Technology Trends in Electrical Engineering

Posted on by Jenna Kerwin

From the first telephone wires to cell phones, innovations in electrical engineering have revolutionized how we connect and live. As the demands of modern society grow and change, electrical engineering continues to evolve, too, improving our efficiency, safety, energy management, automation, and connectivity. New technologies are always being introduced, but let鈥檚 check out some of the most recent developments that have helped advance society.

Make your mark on an exciting future with an electrical engineering tech degree from Excelsior.

What Are Some Recent Innovations in Electrical Engineering?

Advances in electrical engineering help increase the economy, improve safety and health care, solve global challenges, and make for a more connected future. Here are a few of the new technologies in the field.

Smart Grids

use digital communication and automation to manage electricity generation, distribution, management, and consumption. Traditional power grids are limited in their ability to adapt to real-time changes. Instead, smart grids use sensors, , and advanced communication systems to adjust to fluctuating energy needs. These grids incorporate renewable energy sources more effectively, as well, promoting a sustainable future. Smart grids also allow households and corporations to generate their electricity, meaning consumers don鈥檛 have to rely on traditional power companies鈥攁nd may even be able to sell surplus electricity back to the grid.

Energy Storage Systems

hold on to and later provide energy when renewable sources like solar and wind aren鈥檛 producing power. They promise a source of continued supply and a longer lifespan. ESS can come in a : chemical (batteries), mechanical (pumped hydropower, flywheels), thermal (molten salt), and electromagnetic (superconducting systems). Advanced batteries enhance capacity, safety, and cost-effectiveness, making energy storage more efficient. ESS is helping to reduce reliance on fossil fuels, supporting clean energy, and helping nations achieve net-zero goals.

Artificial Intelligence

enhances efficiency, reliability, and innovation in electrical engineering technologies. AI uses machine learning to analyze data to proactively schedule maintenance on lots of equipment and machinery, minimizing downtime for many businesses. Fault detection systems use AI to diagnose issues in power grids; AI optimizes the energy flow to support eco-friendly solutions to supply and demand patterns. Beyond energy, AI-driven automation is helping food manufacturing industries maintain optimal food environmental conditions and is being utilized in areas like , , and more.

The Internet of Things

The refers to the totality of devices that collect, analyze, and share data. These 鈥渟mart鈥� devices can range from thermostats and smartwatches to entire smart cities. IoT is essential in building smart grids, smart lighting, and other electrical engineering projects. For example, 5G technology has increased the adoption of IoT products, boosting innovations like smart homes, , machine performance, and .

Electric Vehicles

Electric vehicles (EVs) play an increasingly significant role in the modern world, with innovations in battery technology, charging infrastructure, and power electronics. EVs have shorter charging times, improved battery lives, and efficient power usage, which, along with reduced emissions, makes them appealing to consumers. They contribute to a decreased dependency on fossil fuels, supporting efforts to fight climate change. Improvements in battery development, charging technologies, and AI and IoT integration are primed to push the EV industry further.

What鈥檚 Next for Electrical Engineering Technology?

Significant advancements are set to continue, driven by new technologies like AI and the IoT. Energy storage solutions, EVs, battery technologies, and grid stability will continue to improve, and we can expect breakthroughs in cryptography and other computer fields. As new technologies emerge, electrical engineers and electrical engineering technologists and technicians will play a critical role in shaping the future; the demand for these professionals will rise as nearly every industry adopts rapidly advancing technologies.

To take advantage of this growing and lucrative field, consider pursuing your degree in electrical engineering technology and get started on a beneficial and rewarding career in shaping the future of technology.

Spotlight on Leadership: What the ASL Chapter Councilor Means to Me

Posted on by Mary Berkery, PhD

Mary Berkery, department chair, Degree Completion and Liberal Arts for the College of Liberal Arts and Sciences at 杏吧原创, was featured in the Alpha Sigma Lambda honor society鈥檚 Spotlight on Leadership blog. Mary serves as the chapter councilor for the honor society’s Sigma Zeta chapter at 杏吧原创, and wrote a reflection on the importance of this community to learners.聽

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Is It the Right Time to Get a Degree?

