happen. This means an alert incorrectly indicates a problem or vulnerability in the organization’s system. When this happens, AI systems don’t have the proper context or history to analyze them correctly, so IT teams cannot distinguish real from fake threats.
  • Cost. AI often requires special hardware, software, professional expertise, and training. This all makes AI solutions expensive, especially for smaller businesses.
  • Unemployment. Some critics of AI-based solutions argue that technology could rapidly replace human workers, putting many IT professionals out of jobs. Chatbots and robots, for instance, are also used in human resources to respond to customer questions. Although not always the case, this can mean fewer jobs for many people.

How Is Artificial Intelligence Used in Cyberattacks?

Although many use AI for legitimate business purposes, others use it for cybercrime. Cybercriminals are using artificial intelligence to enhance their cyberattacks on corporations and individuals. They’re able to do this in a variety of ways because AI uses machine learning. Machine learning allows systems to learn from previous data and improve performance. Simply put, AI “learns” using large amounts of data to recognize patterns. Hackers and cybercriminals use AI in automated attacks, phishing and social engineering attacks, deepfake technology, malware, data mining, password cracking, and more. It amounts to a technological arms race between white hats and black hats, putting the onus on cybersecurity professionals to constantly keep up on the latest developments and stay ever vigilant in their application.

CISA’s Roadmap

To combat cybercriminals’ dangerous use of AI and to explore and enhance its benefits, the Cybersecurity and Infrastructure Security Agency (CISA) developed a road map. CISA’s plan covers five lines of effort:

  1. Responsibly use AI to support CISA’s mission.
  2. Assure AI systems.
  3. Protect critical infrastructure from malicious use of AI.
  4. Collaborate with the interagency, international partners, and the public.
  5. Expand AI expertise in the U.S. workforce.

How Can You Prevent Cybercrime?

If you want to do your part to help prevent the criminal use of technology, here are a few tips:

  • Use strong passwords.
  • Use multifactor authentication.
  • Keep your software up to date.
  • Enable privacy settings.
  • Use antivirus software.
  • Use a firewall.
  • Back up your important data.

Technology is only going to continue to advance. Artificial intelligence is one of the areas that will continue to see rapid developments. To stay ahead of criminals wishing to use this technology for malicious reasons and to explore all the benefits AI can provide, we must constantly keep up to date with our rapidly changing technological world. A degree in cybersecurity can provide you with the foundation to enter this dynamic field and propel you to make advancements that can benefit individuals and society at large.

The Impact of Nursing Technology in Health Care

How Has Technology Changed Nursing?

In an era where technology permeates every aspect of our lives, it’s only natural that the health care sector should experience transformations driven by technological advancements. From artificial intelligence and machine learning to telemedicine and wearable devices, technology is reshaping how we diagnose, treat, and manage health conditions. This integration of technology enhances the efficiency and accuracy of medical care and improves access to health services, empowering patients and health care providers.

Nursing technology has changed the world of health care in sweeping ways, including:

  • Improving workflow and reducing burnout. Nurses spend nearly one-third of their shifts performing administrative tasks like stocking supplies, scheduling, billing, and documenting patient information. Technology can make collecting information more streamlined and less time-consuming. Nurses can concentrate on more critical tasks, and this, of course, leads to less work. And less work leads to less burnout.
  • Streamlining communication and allowing greater access to care. New communication technology has helped nursing teams interact with patients more efficiently and effectively, especially if patients are in rural areas and do not normally have access to health care services. Nurses can consult with patients remotely, make assessments, monitor vital signs, and keep in more timely contact.
  • Improving patient outcomes. Technology is beneficial to patients for many reasons. For instance, with electronic software, patients can gain quicker and more efficient access to their medical records. And technology helps prevent and reduce medication errors and mistakes, enhancing patient safety. Plus, technology allows patients to take an active role in their health by giving them access to their health records and health providers through electronic patient portals and health apps. Easier communication with health care providers makes it easier for patients to engage in their health, improving their outcomes.

Indeed, the field has changed dramatically over the past generation in all aspects, but some specific areas have particularly been affected by advances in nursing technology, specifically telenursing, electronic advancements, portable devices, and smart tools.

Telenursing

Telenursing, or telemedicine or telehealth, became more prevalent during the COVID-19 pandemic to give patients more access to their health care providers. It refers to virtual appointments using internet-based video calls conducted with a computer, tablet, or smartphone. One of the main advantages of this type of visit is preventing contagious patients from spreading their illness to others. It’s also helpful for patients who might have mobility issues or who live far away from their providers. Another benefit to telenursing is that these visits are easier to schedule and have lower costs because they’re conducted in the patient’s home.

Electronic Advancements

Technology is quickly becoming an invaluable tool for nurses in managing data. Artificial intelligence, for instance, helps reduce time-consuming tasks, improves the organization of electronic medical records, and can help nurses collaborate and communicate better with other team members (there’s even an AI device that can draw blood!). And electronic medication management systems help reduce errors and improve patient safety, assisting health care providers with prescribing, administering, reviewing, and disposing of medications as well as reducing the risk of errors caused by illegible handwriting and incorrect orders.

