Online Bachelor of Science (BS) in Critical Infrastructure

Earn a B.S. in Critical Infrastructure and defend our nation’s crucial cyber assets, systems, and networks.

Pursuing a Bachelor of Science in Critical Infrastructure in an era where digitalization and technology form the backbone of our societies, a Bachelor of Science degree in Critical Infrastructure is a promising and future-proof career choice. Critical infrastructure refers to the physical and cyber systems and assets so vital to a nation that their incapacity would have a debilitating impact on national security, economic stability, public health, or safety. In essence, they are the lifeblood of our modern societies, and experts trained in this field are indispensable. 

The Demand for Skilled Professionals 

The first and foremost reason to consider this degree lies in the increasing demand for skilled professionals in this sector. As our reliance on critical infrastructure — such as energy, water, transport, communications, and healthcare systems — increases, so does the need to protect these assets. The growing interconnectedness and complexity of these systems make them more susceptible to failures and cyber-attacks, resulting in an ever-increasing demand for professionals who can understand, protect, and enhance these critical infrastructures.  

The Blend of Multi-Disciplinary Learning 

The Bachelor of Science in Critical Infrastructure offers a robust curriculum blending multiple disciplines, including engineering, computer science, business management, public policy, and sociology. This multidisciplinary approach equips students with a comprehensive understanding of the different facets of critical infrastructure, fostering a holistic perspective that is highly sought after in the industry. 

High Earning Potential 

Given the high stakes associated with the field of critical infrastructure, professionals in this sector are often well-compensated. According to the U.S. Bureau of Labor Statistics, the median annual wage for information security analysts (a role closely related to critical infrastructure protection) was $103,590 in May 2020. With the continued digitization of critical infrastructure, these figures are expected to rise, promising a lucrative career path for graduates. 

Career Flexibility 

A degree in Critical Infrastructure offers a plethora of career paths. Graduates can work in various sectors, including government, energy, transportation, finance, healthcare, and more. They can serve as policy analysts, infrastructure planners, risk management consultants, cybersecurity analysts, and resilience officers, among other roles. This wide range of potential career paths provides a high degree of flexibility and allows graduates to pursue roles that align with their interests and aspirations. 

Societal Impact 

Professionals in the field of critical infrastructure play a crucial role in safeguarding society's basic functions. They ensure that our power grids, transportation networks, communication systems, and healthcare services remain functional and secure, even in the face of disasters or cyber threats. This responsibility makes the work in this field incredibly impactful, providing a sense of purpose and fulfillment. 

Staying Ahead in a Digital World 

As we progress further into the digital age, the significance of critical infrastructure will only increase. As new technologies like artificial intelligence, IoT, and 5G become more prevalent, they will introduce new vulnerabilities and challenges. Professionals trained in critical infrastructure will be at the forefront of managing these complexities, making this degree a future-proof investment in your career. 

This degree program addresses the great challenges of securing today's critical infrastructure, in how to create a robust and sustainable system that is resilient against multiple threats and hazards as well as build operational systems and programmatic capabilities for detection, protection, prevention, mitigation and response. This program provides the necessary knowledge, skills, and training to become a leader and professional in this diverse field.

Entering the world of critical infrastructure education, students will learn about the 16 sectors of the industry and how each plays an important role in the sustainability of our critical online systems. From power grids to chemical plants, facilities management to counterterrorism, students will explore the cybersecurity and hands-on processes behind securing our nation’s energy sector, emergency services, transportation, manufacturing, and other aspects essential to the public safety, economy, and operations of critical infrastructure. 

Students will graduate with a strong foundation in Critical Infrastructure policy, risk management, operations, and mission planning. Students will also understand each Critical Infrastructure sector and apply the latest techniques, including cybersecurity technology, to devise plans and policy for protection and rapid response. 

A Bachelor of Science in Critical Infrastructure is an excellent choice for those seeking a dynamic, impactful, and future-oriented career. As we continue to rely heavily on our critical systems and assets, the need for experts who can protect and enhance these infrastructures will remain paramount. Pursuing this degree will equip you with the skills and knowledge to meet these challenges head-on, making a significant contribution to society while enjoying a fulfilling and rewarding career. 

For continued study, see our M.S. in Critical Infrastructure. 

Why Capitol?

Career Opportunities

The 16 Sectors of Critical Infrastructure

Why has the U.S. government designated 16 sectors of critical infrastructure? Because these sectors need cybersecurity, and other forms of protection, so we can maintain our lives.

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