Posted on by Jenna Kerwin

Determining whether it鈥檚 the right time to pursue a college degree depends on a range of factors. You should evaluate your goals, timing, financial readiness, market trends, and whether you鈥檙e even ready for school. Weighing the benefits, exploring popular college majors and programs, and fleshing out your priorities can help you make a thoughtful decision about whether now is the time to get your degree.

What Are the Benefits of Getting a College Degree?

Earning a college degree can open many doorways to personal and professional success. It can help you expand your career opportunities, increase your earning potential, and enhance your job security. Let鈥檚 explore some of the benefits of pursuing higher education.

More Job Opportunities

A college degree provides access to a broad range of career opportunities requiring advanced education, like health care, engineering, education, and more. Many employers view candidates with college degrees as more skilled and better prepared, and industries that require them continue to see .

Higher Earning Potential

Individuals with a college degree than those without one. Higher education often leads to higher-paying roles, with many industries offering substantial salary increases for employees with advanced qualifications, making college a prudent financial investment.

Lower Unemployment Rate

, unemployment rates decrease as degree levels increase. Those with advanced degrees, such as master鈥檚 or doctoral degrees, experience the lowest unemployment rates. Graduates are more likely to find and retain jobs, so earning a college degree enhances job opportunities and increases job security.

Prepare to enter the workforce with a degree from 杏吧原创.

What鈥檚 the Best Degree to Pursue?

Persuaded by the upside of a college degree but unsure of which direction to take your higher education? The best degree for you depends on your interests, strengths, and career plans, and it鈥檚 essential for you to research to find the program that matches your goals. However, the following are some degrees that might interest you based on current market trends and popular demand.

Computer Science

In a computer science degree program, you would study computational systems and their operation and pick up analytical, technical, and problem-solving skills. The typical curriculum covers programming, algorithms, artificial intelligence, cybersecurity, computer architecture, robotics, gaming technology, and more, gaining you entry to the technology, finance, and health care industries. Computer science degree holders are in good shape financially; employment in the computer and information technology field is projected to grow from 2023 to 2033, with about 356,700 openings annually, and the median annual wage of these jobs is about .

Business

In bachelor鈥檚 programs in business and/or management, students study subjects like accounting, finance, marketing, economics, statistics, and human resources. These college degree programs teach students budgeting, planning, hiring, how to manage organizations, and concepts like diversity, ethics, and politics. Students can also specialize in many different areas, like entrepreneurship, international business, and supply chain management. With a business degree, students can start careers in finance, marketing, consulting, and management, or launch their own businesses.

Health Care Administration

Emerging health care technologies like remote patient monitoring, electronic health records, and telehealth are transforming patient care, operational efficiency, and security. Students can enter this technologically advanced health care industry by pursuing a degree in health care management. In such a program, students study key areas like health care law, finance, human resources, ethics, quality improvement, and strategic planning so they鈥檙e prepared to effectively manage health care teams, ensure patient satisfaction, and navigate complex regulations. With this knowledge, they can be prepared to pursue roles like hospital administrator or .

Nursing

The BLS reported the median annual wage for registered nurses to be as of 2023, with a robust 6% employment growth of RNs projected through 2033. Nursing students study anatomy, physiology, pharmacology, patient care, ethics, and health care policy. They learn to assess, diagnose, and treat patients, manage health care plans, and work with other professionals. A nursing degree can prepare students to work in various health care settings, including hospitals, nursing homes, and schools, or in nursing leadership, education, and research.

Liberal Arts

It鈥檚 true that liberal arts graduates don鈥檛 command the same salaries as those in STEM or health care fields, but on average, they take in more than workers whose highest level of education is high school. And liberal arts grads frequently advance into more specialized, sought-after roles, from human resources and management to public relations, advertising, and marketing.

A liberal arts degree offers a broad education across humanities, social sciences, natural sciences, and mathematics, cultivating broad cognitive skills like solving problems, thinking critically, and being creative. It prepares students for diverse careers in industries like education, business, government, and the arts. For example, , so those pursuing a psychology degree are well positioned to enter the job market. Indeed, the in employment of psychologists in the decade leading up to 2033, nearly double the average rate for all occupations.

Matching a Degree with Your Career Goals

When choosing a college major/degree program, you must think about your talents, skills, education, career goals, and life experiences. You should think about how these factors line up with different career paths. Don鈥檛 forget to research the job availability, salaries, and growth in employment for fields of interest. Work-life balance and job satisfaction are also important to consider. By weighing these factors, you can better decide which degree matches your long-term goals, values, and financial needs.

