close_menu
en
ua en
Request Info
Bachelor of
Kyiv
Bachelor of
Cybersecurity

The Cybersecurity Educational Program is designed to prepare a specialist capable of effectively responding not only to modern challenges in the field of information security but also being ready for the emergence of new threats, technologies, and attack models in the future.

About the program

The curriculum is based on fundamental mathematical training, modern cryptographic approaches, algorithms and data structures, as well as practical skills in the design, analysis, and auditing of information protection systems. Special attention is paid to cryptography, network and cloud security, resilient software development, personal data protection mechanisms, and the use of artificial intelligence systems.

The educational program ensures a harmonious combination of fundamental theoretical training with the regular performance of applied tasks, which allows students to immediately apply the acquired knowledge to solve real-world problems in the field of cybersecurity.

In the learning process, specialized practical cases and cyber-incident modeling are actively used, forming students' skills to work in conditions as close as possible to the real professional environment.

1
Fundamental training: deep knowledge of mathematics, cryptography, and programming as the foundation of professional activity.
2
Maximum practice: real-world cases, cyber-incident modeling, and applied tasks from the very first years of study.
3
Relevance and prospects: focus on modern technologies, cloud solutions, artificial intelligence, and future cyber threats.
4
Strong soft skills: leadership, ethics, psychology, and intercultural communication form a responsible specialist with a global mindset.
About the program

Students
will become
proficient in:

Cryptography and cryptographic protocols
Cryptography and cryptographic protocols

This direction includes the study of mathematical methods for data protection. Students will learn how to encrypt information, create digital signatures, and implement cryptographic protocols (such as TLS or IPSec) that ensure the confidentiality and integrity of data transmission.

Protection of information systems and networks
Protection of information systems and networks

Students will learn how to build a secure perimeter for IT infrastructure. This includes configuring firewalls, intrusion detection systems (IDS/IPS), and access control to prevent unauthorized penetration into corporate or government networks.

Vulnerability analysis and penetration testing
Vulnerability analysis and penetration testing

This is the work of a white-hat hacker. Students will learn to search for weaknesses in systems before attackers find them and perform simulations of real attacks (pentests) to verify defense resilience.

Designing secure software
Designing secure software

This involves implementing security at the code-writing stage (DevSecOps). This field teaches how to create programs that are secure by default, avoiding typical errors through which hackers could gain control over the software.

Computer forensics and incident investigation
Computer forensics and incident investigation

This is digital detective work. Students will master methods for collecting evidence after a cyberattack: analyzing traces left in computer memory, recovering deleted data, and establishing the chronology of an attacker's actions.

Personal data protection and risk management
Personal data protection and risk management

This is where law and technology converge. Students will learn to work with regulations (such as GDPR), assess the likelihood of cyber threats, and develop strategies that minimize losses for the company in the event of incidents.

Cloud technology security and the use of AI in cyber defense
Cloud technology security and the use of AI in cyber defense

This involves protecting data in virtual storages (AWS, Azure, Google Cloud) and using neural networks for automatic anomaly detection. Students will learn to train AI models capable of instantly responding to new, previously unknown anomalies and threats.

Career opportunities
As a Cybersecurity program student, you will be able to master the following specializations:

 

Information security analyst
This is the guardian of the digital perimeter. They monitor networks for suspicious activity, assess risks, and develop defense strategies. Their main task is to detect an attack at an early stage and implement measures to prevent it from recurring.

Secure software developer
This is a specialist who focuses on code architecture. They don't just write functionality; they test it for resilience against breaches, use modern encryption methods within programs, and automate security checks during the development process.

Developer of secure computer and network applications
A highly specialized engineer who creates software for network operations: messengers with end-to-end encryption, VPN services, or corporate portals. They guarantee that data transmitted between devices will not be intercepted or tampered with.

Computer forensics analyst
They investigate local and cloud storage, process logs, and server logs to reconstruct the hacker's chain of actions. Their findings often form the basis of the evidence base in internal investigations.

Designer of secure information systems and databases
An architect who builds the foundation of IT infrastructure. They design database structures so that confidential information is segmented, encrypted, and accessible only to a limited circle of people. They are responsible for ensuring the system remains operational even during heavy loads or hacking attempts.