Portable Devices

Handheld digital devices like mobile computers, tablets, and smartphones, as well as portable EKG and ultrasound devices, offer greater mobility for nurses and other health care team members. These portable devices allow health care professionals to do their jobs more efficiently and effectively, collecting and sharing real-time patient data and streamlining the process of collecting information and offering on-the-spot patient care.

Smart Tools

Nurses carry out a wide range of duties, and with the nursing shortage, it’s harder than ever for them to tackle everything on their to-do list. Enter mobile robotics. Robots can offer some helpful solutions, including greeting patients, conducting contactless triage interviews in the ER, and delivering lab specimens or medications. Augmented reality technology like smart glasses can help nurses access patient information hands-free, improving workflow and reducing medical errors. Remote patient monitoring (RPM) uses technology to transmit real-time health data between patients and providers. Examples of RPM devices include digital blood pressure monitors, heart monitors, pedometers, and pulse oximeters. RPMs give patients greater peace of mind and allow for fewer officer visits. They also offer more individualized patient-provider interactions.

Can Nurses Be Replaced by Technology?

With all these technological advances in the health care industry, you may be wondering whether technology will replace nurses. Although technology poses no risk of replacing nurses soon, nurses and other medical professionals will continue incorporating technology into their daily routines. Experts do not always agree on the future of health care, yet one thing is for sure: Nurses will continue using advanced technology to see more patients daily, administer medications more efficiently, and monitor conditions with greater confidence.

If using state-of-the-art technology to provide first-class patient care sounds appealing to you, a career as a nurse might be in your future. Earning your nursing degree is the first step. If you want to explore the world of technology and nursing, consider becoming a nursing informaticist. You could be on your way to a rewarding career blending technology and high-quality patient care.

Chess with the Chaplain: How Kimberly Dove Changes Young Lives One Move at a Time

Chess is a complex game involving strategic planning, tactics, and foresight as players try to control the board and ultimately checkmate their opponent. It’s a worldwide competitive sport, but it can also be a tool for cognitive development and to instill valuable lessons in young minds.

Kimberly Dove, chaplain at the Indian River Juvenile Correctional Facility (IRJCF), in Massillon, Ohio, uses chess to help young people change the course of their futures and leverages her position to make sure everyone she oversees gets the care they deserve. Dove, who earned her Associate in Science in Liberal Arts from Excelsior in 2017 and just earned her Bachelor of Science in Criminal Justice in June, has long garnered the praise of co-workers and the young people in her programs for her innovation and dedication—and in 2023, she was recognized by the Ohio Department of Youth Services, as well.

Life Lessons from a Chessboard

At IRJCF, Dove uses chess to help inmates with critical thinking skills and in making strategic decisions that can be applied to life experiences. After working with the U.S. Chess Federation and a neighboring county using a similar tool, she applied her program to youths with mental health issues, who were in gangs, or who had other aggressive issues.

“As it progresses, [the young people] learn at a deeper level; we’ll put a clock against them while they’re playing. And what they find out is that they can play better without the clock against them. Because when the clock is against them, they make moves that they didn’t have time to think about,” explains Dove. Her participants learn the value of making thought-out choices—and how one hasty decision can put you in checkmate. This revelation can transform a young person’s worldview.

Dove’s favorite part about the program is when, six months later, she meets a former inmate, and they express to her how much her program worked for them. In fact, her chess program is so successful that she has a waitlist.

“I Need to Get into Prison”

But Dove doesn’t just organize chess matches. Her job as chaplain is critical in making sure inmates have access to the religious resources they need. She has extensive knowledge of religious laws and makes sure inmates have their prayer rugs, rosary beads, or other religious items. Dove is also responsible for knowing what’s trending in prisons among the gangs. She needs to know, for example, what colors and codes they use so she can help thwart criminal activity. “People have no idea what we do to keep everyone safe,” she adds, noting that her job as a chaplain is not widely understood.

Many young people are born into gangs, so it’s difficult to dissuade them from becoming entrenched in the lifestyle, Dove says. Instead, the best way to prevent gang association is by preventing youths from being active in them to begin with. “We want to use a prevention method to make [youths] become nonactive,” she says. “That’s what we have to teach them.”

Dove’s dedication to helping others stems back to her childhood. Although she had a stable and supportive home environment, she knew that many other children her age did not. Dove recalls: “I still was exposed to some of the kids that didn’t have the home life I had. … I just had something in my heart for disadvantage. I would befriend those youths and protect those youths and take them home and ask Mom to feed them.”

Her devotion to helping the less fortunate led her to pursue social work, and eventually, she began working with at-risk youths in city schools. Many of these young people didn’t benefit from traditional school because of all the time spent in and out of courtrooms. It led Dove to make a career decision: “Doing that, I found out that a lot of the reasons that [the young people] had challenges was because of parenting. Going further, the parents had spent a number [of years] in prison, some county, and I just made this link that if I’m going to help these youth, … I need to get into prison.”

