phd in cyber security bangalore

11 Best universities for Cyber Security in Bangalore

Updated: February 29, 2024

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Below is a list of best universities in Bangalore ranked based on their research performance in Cyber Security. A graph of 49K citations received by 6.63K academic papers made by 11 universities in Bangalore was used to calculate publications' ratings, which then were adjusted for release dates and added to final scores.

We don't distinguish between undergraduate and graduate programs nor do we adjust for current majors offered. You can find information about granted degrees on a university page but always double-check with the university website.

1. Indian Institute of Science

For Cyber Security

2. Christ University

3. Jain University

4. PES University

5. International Institute of Information Technology Bangalore

6. Bangalore University

7. National Institute of Mental Health and Neuro Sciences

8. Alliance University

9. Jawaharlal Nehru Centre for Advanced Scientific Research

10. University of Agricultural Sciences, Bangalore

11. Rajiv Gandhi University of Health Sciences

Universities for Cyber Security near Bangalore

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Dr Annapurna D

Dr Annapurna D Professor in Computer Science and Engineering, having 25 years of teaching experience and 1.5 years of Industry experience, IEEE Senior member, Member of Women in Engineering (WiE). Has received a doctorate award in year 2015, from Bangalore university. Working in the area of Cyber Security, IOT and Wireless Networks. Served as Head of the Department of Information Science and Engineering PESIT, for a period of five years. Has thirty- two research publications, published in various International Journals and Conferences. Organized and conducted various workshops and technical events. Guiding five PhD scholars, in the area of Security, IOT and Machine Learning.

Dr. Sarasvathi V

Dr.Sarasvathi V is a highly accomplished professor with a strong background in Computer Science and Engineering in PES University. She holds a PhD in Computer Science and Engineering from VIT University, Vellore, India. Her research interest spans various cutting-edge areas like Cyber Security, Internet of Things, Blockchain, Cloud Computing and Wireless Sensor & Mesh Networks. She has a strong publication record with nearly 34 research publications in renowned peer-reviewed international journals and conferences. She served as Guest Editor for Special Issue on: “Emerging Trends, Applications and Services in Communication Networks” International Journal of Communication Networks and Distributed Systems- Inderscience Journal and as Editor for IGI Global “Handbook of Research on Applied Cybernetics and Systems Science”. She is actively supervising 5 PhD research scholars and under her guidance one of the research scholars completed PhD.

Dr. Vinodha K

Dr. Vinodha K is an Associate Professor in the Department of Computer Science and Engineering at PES University. She received PhD in Computer Science and Engineering from Visvesvaraya Technological University (VTU), Belagavi, India. Her research interest includes Computer Networks, the Internet of Things, Blockchain, and Machine Intelligence. She had nearly 30+ research publications in reputed peer-reviewed international journals and conferences. Lifetime member of ISTE. She is currently guiding 1 PhD research scholar.

Dr. GEETHA DAYALAN

Currently working as an Associate Professor, in the Department of Computer Science and Engineering, PES University, EC Campus, Bangalore, Karnataka, India. Obtained Ph.D under the Faculty of Information and Communication Engineering from Anna University, Chennai in 2017. Having a total of 15+ years of experience, including teaching Undergraduates, Postgraduates, and Research. Research areas of interest include Network Security in Wireless Networks, Wireless sensor Networks, Adhoc Networks, the Internet of Things, and Data Science. Published around 11 Research articles in Refereed Journals, and 16 papers presented at National and International conferences. Organized workshops on many technical areas at the college level, and delivered seminars and Guest lectures. Guided more than 45 batches at the UG level and more than 10 projects at the PG level. Acting as Doctoral Committee member for a research scholar. Member of the Institution of Engineers (India) and ISTE.

Animesh Giri

Animesh Giri currently holds the position of Associate Professor in the Department of Computer Science and Engineering at PES University’s Electronic City Campus, boasting a comprehensive work experience of 15 years. With a Master’s degree in Computer Network Engineering, he is currently pursuing a Ph.D. in Computer Science and Engineering, focusing on Computer Networking and Routing in Internet of Things (IoT), at Visvesvaraya Technological University (VTU) in Belagavi, India. His research interests cover a broad spectrum, including Secure Routing in the Internet of Things ecosystem, Wireless Adhoc Networks, as well as Cloud and Big Data technologies. He has authored 15 publications in esteemed IEEE, Springer conferences and journals. He has served as a guest faculty at prestigious universities in India, delivering a variety of courses in Networking and Software Systems.