If you鈥檙e ready to explore college degree programs, check out 杏吧原创鈥檚 many areas of study.

Leadership Followership Dynamics in Startup Evolution: A Multifaceted Study

Posted on by Leah Sciabarrasi

Leah Sciabarrasi presented findings from her study on leadership and followership practices in startup evolution, examining how these dynamics evolve as companies grow; and co-led a World Cafe workshop exploring trust-building and followership during organizational change at the International Leadership Association (ILA) Conference in Chicago in November 2024. She will be chairing the ILA Followership Community in 2025, now one of the largest communities in the ILA.

  • ILA Conference Presentation Oct 2024 wrap up:
  • Global Followership Conference Presentation April 2024 wrap-up:
  • Followership Community:

Top 5 Computer Programming Languages of 2025

Posted on by Caitlin Abram

Behind all language is the concept that systems of patterns can create meaning greater than the sum of their parts. But how do you create meaning for a machine? Programming languages were developed to answer this very question. Bridging the gap between human language and mechanical function, these technical lexicons build, change, and control the ways in which computers work. And just like you would switch the language you speak depending on what country you visit, developers use different coding languages depending on what systems they need to program.

What Is a Programming Language?

In the late 1700s, humans began to mechanize our work. Early manufacturing systems were revelatory, but the machines were cumbersome, complicated, and still required heavy physical labor to operate. As the Industrial Revolution progressed, people began to look for ways to 鈥渢ell鈥� mechanical systems what to do so they could be operated with less effort.

The earliest example of what of we would call a programming language was patented by Joseph-Marie Jacquard in 1804. The Jacquard loom was able to weave complicated designs into fabric with a series of punched paper cards featuring patterns that could be 鈥渞ead鈥� by a system of pegs, springs, and weights that lowered and raised parts of the loom, controlling the threads as they moved through the machine, just as an operator might do manually. Each linked chain of cards could create a different pattern.

Jacquard鈥檚 loom changed manufacturing forever. And what鈥檚 more, its hole punch on-off system would essentially evolve into the binary code of ones and zeroes that fundamentally operates all modern computers we know today.

Future-proof your career with a technology degree from 杏吧原创.

What Are the Most Popular Programming Languages?

Although the humble paper card continued to be used in computing up until the late 1970s, today, hundreds of different languages exist, designed to program everything from algorithms and artificial intelligence to web development. Each language has its own set of rules and structure for writing code, similar to how grammar governs spoken language. Here are five of the most popular in use today.

Python

Python is considered one of the most beginner-friendly programming languages thanks to a syntax and structure that鈥檚 similar to English. This versatile language is used for a wide range of applications, including web development, data analytics, automation, and machine learning. Free to use and modify, Python has a large contributing to its development.

JavaScript

JavaScript is a core coding language of the web as we know it. is a structured and efficient way to write code and allows developers to create dynamically updating content like autocompleting forms, moving graphics, pop-up menus, clickable buttons, and multimedia controls.

A 2024 technology use survey from , an online knowledge-sharing platform for technologists, found that JavaScript was the most frequently used programming language by tens of thousands of developers worldwide.

C++

C++ is primarily used for聽building high-performance, complex software applications that require fast execution and efficient memory management. is ideal for areas such as system software, game development, operating systems, web browsers, databases, and algorithms that need to run quickly on a variety of devices while maximizing resources.

C#

C# (pronounced 鈥淐 sharp鈥�) is a flexible general-purpose programming language used聽to build a wide variety of applications across different platforms, including desktop, web, mobile apps, software, and particularly video games. Introduced by in 2000, C# is considered the primary language for building applications on the Windows operating system.

Java

Java is a programming language that can be executed within a simulated virtual environment called the . This platform independence makes it a popular choice for mobile applications, cloud-based systems, chatbots, and other marketing tools, as well as powering enterprise-level web applications like customer management systems.

How Do You Get Started?

Having at least a familiarity with coding languages is usually a basic requirement for anyone looking to enter a computing field, and it鈥檚 common for experienced programmers to have fluency in several languages. If you are brand new to programming, there are many available for beginner coders to start learning. With any new language, it鈥檚 important to practice using it. Sites like , , , and offer interactive courses and tutorials with opportunities for you to experiment with code and test your work.