Finding Excelsior—and Success

Dove changed her career from social work to criminal justice and volunteered within the prison system communities. This was also when she discovered Excelsior University (then College). The flexibility of the online programs was invaluable to Dove while working in the prison system, where she sometimes worked long hours and didn’t always have access to the internet. It was invaluable to Dove that Excelsior advisors and staff made her feel like part of a community where she could grow. She recalls the welcoming feeling of Excelsior: “The advisors work well with me. … I’ve gone to other schools, and I did not get what I was able to get as far as feeling that they had embraced me and that they were holding me up.”

Being able to use knowledge and experiences she picked up in her courses directly in her work was also a benefit for Dove. In fact, one of her instructors was a police officer and shared with Dove similar experiences about dealing with aggressive offenders. She enjoyed that her instructors brought this real-life career experience with them to their classrooms. “What was amazing to me is that they weren’t just teachers, professors, but they actually had worked in these fields. So not only were they teaching us from the book, but they were teaching us by experience,” she says.

Dove’s success with young people at Indian River and with incarcerated men and women in Ohio’s penitentiary system drew the attention of her agency, the Ohio Department of Youth Services, who awarded her the facility’s Employee of the Year Award in April 2023. In October 2023, she also participated in the National Association of Blacks in Criminal Justice (NABCJ), where she presented about gang violence and the best way to discourage youths from joining gangs.

A Legacy Measured in Hearts, Minds, and Souls

With her degrees in hand, Dove hopes to move into a more governmental role. “I hope to eventually start working on policies. I’m huge on policies. Some of them contradict one another, and they need to be rewritten in some areas,” she says. She feels many laws regarding incarceration and the justice system in general need to be adjusted. Dove hopes to be the person to do it.

With regard to her legacy, Dove wants her work to benefit the young people she works with for their entire lives. She remembers working with a man who was incarcerated for 36 years before DNA exonerated him and inviting him to speak at a conference several years ago. The youths in the audience were so touched by his story that many dropped to their knees, crying.

Sometimes the impact of Dove’s work can be that visceral. “I believe that they’ll tell their children, ‘If it hadn’t been for that Chaplain Dove and all the programs and all the other people, you probably wouldn’t be here, because I would have been doing life in prison.’”

More from Kimberly Dove

What is most rewarding about your job?

“I see change. I see someone that without those programs would probably be back in [a detention facility], but with the support, it gives them drive to want to keep moving forward and not step backwards.”

What would you tell somebody who wanted to go into criminal justice but didn’t know where to start?

“I would probably probe them a little bit to see why they want to go into it, because that makes all the difference. Because you’re going to have so many challenges. And if it’s something external, you’re not going to make it. If you’re doing it because everybody else did it or it’s trending, you’re not going to make it. It has to be something deeper on the inside.”

What’s the Difference Between Cybersecurity Master’s and Bachelor’s Degrees?

If you’re considering a career in security management, you might want to earn a cybersecurity master’s degree. With cyberattacks growing in number and complexity, demand for qualified people remains high. If you have a bachelor’s degree in cybersecurity, technology, or any hard science, you likely have the foundation you need to pursue a master’s in the field, especially if you have some relevant work experience. Here, explore what you can do with the degree and what you will learn in a typical cybersecurity master’s program.

What Can You Do with a Cybersecurity Master’s Degree?

Having a bachelor’s or master’s degree in cybersecurity opens doors to many exciting cybersecurity career paths.

A bachelor’s degree in cybersecurity is a four-year undergraduate degree that gives you a foundation of key security management concepts and a technical understanding of the most common types of cyberattacks, risk management, governance and compliance, and computer forensics, along with digital fundamentals in programming, cloud computing, operating systems, networks, and system administration. Most programs include general education classes in the humanities, science, math, and communications. You will be prepared for entry-level positions and can rise through middle management with this degree.

If you would like to move into upper management and even to eventually become a chief information security officer (CISO), or if you want to specialize in a specific cybersecurity practice area, you’ll want to earn your cybersecurity master’s degree. The degree prepares you for specialized cybersecurity jobs, cybersecurity management positions, and consulting roles. In all of them, you have opportunities with a higher earning potential. Example roles, in addition to becoming a CISO, include:

What Will You Learn in a Cybersecurity Master’s Program?

Typical cybersecurity master’s degrees incorporate classes in leadership, talent management, and advanced courses related to cybersecurity. You’ll study network and communication security, crime prevention and post event forensics, expanded legal and compliance issues, and computer security technologies, principles, and processes in depth.

Cybersecurity has become a critical element in business operations, government functions, and our infrastructure, with implications for national security. Protecting vital systems and data needs more than technologies and processes—it needs qualified people.

You can learn more about career and educational opportunities in the field at the National Cybersecurity Institute at Excelsior University, which brings experts from government, industry, and academia together to promote a stronger cybersecurity workforce and informed leaders for furthering cybersecurity practice in areas such as critical infrastructure, finance, national defense, and health care.