Sheela Devi M

Assistant Professor in the Department of Computer Science & Engineering at PES University. Pursuing PhD in Vehicular ad hoc networks. Having 12 years of Teaching Experience in the domains such as Computer Networks, Network Security, Adhoc networks etc. Completed Post graduation in the Department of Computer science & Engineering under Anna University, Chennai. Published book on Data mining and warehousing, Internet of Things and a patent. Also published more than 15 papers in various Journals such as IEEE, Scopus, etc. in the domain of networking. Life time member of CSI and ISTE.

Shruthi L is Assistant Professor in Department of Computer Science and Engineering at PES University. Completed post-graduation(M.Tech) in Computer Science and Engineering from VTU, Belagavi. She is pursuing PhD in Computer Science and Engineering from PES University. Her research interest includes the Internet of Things, Cryptography, Blockchain and security in Networks.

Rohith Vaidya K

Rohith Vaidya K is an Assistant Professor in the Department of Computer Science and Engineering at PES University, Bengaluru. Having 7 years of teaching experience in Computer Science and Engineering. He is pursuing PhD in Cyber Security from PES University. His area of Interest is Computer Networks, Network Security, Cyber Security, Cryptography. Completed post-graduation in Computer Network Engineering from VTU, Belagavi, India. He has successfully completed an internship at BSNL Mangalore. He is a life member of ISTE and Individual member of IAETSD. He has 3 publications in the reputed journals.

Gauri Sameer Rapate

Gauri Sameer Rapate is Assistant Professor in Department of Computer Science and Engineering at PES University. She is pursuing PhD in Computer Science and Engineering from VTU, Belgavi, India. Her research interest includes the Internet of Things, Wireless Sensor and mesh Networks. She had nearly 5 research publications in reputed peer-reviewed international journals and conferences.

Dr. Gokul Kannan S

Dr. Gokul Kannan S is an Associate Professor in the Department of Computer Science and Engineering at PES University. He received PhD in Computer Science and Engineering from BITS Pilani, Hyderabad Campus, India. His research interests include Network Security, the Internet of Things, and Machine Intelligence. He has nearly 10+ research publications in reputed peer-reviewed international journals and conferences.

Dr. Chandrashekhar P Chavan

Dr. Chandrashekhar P Chavan currently holds the position of Associate Professor in the Department of Computer Science and Engineering at PES University, Electronic City Campus, Bangalore. He received his BE degree in Computer Science and Engineering from Guru Nanak Dev Engineering College, Bidar, Karnataka, India, and an M.Tech degree in Network and Internet Engineering (he secured the 3rd rank in the university) from Sri Jayachamarajendra College of Engineering, Mysore, Karnataka, India. He obtained a Ph.D. degree in the wireless networking domain from the Indian Institute of Science, Bangalore, India. His core research interests involve Mobile Ad-Hoc Networks, IoT, Cloud Computing, Ubiquitous Networks, Pervasive Computing, Context-Aware Systems, and Quantum Computing. He has authored 10+ publications in renowned IEEE conferences and Elsevier journals. He has served as a visiting faculty at premier universities in India, delivering a variety of courses in Networking and Embedded systems. He is presently guiding one research scholar.

Shanthala P T

Shanthala P T is Assistant Professor in Department of Computer Science and Engineering at PES University. She is pursuing PhD in Computer Science and Engineering from VTU, Belgavi, India. Her research interest includes the Internet of Things, Wireless Sensor and Security in IoT. She had nearly 4 research publications in reputed peer-reviewed international journals.

Deepti C is an Assistant Professor in Department of Computer Science and Engineering at PES University. She is pursuing PhD in Computer Science and Engineering from VTU, Belagavi, India. Her research interest includes the Internet of Things, Wireless Sensor Networks and AI in IoT. She has nearly 8 research publications in reputed peer-reviewed international journals.