To advance in tech industries, you鈥檒l need more than just programming language skills, and most computer and information technology occupations require well-rounded candidates with at least a bachelor鈥檚 degree. Excelsior offers a bachelor鈥檚 degree in computer science, cybersecurity, and information technology to help you crack the code to building your dream tech career!

Mastering the Employee Life Cycle

Posted on by Excelsior Staff

What is an employee life cycle? During their employment with your organization, a worker goes through various stages, starting with their first contact and continuing through their departure and moving forward. These stages together form the employee life cycle. As an HR professional, you can add significant value to an organization by managing how employees move through these stages.

Advance your HR career with a master鈥檚 degree in human resource management from Excelsior.

Tips to Improve Each Stage of the Employee Life Cycle

If you鈥檙e a human resources professional, leaving the employee life cycle to chance is a missed opportunity. When you understand the stages and how you can positively influence them, it will benefit employees, your organization, and your career in HR. Here are the key stages and what you can do to optimize each one for highest employee satisfaction and a solid reputation as an employer.

Attraction

In the beginning of the employee life cycle, potential workers are just becoming aware of your organization. You can elevate the experience with effective employee branding, thoughtful marketing, and doing all you can to establish a sterling reputation with customers and employees. Be sure to listen to what people are saying on social media, including Reddit and Quora, as well as rating sites like Glassdoor, Indeed, CareerBliss, and Niche Pursuits. The human resources department should ensure that information about your company is complete and up to date.

Recruitment

The next stage is largely in the hands of your hiring managers. You鈥檙e looking to find and attract good candidates and put them through the hiring process. Tools that make applying easy, , and automate keeping candidates informed at every step can make a substantial difference. Make sure you never ghost a candidate, even the most unqualified. Treating every applicant with respect goes a long way.

Onboarding

Once hired, bringing employees into an organization and integrating them into systems, processes, equipment, culture, and roles is the next stage of the employee life cycle. First impressions count, so you don鈥檛 want an employee鈥檚 first day to be chaotic. You might create an image of incompetence or lack of caring that could cloud the future of the relationship and destroy employee satisfaction from Day 1. A strong start creates valuable goodwill.

Engagement

Build enthusiasm and dedication among your staff with programs that involve employees in substantive decisions, work environment issues, and even and culture-building traditions. Programs that engage employees need to be authentically grassroots, not dictated from the top. Good programs ensure that employees know what their role is, are empowered and motivated to achieve in the role, are connected to co-workers and leaders, and feel like they are making a difference. The ideal is to make coming to work rewarding and enjoyable.

Development

When you invest in employees, they are more likely to invest in your organization. Employee satisfaction is higher when employees can take advantage of opportunities to add to their skills and knowledge with training and mentorship that supports their career growth. Keep your best employees loyal and motivated with programs that support their development.

Retention

The retention stage really starts from the day of hiring. When you onboard effectively, engage employees, and invest in their advancement, you have the best chance of holding on to your top performers. Human resources can regularly to find out what they like, don鈥檛 like, and wish they had. are not just to evaluate employee performance; rather, they鈥檙e an ideal time to learn what might interest and motivate them. Salary and benefits also play an important role. In this stage, consider the full employee experience to optimize it for retention.

Separation

Whether an employee resigns, retires, or is or fired, it marks the end of their time as an employee. No matter the circumstances, human resources will want the parting to be smooth and respectful. Programs that , recognize contributions, or facilitate keeping relationships can preserve your brand and keep things positive. The employee life cycle continues, in many cases, as employees become alumni, networking with each other, and ideally becoming advocates for your company and referring future hires.

What Are the Next Steps in Understanding the Employee Journey?

Learning how to optimize the employee life cycle and maximize employee satisfaction is just one part of what you鈥檒l learn when pursuing your master鈥檚 degree in human resources. The benefits of earning your master鈥檚 in HR include acquiring knowledge and skills that take your career to the next level, preparing you to have a greater influence over the employee life cycle and a positive impact on employee satisfaction. You鈥檒l also be fully prepared to assume rewarding leadership positions.

Knowing how to influence and improve the employee life cycle is a way to add value to your organization and to enhance the work experience of every employee. And for many, that is the main attraction to a career in human resources.