Cyberattacks show no sign of letting up. Indeed, as more of our world is digitized and connected, the threats only grow. And the need for qualified security management and cybersecurity technical expertise is growing along with the threats. Earning your cybersecurity master’s prepares you for a career on the front lines of protecting vital information and systems—along with everyone who depends on them.

What Can an MBA Do for You?

An MBA, or Master of Business Administration, is a versatile tool for career advancement and personal growth. MBA programs teach you about business operations and strategies and also help you hone your leadership skills, which is important if you want to land a high-level management role. This degree can open doors to various industries, including finance, marketing, technology, and health care. Let’s take a look at how an MBA can help you progress in your career, transition to a new field, or start that new business venture.

An MBA is one of the most popular master’s degrees in the United States, and for good reason. It offers myriad benefits to graduates. Here’s what an MBA can do for you:

  • Teach you management skills necessary to make a business successful, including how to be a good leader and manage employees.
  • Allow you to specialize in areas that interest you, such as international business, finance, marketing, entrepreneurship, human resources, and more.
  • Give you access to a growing network of business professionals.
  • Allow you to earn some of the highest salaries, like $190,000 for first-year graduates out of an MBA program.
  • Allow you to change careers seamlessly and even branch out internationally with the broad management knowledge you’ll gain.

What Can You Do with an MBA in the Technology Field?

An MBA is undoubtedly an excellent choice for those wishing to enter the field of business, but let’s find out what you can do with an MBA in the technology field.

You can pursue diverse roles that blend business strategy with technological expertise. You could obtain leadership positions, such as a chief technology officer or IT director, where you drive the vision and strategy of a company. You could oversee the development and lifecycle of innovative tech products, offer strategic advice on digital transformation and IT solutions, or help organizations leverage technology for competitive advantages.

An MBA may also allow you to identify growth opportunities and craft strategies to enhance market presence, and you would possess the knowledge to launch and grow your own tech startup company. No matter what area you choose to specialize in, an MBA in technology equips you with the critical skills to lead, innovate, and drive success.

Is an MBA a Good Degree for Health Care?

An MBA can also help you succeed in the health care field. You can take on leadership roles, such as hospital administrator or health care manager, overseeing facilities’ operations, financial health, and strategic direction. Or you could work as a health care consultant, advising organizations on improving efficiency, reducing costs, and enhancing patient care.

An MBA can help you oversee medical practices or the business aspects of a pharmaceutical company, shape policies, and manage operations to ensure effective service delivery. Whether your interest lies in administration, consulting, operations, or policymaking, an MBA equips you with the strategic, financial, and managerial skills needed to drive innovation and improve outcomes in the health care industry.

No matter your interest, a Master of Business Administration can open a world of career opportunities. You may even find you can enter fields you never thought of, like technology and health care. An MBA is beneficial in nearly every industry, giving you the tools and knowledge to help advance and grow businesses in this complex economy.

What’s the Difference Between Biology and Health Sciences?

What’s the difference between studying the two-chambered heart of the bristlenose catfish and studying the most effective nutrition education programs for the four-chambered versions belonging to us humans? It’s the difference between biology and health sciences!

Both are fascinating fields under the umbrella of the life sciences that help us to understand our world, and both can lead to a versatile range of careers. But let’s take a closer look at what makes them different—and what you can do with a BS in Health Sciences.

What Is Health Science?

Health science is a broad field that has a broad impact on our everyday health. Applying scientific principles from biology, chemistry, nutrition, psychology, and sociology to human health, health science looks at promoting physical and behavioral health and improving overall well-being, including the mental and social aspects of wellness.

While you may run into someone who works as a biologist, you won’t find many self-described health scientists. That’s because the health sciences encompass a wide range of specialties, from public health, where professionals monitor and address community health issues, to clinical fields that involve direct patient care.

Health Sciences vs. Biology: How Are They Different?

The main difference between biology and the health sciences is their focus. Biology is the study of all living organisms. From the microscopic cilia on a bacterial cell to the 25-foot-wide tail of a blue whale. Health science, on other hand, narrows its scope to human health and well-being.

Biology provides the foundation for understanding the human body at a scientific level. Health science then uses that structural knowledge to improve human health outcomes holistically. A biology degree includes exploration into core areas like cell structure, ecology, and genetics, as well as subfields like zoology, botany, or microbiology. Health science degrees cover human anatomy and physiology, nutrition, public health, and health care systems. You might also explore specific areas like informatics, health policy, or health care administration.

What Can You Do with a Health Sciences Degree?

Is a health sciences degree right for you? At the associate, bachelor’s, or graduate level, a degree in health sciences is a great choice for someone who wants to make a positive difference in the lives of others and wants a wide range of career options. Some common jobs for health sciences graduates include:

  • Direct care: In these roles, including physical therapists, occupational therapists, medical assistants, and paramedics, you affect a patient’s health on an individual level.
  • Health care administration: This career path focuses on the business and management side of health care and includes areas like hospital administration, health care IT, or public health administration.
  • Research: If you enjoy research and data, jobs in health informatics and public health policy help governments and health care systems recognize patterns and make better decisions.
  • Public health: Making a difference in the health of communities, a public health career could include working as a health educator, as a health program coordinator, or in health communication.