Dr. Clara Kanmani

Dr. Clara Kanmani A completed doctorate in information and computer science from Visvesvaraya Technological University in 2018. Graduated in computer science and Engineering from Vellore Engineering College, Tamil Nadu, she completed her Master of technology in same stream from Dayananda Sagar college of Engineering, Bangalore. Currently, she is a Associate Professor in Department of Computer Science and Engineering at PES University, Electronic city, Bangalore. Her research area of interest includes Cloud computing, Semantic web Technologies, information security machine learning and cyber security. She has 22+years of academic teaching experience. Her area of specialization includes Analysis and Design of Algorithms, Android application development, Object Oriented Modeling and Design, Information and network security, Cyber security and digital forensics. She is presently guiding projects for the undergraduate and postgraduate students in various areas of computer science. She has published research papers in IEEE, Springer, Scopus indexed journals and various international journals in the area of computer science. She is the reviewer for Scopus indexed journals, IEEE conference papers and doctoral committee member for research scholars at VTU, Bangalore. She is member of advisory committee of an IT company ELPIS IT solutions, Bangalore and She is also conducting cyber security awareness programme at various schools in association with cyber security- centre of excellence, Indian institute of science and Department of IT, BT government of Karnataka.

Dr. Manar Mannan

Dr. J. Mannar Mannan is working as Associate Professor, PES University, EC, Campus. He has around 19 years of teaching experience and 7 years of research. He has published around 22 research papers in reputed journals including SCI and Scopus indexing. His research towards Semantic web, Ontology and Information Retrieval, Ad Hoc and Sensor networks.

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• Doing a PhD in Cyber Security

What Does a PhD in Cyber Security Focus On?

A PhD in Cyber Security equips students with expert knowledge in computing, cybercrime and digital technology policy. A PhD involves original research into a specific field of cybersecurity and can allow cyber security graduate students to work with emerging technologies and tools to tackle issues society faces as technology rapidly advances.

According to the UK National Cyber Security Strategy 2016-2021 , there will be an estimated shortage of 350,000 cybersecurity professionals by 2022. There is therefore a high demand for cyber security graduates and doctorates. A PhD in Cyber Security could lead to a career in an emerging industry.

A list of Cybersecurity topics at doctorate level is provided below:

• Cryptography
• Artificial Intelligence and Robotics
• Systems Security and Testing
• Cryptocurrency and Blockchains
• Privacy, Confidentiality and Ethics
• Software Security
• Digital Forensics
• Security Risk Management
• Network Security
• Digital Technology Policy
• Quantum Computing

Minimum Entry Requirements for A PhD in Cyber Security

UK Doctoral Cyber Security programmes usually require graduate students to possess, or expect to achieve, as a minimum a 2:1 upper second class bachelor’s degree in computer science, or related subject such as Mathematics. It should be noted that due to the interdisciplinary challenges in cyber security, related subjects can vary depending on the focus of research and may include areas such as Electrical Engineering , Civil Engineering, Social Sciences, Psychology and Law. A lower second class (2:2) bachelor’s degree may be accepted if the graduate student has a master’s degree or graduate cyber security work experience. Applicants with international equivalent qualifications are also considered.

Another requirement for research projects is proof of English Language ability. Universities will expect international students to provide English Level Qualifications, for example IELTS, TOEFL (iBT) or Pearson PTE scores.

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Application of artificial intelligence to multiphysics problems in materials design, from text to tech: shaping the future of physics-based simulations with ai-driven generative models, study of the human-vehicle interactions by a high-end dynamic driving simulator, coventry university postgraduate research studentships, discovery of solid state electrolytes using deep learning, how long does it take to get a phd in cyber security.

In the UK, a full time cybersecurity research project lasts around 3 to 4 years. The first year is usually probationary and will be used to develop a thesis proposal that outlines your research degree. The remaining time will be used to carry out your research, produce and submit your thesis and undertake the Viva . Part-time cybersecurity projects may take 6 to 7 years to complete. A full-time cyber security MPhil usually lasts for 1 to 2 years.

In addition to developing your thesis proposal, the first year is also used to allow your supervisor to identify additional cybersecurity training that would assist in your research project. This may come in the form of online PhD cybersecurity training modules, online doctorate lectures, or placement opportunities to give you an insight into the cyber security industry and real world applications in your chosen field.

Costs and Funding

A UK doctoral student can expect to pay around £5,500 per year in tuition fees for a 2021/22 PhD programme in Cyber Security. Typical tuition fees for EU and overseas students are around £25,000 per academic year. Part-time tuition fees are normally proportioned according to the research programme length.

Most institutions have Centres for Doctoral Training in Cyber Security, which offer a number of Engineering and Physical Sciences Research Council (EPSRC) studentships to eligible applicants. These studentships and grants cover tuition fees, and can provide a maintenance stipend and research travel expenses.