Is a Nursing Career Right for You?

Posted on by Jenna Kerwin

Nurses care for patients, promote good health, and help prevent illness in hospitals, schools, and long-term care facilities. These professionals assess and record symptoms, collaborate with doctors to develop treatment plans, conduct exams, administer medications, and monitor patient recovery. Their work is crucial to helping patients recover from illnesses and lead healthy lives. If you鈥檙e interested in making a difference in the lives of others and working on the front lines of health care, a career in nursing might be for you.

Why Nursing Is a Good Career

One of the best things about being a nurse is the job security鈥攖hese professionals will always be in demand. Let鈥檚 look at some other reasons why nursing is a promising career:

Nurses make a difference. Nurses聽provide hope, support patients and families with complex diagnoses, help celebrate good news, and more. Beyond their clinical roles, many nurses also volunteer in their communities and at health fairs, travel for events, and fundraise for charitable causes. Knowing you鈥檝e helped others is a powerful aspect of the profession.

Nurses do exciting work. In the world of the nurse, no day is exactly the same. Nursing is versatile, and nurses can learn new skills and constantly apply them to changing environments.

You can choose your specialty. There are to choose from! From flight nurse to NICU nurse, you can choose any specialty you want. The best part is that you can even move from one specialty to another to enhance your career.

Nurses can get excellent benefits. According to the Bureau of Labor Statistics, as of May 2023, the median annual wage for registered nurses was . This is well above the median annual wage for all occupations nationwide. Plus, nurses get tons of like paid sick time, paid family leave, health and life insurance, child care, retirement benefits, tuition reimbursement, and more.

You can earn your nursing degree online. Online degree programs provide flexibility, allowing students to balance their studies with work, family, or other personal commitments. This is extremely helpful if you鈥檙e already working in health care. These programs can also put money back in your pocket.

Do You Share the Characteristics of a Nurse?

Nursing is a critically important and rewarding career. But it takes the right kind of person to balance medical knowledge with good bedside manner. If a career as a nurse sounds appealing, review the following common characteristics of nurses to discover how many you share:

Communication Skills

Strong verbal and written communication skills are essential for nurses. Clear communication builds trust, fosters collaboration with other health care providers, and helps patients make informed decisions about their care. By sharing accurate information, nurses ensure patient care quality, safety, and efficiency.

Empathy and Compassion

Empathy and compassion are essential to being a nurse. Empathy allows nurses to adopt a by understanding and relating to their experiences, and compassion pushes nurses to be kind and patient. These traits inspire trust, promote emotional and psychological well-being, and reduce patient anxiety.

Critical Thinking

Critical thinking allows nurses to solve problems and adapt in a fast-paced environment where they often work under pressure. By applying evidence-based practices, nurses can navigate challenges confidently and provide thorough, patient-centered care.

Attention to Detail

Good and the ability to balance priorities help nurses pay attention to detail, allowing them to identify signs of complications, prevent errors, and provide personalized care. This skill promotes efficiency, reduces risks, and improves overall health care quality.

Willingness to Learn

Nurses must stay updated on the latest advancements to provide the best care and adapt to changes in the field. Nurses should join and pursue continuing education to help improve their skills and enhance their knowledge. This ensures that they remain effective, confident, and capable of delivering high-quality, patient-centered care.

How Can I Get Started?

Nurses are vital to health care. They provide direct, compassionate care and serve as patients鈥� primary point of contact. Are you ready to pursue your career in nursing? To become a registered nurse, you can choose between two educational paths: an associate or bachelor鈥檚 degree in nursing. Both programs prepare graduates for licensure and entry-level RN roles. However, to specialize or advance to higher-level positions, work experience and, in some cases, a master鈥檚 degree may be necessary.

杏吧原创 offers online nursing degree programs at all levels, providing the knowledge and confidence needed to advance in your nursing career.

Making The Right Connections: 16 Tips For Young And New Nonprofit Professionals

Posted on by Daniel Pascoe Aguilar

Daniel Pascoe Aguilar, founding director of the Center for Social Justice and chief diversity officer, recently contributed to the Forbes Nonprofit Council Expert Panel article “Making the Right Connections: 16 Tips for Young and New Nonprofit Professionals.” In his contribution, Pascoe Aguilar advises new professionals to “see opportunity everywhere” through proactive networking.