The specific career that’s right for you will depend on your interests, skills, and any further education you pursue. A BS in Health Sciences is also an excellent starting point to higher education either in the health sciences or in scientific or medical fields.

As the character of Dr. Ian Malcolm said in the movie Jurassic Park, “Life finds a way.” And whether your interests lie in paleontology or epidemiology, the fields of biology or health science have an education path for you to pursue.

4 Lessons Charitable Nonprofits Can Learn from the For-Profit Space

Scott Dolan, executive dean of Excelsior’s College of Liberal Arts and Sciences, published an article for Forbes Nonprofit Council titled “4 Lessons Charitable Nonprofits Can Learn from the For-Profit Space.” In the article, Dolan discusses important lessons that nonprofit organizations can learn from the operations and tactics of for-profit businesses in reaching their goals and fulfilling their purpose-driven missions.

Read the article here.

What Can You Do with an Information Technology Degree?

In today’s world, we can wake up in a house that anticipates our needs, work in an environment where virtual and physical realities blend seamlessly, and communicate across continents with the touch of a button. This is possible thanks to information technology. Information technology (IT) uses computers, software, and networks to store, process, and share information. It involves managing and using technology to handle data, communicate, and perform tasks more efficiently. Pursuing an information technology degree can equip you with the skills, knowledge, and vision to shape your career and the world around you.

How Long Does It Take to Get an Information Technology Degree?

If you’re interested in pursuing an IT degree, a bachelor’s will gain you access to most entry-level positions. A bachelor’s usually requires around 120 credits and takes about four years to complete as a full-time student. Part-time students, naturally, will likely take longer to finish, though you may be able to knock some of that time off if you can apply credits toward your degree from previous college-level coursework or relevant training.

An associate degree in IT may qualify you for some entry-level positions. It usually takes two years to complete an associate degree if you pursue it full time.

Is an IT Degree Worth It?

There are multiple reasons why an IT degree is worth it. For starters, nearly every industry has shown a growing demand for experienced and knowledgeable IT professionals. These professionals can also expect to get paid competitive salaries. The U.S. Bureau of Labor Statistics (BLS) reports that, as of May 2023, the median annual wage for computer and information technology occupations was $104,420.

IT also offers a range of job opportunities. You can choose which business you’d like to work for and even which specialty, such as system administration or cybersecurity. The IT field is always advancing and expanding, which allows you to help create and design new and exciting ways to help the cyberworld.

What Will You Learn in an Information Technology Program?

The most common type of IT degree is a Bachelor of Science in Information Technology, and it usually includes courses like programming, data communications, database management, networking, web design, and project management. You can expect to learn how to use programming languages, like Python, and how to manage networks. Some programs may also offer students the ability to specialize by choosing a concentration like Cybersecurity or Network Operations.

Cybersecurity Technology

A Cybersecurity Technology concentration covers the technical, operational, and legal dimensions of cybersecurity. It provides a holistic view of implementing effective cybersecurity programs appropriate to the environment. Typical courses include computer forensics, cyberattacks and defenses, and network and application security.

Network Operations

In a network operations concentration, you’ll gain critical knowledge and skills in telecommunications and networking, learning to plan, design, and manage security network and telecommunication systems. You may take courses in advanced networking, network operating systems, and wireless technology.

Other Concentrations

In a field as broad and varied as IT, you may have many concentrations to choose from. Some other concentration choices include Network Administration, Business Technology, Software Development, Game Development, Artificial Intelligence, and Cloud Computing.

What Jobs Can You Get with a BS in Information Technology?

So, what can you do with an information technology degree? An IT degree prepares you for a variety of jobs in a multitude of industries.

Network Administrator

A professional who manages an organization’s computer networks to ensure that they are operating smoothly and as designed is a network administrator. They are responsible for installing and configuring hardware and software, designing and building networks, monitoring and troubleshooting problems, developing budgets, and many more tasks.

IT Support Technician

Professionals in this role are responsible for helping customers and consumers understand how to use and fix their computers and other technology. IT support technicians must be extremely knowledgeable about an organization’s equipment to assist the customers as well as possible.

Database Administrator

Database administrators are responsible for various information management tasks, such as managing, maintaining, and ensuring the efficient operation of a database management systems. They ensure that databases that can include customer records and financial information are secure, available, and performing optimally.

IT Security Coordinator

An IT coordinator, an information security analyst, protects an organization’s computer systems and networks from unauthorized access, theft, and misuse. They develop and implement security measures to safeguard client or company data from threats, including illegal hacking, viruses, spyware, Trojans, worms, and corruption.

Network Architect

If you’re interested in designing and managing computer networks, a career as a network architect could be for you. They work with local area networks, wide area networks, intranets, and extranets. There are also several types of network architects, including wireless network architects, data center network architects, cloud network architects, network security architects, and enterprise network architects.

Network Technician

Technicians responsible for the day-to-day maintenance and troubleshooting of computer and network systems for a business or organization are known as network technicians or network support technicians. They install, configure, and design networks and troubleshoot if any problems arise.