You may also be eligible for a Postgraduate Doctoral Loan which helps with course fees and living costs associated with a cyber-security research project.

PhD in Cyber Security Salary and Career Paths

As companies become more reliant on technology, the risk of cyber-attacks and other compromises in security becomes more pressing. In fact, according to The Annual Crime Survey in 2017 , two thirds of UK businesses were hit by cyber-attacks. Because of this, and the recognised shortage of cybersecurity professionals and graduates/doctorates, companies, both public and private, are investing large amounts of money into developing their cyber security. These companies look to a PhD student with a cyber security degree as someone who can help develop this. A PhD in Cyber Security reflects the demand for security specialists.

Typical employers for cybersecurity doctorates include Intel, NASA, Microsoft, Google and Lloyds TSB, though the full list of employers is extensive due to the increasing reliance on technology in almost all industries, and the overlap with other disciplines such as computer science and information science. The doctoral degree also allows for international reach, as it is a highly applicable field of knowledge for any country. Many of the employers are based in the US, for example, NASA and Google. Common jobs for Cyber Security PhD students include:

• Cyber Security Analyst – Perhaps the most logical career path for cybersecurity doctorates is to become a cyber-security analyst. Doctorates in this role are responsible for detecting, managing and preventing cyber-attacks, and developing cyber defences to protect a company’s IT infrastructure. Senior cyber security analysts in the UK can earn around £50,000. Those with managerial duties or expert knowledge can earn over £80,000. As such, the PhD in cyber security salary tends to be higher than counterparts with similar levels of experience.
• Penetration Testing – In this role, cybersecurity PhD students carry out controlled cyber-attacks on a company’s IT infrastructure to find weak points in security. This will then be used to advise the company on how to manage cyber risk and prevent such attacks from real cyber criminals in the future. One of the advantages of penetration testing is that it lends itself to freelance work. With experience, freelance penetration testers can earn over £500 a day. Again, a cybersecurity doctoral degree is a valuable qualification to hold as it demonstrates your credibility and expertise.
• Teaching – Some doctoral students use their cybersecurity degree to stay in Higher Education. Here they can continue their study as a researcher working in a University School or Faculty alongside other researchers, or transition into a teaching role as a professor or lecturer. As a lecturer, you can tailor your study content and also supervise a doctorate in cybersecurity in your field of interest.

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• What is the Advanced Executive Program in Cybersecurity with IIIT Bangalore and NPCI ? The Advanced Executive Program in Cybersecurity is a 6-month online program designed for working professionals to develop practical knowledge and skills needed to succeed in the rapidly growing field of cybersecurity. This program has been developed in collaboration with IIIT Bangalore and NPCI, leveraging IIIT Bangalore's academic excellence, NPCI’s expertise in secure retail and digital payments, and Simplilearn’s unique bootcamp model of education, to provide comprehensive education through Live Virtual Classes, Self Learning Videos, Case Studies, Assisted Practices, and Lesson-end Projects.  
• What are the career prospects after completing this program? The program prepares you for the role of Security Infrastructure Specialist, Network Security Consultant, Security Analyst, Analyst Application Security, Blue Team Member, Cloud Security Architect, Cybersecurity Software Developer, Malware Analyst, Threat Hunter, and many other roles in the cybersecurity domain.   

1.   Enterprise Infrastructure Security

2.   Application and Web Application Security

3.   Ransomware and Malware Analysis

4.   Ethical Hacking and VAPT Each module has been designed carefully such that it covers all the basic concepts required and then deep dives into the advanced concepts required to become an expert in that domain. The theoretical modules are complemented with the assisted practices and projects for a better understanding.  

• How do I know if this program is for me? If you are curious about the cybersecurity industry and want to learn how malware like ransomware affect big companies and how it can be prevented, want to secure your organization's data and build systems that can proactively prevent cyberattacks,  or build products or services that are used by millions and impacts lives, then this program is meant for you.  
• Is there any certification granted at the end of the program? Upon completion of this program, you will be awarded a program completion certificate for the Advanced Executive Program in Cybersecurity by IIIT Bangalore and a Virtual Internship certification by NPCI. You will also receive industry-recognized certifications from Simplilearn for the courses included in the learning path.  
• What are the eligibility criteria for this Advanced Executive Program in Cybersecurity? For admission to this Advanced Executive Program in Cybersecurity, candidates: ● Should have a bachelor's degree in any discipline with an average of 50% or higher marks ● Prior work experience of 1 year or more ● May have a non-programming background  
• What is the time commitment expected for the program? A learner is expected to devote at least 5 to 10 hours per week to be able to graduate from the program.  