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Is a Career in Technology Right for You?

Posted on by Jenna Kerwin

Technology is made up of fields like information technology, engineering, robotics, biotechnology, and more. A career in the tech industry can be rewarding if you have a passion for innovation, problem-solving, and tracking rapidly evolving trends, with a wide array of roles to choose from, like software development, hardware design, or systems management, among many others. Let鈥檚 explore this field more deeply to discover whether this career is right for you.

What Skills Do You Need for a Career in Technology?

As the digital world advances, it鈥檚 increasingly important to stay up to date with technology trends and the demands of the field. You should possess advanced skills in the following areas:

Coding / Programming

Programming includes creating software and applications by writing code in various languages. It鈥檚 used in many technologies, like artificial intelligence and machine learning, blockchain applications, and data engineering solutions.

Common tools in programming and coding include , , , , , and聽.

Make your mark in technology with a degree from 杏吧原创.

Artificial Intelligence and Machine Learning

Artificial intelligence (AI) refers to modeling human intelligence in machines, enabling them to perform tasks like reasoning, problem-solving, and decision-making. Machine learning (ML) is a subset of AI that allows machines to learn from data, which improves their performance over time.

Some popular AI technologies include deep learning, generative adversarial networks, neural machine translation, speech recognition and synthesis, and quantum machine learning. Common tools used in AI and ML are , , , and .

Augmented and Virtual Reality

Augmented reality (AR) enhances the real world with digital elements, whereas virtual reality (VR) creates immersive virtual environments. These technologies are popular in areas like entertainment, education, and design.

Common tools used in AR and VR are , , , , and .

Blockchain Technology

Blockchain technology is a way of installing, maintaining, and sharing dispersed information. It relies on a network of computers to store data in linked blocks, which creates a tamper-resistant chain.

The most common tools used in blockchain technology are , , and .

User Experience (UX) Design

UX design involves creating attractive, user-friendly interfaces for digital products and websites. This kind of design emphasizes crafting seamless and positive interactions for users.

Some common design tools include , , , and .

Robotics and Automation

Robotics and automation involve machines and computer programs to automate tasks in manufacturing, health care, agriculture, and space exploration. These innovations help improve efficiency, reduce errors, and enhance safety.

Some essential robotics tools include , , and .

Cybersecurity and Information Security

Cybersecurity involves using specialized tools and technologies to protect digital information, networks, and systems from unauthorized access, theft, or damage.

Common cybersecurity tools include , , , and .

What Does a Computer Science Career Look Like?

Computer scientists design algorithms, analyze data, automate tasks, and develop AI systems. With a degree in computer science, you can land a role as a data scientist, software developer, systems analyst, or database administrator. These scientists work across the finance, entertainment, health care, and defense industries, where technology is crucial in streaming services, mobile banking, and remote-controlled mining.

How Can Your Interests Lead to a Career in Cybersecurity?

Your interests can lead you to a cybersecurity career if your passions align with the field鈥檚 diverse opportunities. If you enjoy problem-solving, technology, or protecting important information, earning a degree in cybersecurity could lead to roles in ethical hacking, threat analysis, and system defense. If you鈥檙e interested in industries like health care, finance, or government, you can apply your skills in meaningful ways, like safeguarding health care data.

How Do Your Interests Line Up with a Career in聽IT?

Your interests can align with a career in IT if you enjoy problem-solving, working with technology, or improving systems and processes. A bachelor鈥檚 degree in IT is the entry point to software development, network management, cybersecurity, and data analysis roles. If you鈥檙e interested in creativity, IT roles like web or app development can let you design innovative solutions. If you like troubleshooting and helping others, a role in IT support or database administration could be for聽you.

Is a Career in Technology Management Right for You?

If you enjoy combining technical expertise with leadership and strategic planning, you could be perfect for a role in technology management. This field includes problem-solving, decision-making, and guiding teams, all themes you can cover in a technology management degree program. If you鈥檙e interested in technology trends and business processes, technology management is a perfect fit for integrating cutting-edge solutions into organizational goals.

How Can I Get Started?