Graduates can succeed in the following fields:
  • Cybersecurity in the public sector and defense. Graduates can work in government structures, intelligence agencies, or cyber forces. This includes protecting critical infrastructure (power grids, communication systems) and countering cyberespionage at the national level.
  • Banking and FinTech (financial technologies). Cybersecurity specialists here handle transaction security, protection of banking applications, and the implementation of monitoring systems that recognize suspicious operations in real time.
  • Software development. Working in major technology companies (such as Google, Amazon, or Ukrainian IT giants) in positions like Security Engineer or Application Security Specialist. They are responsible for ensuring that products used by millions of people are protected
  • Digital forensics and audit consulting. This is the field of providing expert services. Specialists are brought in to conduct external security audits of companies or act as independent experts during cybercrime investigations.
  • Managed security services and cloud providers. As data shifts massively to the cloud, cloud security specialists are in high demand. They create secure virtual environments for clients and manage AI-based protection systems.

Application

Applicant requirements
  • Completed secondary education 
  • Good level of English: B2 (TOEFL internet based: 56 – 78, IELTS Academic: 5.5 – 6.0, Duolingo English test: 80 – 119)
  • Motivation letter 
  • Video-answer in English
  • National Multidisciplinary Test result: minimum score 130, foreign language (English) 140+
Documents provision
  • Application form
  • National ID
  • Tax code number
  • English certificate
  • Digital 3*4 cm photo
  • School original diploma and appendix
  • Military registration document (for those eligible for military service)

Admission process

1
Talk to AUK Enrollment advisor

This is your first step toward admission to AUK. Complete Start your journey form or write an email to our dedicated enrollment advisor for Dnipro and the region (Julia Orel julia.orel@auk.edu.ua) to be guided through the admission process, program details, and required documents.

2
Fill in AUK application form

To access the registration form, you will need to create a personal applicant’s account. Please note that the registration form must be filled out in English. You will also need to upload documents, write a motivation letter.

3
Pass the assessment and receive educational grant that covers full tuition fee

Get ready for an assessment of program-related knowledge and experience in the form of tests, open questions, video-answers or interview. Successful applicants will be offered a place on the program and an educational grant.

4
Sign a contract

To complete the enrollment process, you need to select our competitive offer in the EDEBO, provide the necessary official documents (passport, education document, etc.). After that, you will receive a confirmation of enrollment and will be able to sign the final educational and financial contracts.

Bachelor of Cybersecurity

Start:

fall 2026

Duration:

4 years

Format:

Hybrid: on campus and online

Diploma:

AUK+ASU

FAQ
What is covered in the Bachelor of Cybersecurity program?

The Bachelor of Cybersecurity program at AUK combines fundamental knowledge (mathematics, algorithms, cryptography, programming) with practical skills in information systems protection. Students study network security, cyber threats, cloud technologies, and the application of AI in cybersecurity.

Where in Ukraine can I get an international-level education in cybersecurity?

The Bachelor of Cybersecurity at American University Kyiv is a program built on American standards in partnership with Arizona State University. It allows students to receive an American cybersecurity education in Ukraine, opening doors to an international career.

Is it possible to obtain a dual degree in cybersecurity?

Yes, students can study under the AUK + ASU model and earn a dual degree — both Ukrainian and American. This significantly boosts competitiveness in the global cybersecurity job market.

What is the language of instruction for the cybersecurity degree at AUK?

The Bachelor of Cybersecurity program is taught entirely in English. This enables students to work with international resources and prepares them for careers in global IT companies.

Is there practical training during the cybersecurity studies?

Yes, cybersecurity training at AUK has a strong practical focus: real-world cybersecurity cases, attack and incident modeling, hands-on work with modern technologies, and internships in IT and international companies.

What are the career opportunities after completing the Cybersecurity program in Ukraine?

Upon earning a Bachelor’s degree in cybersecurity, graduates can work as: Cybersecurity Analysts, Information Security Specialists, Penetration Testers, Security Engineers, or Cloud Security Specialists. Careers are also available in IT firms, the banking sector, government agencies, and international organizations.

Do I need programming knowledge to apply for the cybersecurity program?

No, the Bachelor of Cybersecurity program is beginner-friendly. Basic technical knowledge is built during the course. The main requirements are analytical thinking and an interest in IT and cybersecurity.

What is the learning format for the cybersecurity program at AUK?

Learning is available in several formats: offline in Kyiv, online, or hybrid. All materials are accessible 24/7 via a digital platform.

Why choose a Bachelor of Cybersecurity at AUK?

Cybersecurity education based on American standards, partnership with Arizona State University, English-language instruction, a focus on practice and employability, and the opportunity to earn an international degree.

How to apply for a Bachelor of Cybersecurity in Ukraine?

To enroll in the Bachelor of Cybersecurity program at AUK, you need to: fill out the registration form, prepare the required documents, and confirm your English proficiency level. It is recommended to apply early to increase your chances for grants. More details can be found at the Admission 2026 link.

Receive a Consultation
user/common.errorMsg