System Analysts

Systems analysis combines business and information technology. Systems analysts use this process to analyze, design, and implement information systems to help businesses and organizations meet their goals. Their primary role is to bridge the gap between business requirements and technology solutions. These professionals are knowledgeable in computer science, information technology, and/or related fields.

Career Outlook for Information Technology

According to the BLS, employment in computer and information technology occupations is expected to grow much faster than the average of all other occupations from 2022–2032. During that time frame, about 377,500 job openings will become available yearly. What’s more, salaries in this field have increased by 9%, giving you a greater incentive to join this growing workforce.

How Can You Prepare for a Career in Information Technology?

Are you ready to start on a path toward a career in IT? It takes preparation. First, you’ll want to lay a solid foundation with the proper education. Consider getting a bachelor’s degree in information technology, computer science, database administration, or a related field. Some entry-level positions may only require an associate degree. It would help if you also tried to gain as much industry experience as possible. Grow your network by connecting with people in the IT field through conferences and LinkedIn. Finally, consider improving your knowledge and skills through certifications such as CompTIA A+.

Get Your Information Technology Degree at Excelsior University

If you’re ready to plunge into IT, Excelsior University will help get you there. Contact our dedicated admissions counselors to discuss our fully online Bachelor of Science in Information Technology program. Pursuing an IT degree can lead you to a rewarding career in the ever-evolving landscape of technology. A career in information technology promises not only industry growth and individual opportunity but also the chance to be in the vanguard of cutting-edge technological change and have a hand in shaping its real-world impacts on business and society.

What Can You Do with a Nuclear Engineering Technology Degree?

The world of nuclear engineering technology is where science fiction meets scientific fact and where the potential to power entire cities rests within the heart of atoms. This powerful technology transforms our world, from generating clean energy to advancing medical breakthroughs. Let’s explore the diverse and dynamic pathways that a nuclear engineering technology degree opens, revealing how nuclear professionals transform our world atom by atom. Exciting opportunities and career prospects await those bold enough to embrace this powerful and versatile discipline.

How Long Does It Take to Get a Nuclear Engineering Technology Degree?

The most common nuclear engineering technology degree is an associate, followed by a bachelor’s. College Factual reports that, depending on your degree, it can take anywhere from one to more than four years to get your diploma. If you’re studying full time, it’s common to earn your bachelor’s degree in about four years. A part-time student can take anywhere from six to eight years to earn their diploma. This timing can also vary depending on course load per semester.

Nuclear Engineering Technology Degree—Is It Worth It?

You might wonder whether a nuclear engineering technology degree is worth pursuing. There are a variety of reasons you should consider getting one:

What Will You Learn in a Nuclear Engineering Technology Program?

What can you expect to learn in a nuclear engineering technology degree program? The answer to this question depends on which degree you pursue. An associate degree program covers courses like natural sciences, technical writing, college-level mathematics, and computer applications. A bachelor’s degree program will prepare you for entry into the field with courses like nuclear physics, calculus, thermodynamics, laboratory work, and study in specialized areas such as nuclear safety, nuclear instrumentation, nuclear reactor operations, and more. As part of that specialization, you may select a concentration like Nuclear Leadership or Nuclear Cybersecurity.

Nuclear Leadership

A Nuclear Leadership concentration emphasizes business leadership, organizational behavior, change management, leadership communications, leadership courage, and risk management. It prepares graduates to take on leadership roles within the nuclear industry.

Nuclear Cybersecurity

A Nuclear Cybersecurity concentration focuses on the concepts associated with governance, legal, and cybersecurity compliance in the nuclear industry. Topics include general cybersecurity and the impacts of cyberattacks on nuclear facilities. This concentration prepares students to accept cybersecurity positions within the nuclear industry.

Other Concentrations

If the above concentrations don’t interest you, don’t worry; there are plenty of other topics you can focus on to highlight your skills and interests. Other concentrations you may consider include Nuclear Power Generation, Radiation Protection and Health Physics, Nuclear Fuel Cycle and Waste Management, Medical Applications, Nuclear Materials, Environmental and Radiological Monitoring, and Nuclear Safety and Regulations.

What Are Some Nuclear Engineering Jobs?

What can you do with a nuclear engineering technology degree? Whether you’re drawn to reactor design, radiation therapy, or nuclear policy, there are myriad nuclear engineering jobs to choose from.

Reliability Engineer

A professional who focuses on ensuring that systems and components operate efficiently and consistently over time is a reliability engineer. Their work includes safety analysis, regulatory compliance, system monitoring, and emergency preparedness.

Power System Operator

If you want to monitor a power plant, a power system operator is the job for you. These professionals ensure that electrical power generation and distribution systems produce a continuous and reliable electricity supply. They monitor reactors and enact regulatory guidelines and emergency response plans.

Nuclear Technician

A nuclear technician supports nuclear engineers and physicists in various aspects of nuclear research, power generation, and radiological safety. They monitor reactors, assist with using radioactive materials, support nuclear research projects by collecting data, conduct environmental surveys, and more.