If you鈥檙e ready to pursue a career in this field, consider earning a technology degree from 杏吧原创 and start on your path. Excelsior also partners with , which allows you to obtain further qualifications and education you need to start your career in technology. MedCerts has programs that can help you gain experience and grow your knowledge to enter this wide-ranging field while earning you credit toward your Excelsior degree. With 杏吧原创, you can pursue a career in technology that offers endless opportunities for growth, innovation, and making a meaningful impact.

Cybersecurity vs. Software Engineering

Posted on by Excelsior Staff

Pursuing a career in technology often leads to considering paths like cybersecurity versus software engineering. Although both fields offer promising opportunities, they cater to different skill sets and professional interests. Understanding the distinctions and similarities between these domains is key for aspiring professionals to make informed decisions about their futures.

When considering cybersecurity versus software engineering, it should be understood that both careers demand specialized degrees, though the core curriculum and skill requirements can differ significantly. Further comparing these fields reveals distinct job roles and responsibilities, highlighting the unique contributions each profession makes to the tech landscape.

Is cybersecurity a good career? And what鈥檚 more, is it right for you, or would software engineering be a better fit? Below, you鈥檒l learn about both tracks so that you can answer those questions for yourself.

What Is Cybersecurity?

refers to the practice of protecting computer systems, networks, and data from unauthorized access, theft, damage, and disruption. It encompasses a range of technologies, processes, and practices designed to safeguard digital assets against cyberthreats (like hacking, malware, and phishing). Core areas within cybersecurity include network security, information security, and operational security. Professionals in this field work to identify vulnerabilities, implement security measures, and respond to incidents鈥攅nsuring the confidentiality, integrity, and availability of information systems.

Future-proof your career with a Bachelor of Science in Cybersecurity from 杏吧原创.

What Is Software Engineering?

is the systematic application of engineering principles to the design, development, testing, and maintenance of software. This field focuses on creating efficient, reliable, and scalable software solutions to meet user needs and business requirements. It involves various stages, including requirements analysis, system design, coding, testing, and deployment. Software engineers use programming languages, development tools, and methodologies to build software applications, from web and mobile apps to enterprise systems and embedded software. The goal is to produce high-quality software that鈥檚 robust, maintainable, and adaptable to changing needs.

Educational Pathways in Cybersecurity vs. Software Engineering

It鈥檚 crucial to understand the educational requirements for cybersecurity and software engineering. Each field has specific degree pathways that prepare aspiring professionals for their respective roles.

Degree Requirements for Cybersecurity Careers

Cybersecurity careers typically require at least a bachelor鈥檚 degree in cybersecurity, information technology, or a related field. Coursework often includes subjects like network security, cryptography, risk management, and digital forensics. Advanced positions may require a master鈥檚 degree or certifications such as (CISSP) or (CEH). Practical experience through internships and hands-on labs is highly valued as well.

Degree Requirements for Software Engineers

To become a software engineer, a bachelor鈥檚 degree in computer science, software engineering, or a related discipline is generally necessary. The curriculum typically covers programming languages, data structures, algorithms, software development methodologies, and computer systems. Many software engineers also pursue advanced degrees or specialized certifications to enhance their skills and career prospects. Real-world experience through coding projects, internships, and collaborative software development is essential for success in this field.

A Day in the Life: Cybersecurity Professionals vs. Software Engineers

The daily responsibilities of cybersecurity professionals and software engineers differ, reflecting the unique demands and objectives of each field. Whereas cybersecurity experts focus on protecting systems from threats, software engineers dedicate their efforts to creating and maintaining software solutions.

What Do Cybersecurity Professionals Do?

So, what do cybersecurity professionals do, exactly? These individuals are responsible for safeguarding an organization鈥檚 digital assets. Their include monitoring network traffic for unusual activity, analyzing security breaches, and implementing protective measures such as firewalls and encryption. They conduct vulnerability assessments and penetration tests to identify and rectify security weaknesses. Incident response is a critical aspect of the job, requiring quick action to mitigate the impact of cyberattacks. In addition, cybersecurity experts often educate employees on best practices for maintaining security and compliance with regulations.

What Do Software Engineers Do?

Software engineers design, develop, test, and maintain software applications. Their day typically involves writing and reviewing code, debugging software, and collaborating with team members to implement new features or improve existing ones. They engage in the software development lifecycle, from gathering requirements and planning to deployment and maintenance. Software engineers use various programming languages and tools, work with databases, and ensure that their applications are scalable and efficient. They also stay updated with the latest industry trends and technologies to continuously improve their skills and deliver innovative solutions.