Critical Facilities Control Technician

These technicians are responsible for maintaining and ensuring the continuous, efficient, and safe operation of critical infrastructure facilities, which often include data centers, hospitals, manufacturing plants, and other environments where uninterrupted operations are essential. The role combines technical expertise in systems management, maintenance, and emergency response.

Is There a Demand for Nuclear Engineers in the Future?

According to the Bureau of Labor Statistics, the employment of nuclear engineers and technicians is projected to remain stable over the next decade. Hundreds of job openings are expected to open yearly through 2032. Many of these openings result from needing to replace workers who switch careers or exit the labor force (to retire, for example).

How Can You Prepare for a Career in Nuclear Engineering Technology?

Getting a job in nuclear engineering technology takes time and preparation. The first step is obtaining your degree. Employers require a bachelor’s degree for many jobs in this field. Once you receive your diploma, you are qualified to take the Fundamentals of Engineering exam, which you should consider if you want to continue to become a licensed nuclear engineer. Gaining work experience is your next step in your career path. If you’re looking to become an engineer, you can also take the Principles and Practice of Engineering exam and obtain your professional license, depending on your state’s requirements.

Get Your Nuclear Engineering Technology Degree at Excelsior University

Are you ready to start your career in nuclear engineering technology? Excelsior University’s fully online Bachelor of Science in Nuclear Engineering Technology program is ideal of working adults looking to finish their degree or advance their career, providing students with the practical experience that employers in the industry are looking for, along with support from start to finish. Reach out to an admissions counselor to learn about your exciting future in nuclear engineering technology.

What Are the Areas of Study at Excelsior University?

So, you’ve decided you’re ready to earn your degree? Congratulations! And if you’ve just discovered Excelsior University, welcome! Higher education is a big step, but it’s one that will positively impact your life and your career in countless ways for years to come. And what comes next in your educational journey is deciding just what to study. As an online university, Excelsior offers dozens of degree programs at every level in business, health sciences, liberal arts, nursing, public service, and technology.

Since 1971, when we were founded by the New York State Board of Regents and known as the Regents External Degree Program, through our transformation into Regents College and later Excelsior College, finally becoming Excelsior University in 2022, our focus has always been on providing education opportunities to adult learners. Whether you want to start a new career or take your current career to the next level, we’ll guide you through each of Excelsior’s six areas of study, along with their degree programs and career paths, so you can find your perfect fit.

Excelsior’s Areas of Study
Business
Health Sciences
Liberal Arts
Nursing
Public Service
Technology

What Can You Do with a Business Degree?

The beauty of a business degree is its versatility. Because core business skills like critical thinking, analytics, and strategy are sought after in every industry, your career options won’t be limited, but some of the most common business careers include positions in finance, marketing, and human resources. You could find yourself working in health care administration, nonprofit leadership, or even government positions. A business degree can also help you start or grow your own business as an entrepreneur. A perk of continuing your education is that a graduate business degree remains a sought-after qualification for leadership positions in most industries, ensuring possibilities for career growth.

What Business Degrees Does Excelsior University Offer?

From general to specialized, business degrees run the gamut. Students just starting their careers should consider the AAS in Administrative and Management Studies for a foundation in business basics. At the bachelor’s level, the BPS in Business and Management and the BS in Business are both designed to take your existing skills further as you grow your career or continue your education. The MBA, MS in Human Resource Management with an Emphasis in Diversity and Technology, MS in Management, and MS in Organizational Leadership with an Emphasis in Technology and Data Analytics are excellent fits for industry veterans seeking to hone their leadership skills and keep their resumes competitive.

Learn more about Excelsior’s business degrees.

Jobs you can get with a business degree

Back to Top

What Is a Health Sciences Degree?

Degrees in health science apply scientific principles to understand and improve health and wellness of communities and individuals. Students can expect a curriculum that includes topics like math, ethics, and science as well as courses that focus specifically on health care policy, research methods, and health care systems. This degree is perfect for someone who has a talent for combining analytical and scientific knowledge with empathy and communication skills. However, it’s not specific to nursing or patient care. If that’s your focus, see Excelsior’s nursing programs below.

What Health Sciences Degrees Does Excelsior University Offer?

Excelsior offers an AS in Health Sciences, for students entering the health care field, and three bachelor’s programs for professionals to continue their education. The BS in Health Sciences prepares you for a career in a spectrum of health care settings, from hospitals to treatment centers to nonclinical health organizations; the BS in Health Care Management program focuses on the higher-level skills needed to manage large health care systems and programs; and the BS in Public Health program explores public health challenges, past and present, to cultivate the leadership and critical thinking necessary to advocate for healthier communities. Master’s-level programs in health sciences and health care administration are designed for those who and seeking positions of leadership and influence in both health care business and public policy making.

Learn more about Excelsior’s health sciences degrees.

Jobs you can get with a degree in health sciences

Back to Top

What Is a Liberal Arts Degree?

A liberal arts degree is all about developing the intellectual building blocks designed to shape students into critical thinkers, effective communicators, and considered problem-solvers. You’ll study subjects across the humanities, social sciences, and natural sciences to cultivate broad knowledge and intellectual curiosity. Although a liberal arts degree might not directly prepare you for a specific profession like engineering or nursing, it does pave the way for the advanced education of your choice and can lead to a surprising variety of careers in fields like psychology, marketing, and law.

What Liberal Arts Degrees Does Excelsior University Offer?

Excelsior’s AS in Liberal Arts and BS in Liberal Arts are both broad and flexible programs that let you use your professional training and life experiences to build the educational path that works for your goals. The BS in Psychology, also included in the liberal arts area of study, examines human thought and behavior, helping students gain interpersonal insight they can apply to any career.

Learn more about Excelsior’s liberal arts degrees.

Jobs you can get with a liberal arts degree

Back to Top

What types of nursing degrees are there at Excelsior University?

Nursing is Excelsior’s most popular area of study, and it makes sense: What’s not to like about a lucrative, in-demand profession that also gives you the opportunity to make a difference at both the individual and community levels? And studying at an online university is a natural choice for busy working nurses. We offer 10 degree programs at the undergraduate and graduate levels, tailored to help nurses at every level of experience advance their careers.

  • AAS in Nursing
  • AS in Nursing
  • LPN to BS in Nursing
  • RN to BS in Nursing
  • MS in Nursing Education
  • MS in Nursing Informatics
  • MS in Nursing Leadership and Administration of Health Care Systems
  • RN to MS in Nursing Education
  • RN to MS in Nursing Informatics
  • RN to MS in Nursing Leadership and Administration of Health Care Systems

What Are the Different Levels of Nursing?

Nurses can be found working in nearly every medical specialty, but there are defined professional designations that require certain licenses and education levels to attain.

Certified Nursing Assistant (CNA): CNAs monitor vital signs and provide basic care to patients, under the supervision of licensed nurses and doctors.

Licensed Practical Nurse (LPN): LPNs can administer medications, give injections, and change dressings. They also work closely with doctors and nurses to develop and implement care plans for patients.

Registered Nurse (RN): RNs are the backbone of the nursing profession. They provide a wide range of care, including patient assessment, developing and implementing care plans, and administering medications. To become an RN, you need to complete a registered nursing program and pass the National Council Licensure Examination for Registered Nurses (NCLEX-RN) to become licensed in your state.

Advanced Practice Registered Nurse (APRN): APRNs are registered nurses who have completed extra specialized education and training. In addition to regular patient care, they can order and interpret tests, prescribe medications, and perform procedures. Nurse practitioners, nurse anesthetists, nurse midwives, and clinical nurse specialists are all considered APRNs. To become an APRN, you need to complete a master’s degree in nursing.

Learn more about Excelsior’s nursing degrees.

Jobs you can get with a nursing degree

Back to Top

What Is a Public Service Degree?

Public service isn’t a single, specific course of study; it’s an academic area that prepare students for careers in government agencies and nonprofit organizations and includes fields like public administration, social work, and criminal justice. Your coursework might vary depending on the degree you choose, but most public service degrees include the study of economics, social science, and ethics to develop ways to meet the needs of communities.

What Public Service Degrees Does Excelsior University Offer?

Excelsior offers online public service degree programs for the student passionate about building policies, programs, and systems that better people’s lives. Criminal justice degrees are available at the associate, bachelor’s, and master’s levels. The BS in National Security is well suited for students with military training, and the MS in Public Administration is an excellent choice for students pursuing careers in government agencies or nonprofit organizations.

Learn more about Excelsior’s public service degrees.

Jobs you can get with a degree in criminal justice

Back to Top

What Can You Do with a Technology Degree?

An education in technology is the gateway to a highly in-demand sector of jobs that shape the way we play, work, and communicate. There is consistent demand for trained professionals in established career paths like IT, cybersecurity, data, and electronics, but with new opportunities always emerging, a technology degree can also prepare you to work in developing fields like artificial intelligence, cloud computing, or virtual reality.

What Technology Degrees Does Excelsior University Offer?

Technology degrees span specialties as diverse as energy, electronics, engineering, and programming, but all match students with strong skills in problem-solving, creativity, and project management. Excelsior offers an AAS in Technical Studies, which helps students new to the field to discover their interests and start their careers. Bachelor’s degrees in technology management, computer science, cybersecurity, electrical engineering technology, information technology, and nuclear engineering technology help students grow their skills in a technical specialty. And, for cybersecurity professionals looking to take the lead in their careers, Excelsior offers a master’s degree program.

Learn more about Excelsior’s technology degrees.

Jobs you can get with a cybersecurity degree

Back to Top

You may already know you’re drawn to the dynamic world of technology or the challenge of nursing, or you may be still exploring all your interests. But wherever you are in your education journey, Excelsior is the online university with the programs designed to equip you with the knowledge you need to succeed. So, explore our many areas of study, discover your passion, and take that first step. With Excelsior University as your guide, you’ll be well on your way to finding your fit and achieving your goals.