Skill Sets: What You Need to Succeed

Succeeding in cybersecurity and software engineering requires a distinct set of skills tailored to the specific demands of each field. Although both career tracks require technical proficiency and problem-solving abilities, the focus and application of these skills differ.

Skills to Succeed in Cybersecurity

Cybersecurity professionals need a robust set of technical and analytical skills. include:

  • Knowledge of security principles 鈥� understanding core security concepts like confidentiality, integrity, and availability
  • Risk management 鈥� identifying potential threats and vulnerabilities to develop effective mitigation strategies
  • Network security 鈥� proficiency in configuring and managing firewalls, intrusion detection systems, and other network security tools
  • Cryptography 鈥� using encryption techniques to protect sensitive information
  • Incident response 鈥� ability to quickly respond to and manage security breaches or attacks
  • Attention to detail 鈥� meticulousness in monitoring systems and identifying subtle indicators of compromise
  • Continuous learning 鈥� keeping up with evolving cyberthreats and emerging technologies through ongoing education and certifications

Skills for Software Engineers

Software engineers must master various technical and soft skills to excel. include:

  • Programming proficiency 鈥� strong command of multiple programming languages such as Python, Java, C++, and JavaScript
  • Algorithm and data structure knowledge 鈥� understanding efficient algorithms and data structures to optimize software performance
  • Software development methodologies 鈥� familiarity with Agile, Scrum, and other development frameworks
  • Problem-solving 鈥� ability to analyze complex problems and devise effective solutions
  • Collaboration 鈥� working effectively in teams, often with other engineers, designers, and stakeholders
  • Attention to detail 鈥� precision in writing and reviewing code to ensure functionality and prevent bugs
  • Adaptability 鈥� willingness to learn new languages and technologies as the field evolves

Job Outlook for Cybersecurity vs. Software Engineering

Currently, the job outlook for both cybersecurity professionals and software engineers is promising, driven by an increasing reliance on digital technologies and a growing need for secure, efficient systems.

Cybersecurity

According to the United States Bureau of Labor Statistics (BLS), (a category that cybersecurity falls under) is expected to grow 33% from 2023 to 2033鈥攂oasting a high demand rate that鈥檚 much faster than the national average for all occupations. This rapid growth is catalyzed by the rising incidence of cyberattacks as well as the increasing importance of cybersecurity measures in protecting sensitive information.

As of 2023, for information security analysts was $120,360, with higher earnings potential for those in top industries or holding advanced certifications.

Software Engineering

The BLS projects the , quality assurance analysts, and testers to grow 17% from 2023 to 2033, substantially faster than the average for all occupations. This growth is fueled by the continued expansion of software development across multiple sectors, including mobile applications, cloud computing, and artificial intelligence.

The for software developers was $132,270 in 2023鈥攚ith higher salaries in industries like software publishing and finance鈥攔eflecting the high demand for skilled professionals in this field

How to Choose the Right Path for You

Deciding between a career in cybersecurity or software engineering depends on your interests, skills, and career goals. Consider what aspects of technology excite you the most: Are you more interested in protecting systems and combating cyberthreats, or do you prefer creating and developing software solutions? Reflect on your strengths in areas such as problem-solving, programming, and analytical thinking. Additionally, think about the type of work environment and daily tasks you envision for yourself. Researching both fields, gaining relevant experience, and seeking advice from professionals can also help you reach an informed conclusion about which path better aligns with your aspirations.

Pursue Your Cybersecurity Education with Excelsior

Choosing between a career in cybersecurity and software engineering is a decision that hinges on your interests, skills, and professional goals. Each field offers rewarding opportunities and requires distinct educational pathways and skill sets; cybersecurity focuses on safeguarding digital assets, whereas software engineering emphasizes creating robust software solutions.

If you鈥檝e wondered whether cybersecurity is a good career, the above insights have hopefully helped you feel more confident about pursuing this specialty. Should cybersecurity further pique your interest, explore the comprehensive bachelor鈥檚 degree program offered by 杏吧原创. Learn more about how our cybersecurity program can equip you with the knowledge and skills needed to excel in this dynamic and ever-evolving field.