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Advanced Centre for Research, Development and Training in Cyber Laws and Forensics

Advanced Centre for Research, Development and Training in Cyber Laws and Forensics [ACRDTCLF] was established at NLSIU, Bangalore on 25th October 2010 under the initial financial support of the Department of Electronics and Information Technology (DeitY), Ministry of Communications& Information Technology, Government of India.

The Centre spreads awareness and provides training to judicial officers, public prosecutors, judges, investigative agencies, cyber security personnel and others of cyber law with essential emphasis on the technical issues to prevent of misuse of the technology and better enforcement of related laws.

Centre Co-Directors: Dr. A. Nagarathna & Aparajita Lath

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• 1,000 - 50,000 employees
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PhD - Cybersecurity

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About Volvo India

Volvo is a global company that produces the safest, most luxurious, and environmentally sustainable cars. They also aim to create solutions that make people's lives better, safer, and less stressful. They do this by constantly innovating, improving, and developing new technologies.

Background of the thesis project

• With an increasing amount of communication with the outside world, connected vehicles are becoming increasingly attractive targets for attacks. If an attacker succeeds in gaining access to the internal network/system of a vehicle, they can cause a great deal of damage.
• Intrusion Detection System that monitors suspicious activities and issues alert when such activity is discovered.
• An increasing number of information exchanges within the system and the outside world introduces an array of security threats fighting their way to penetrate the system. These vulnerabilities harm not only the safety of the passenger/driver but also that of other vehicles.
• An intrusion detection system for Telematics Gateway acts as an adaptable safeguard technology for system security after traditional technologies fail.

Suitable background

• Embedded System
• Automotive Domain
• Cyber security
• Network Communication
• Linux System

Description of thesis work:

Investigate different anomalies that can occur in the Telematics gateway(e.g., firewalls, gateway, diagnostics, watchdog, operating system, IPC, Cryptographic failures, CPU usage/RAM usage) and present Pros and Cons of different ways of implementation and adaptability to our telematics system.

• Thesis Level:   Master
• Language: English
• Tutor: Sujith Sheshachalamurthy, Cybersecurity Architect

Training, development & rotations

The Corporate University offers easily accessible training in a wide range of topics, some fundamental to all employees and some specific to your area or role. Volvo University prepares you for strategic competencies such as AI, electromobility, connectivity, automation, and cyber security. All Volvo Group University training programs are run in the Volvo training portal Navigator, a personalized and collaborative learning portal that accelerates competence development and makes employees engaged in their learning and sharing journey.

Salary & benefits

The annual salary for this role can range from  INR 7.0 to 9.0 LPA (Source: Ambition Box). The following employee benefits are provided by the company:

• Flexible hours
• Free Transport
• Paternity leave
• Six-month sabbatical
• Free dry cleaning
• Free fruit and snacks
• Gym membership reimbursement

Career progression

Volvo has a wide range of career opportunities for you. Whether you are looking for a challenging and rewarding career in engineering, sales, or marketing, or a leadership position in an area of business that interests you, they will provide the opportunity to develop your skills and experience to meet your ambitions.

Work-life balance

Volvo Group is made up of a palette of unique individuals, each with their interests, motivations, and life stories. They are passionate about what they do, at work and outside work. Working days are usually from Monday to Saturday with flexible timing.

Culture & vibe

Volvo Group has a long and successful tradition of working with students from various universities. There are no strict dress codes, but there are some rules to follow if you want to fit in with your coworkers. Volvo employees are typically casual dressers, so don't feel like you need to wear a suit when you go to work on Monday morning. Volvo's vibe is very laid back, making it easy for people from different backgrounds to feel comfortable interacting with each other and working together in the office environment.

Required skills and experience:

• Ph.D. Scholars registered with any university in India or abroad in a relevant academic discipline, currently employed or doing projects in specifically identified areas (Currently pursuing Ph.D.).

How to apply

An email confirmation will be sent as soon as you submit your application. After this, it is still possible to update your profile by login into your account. The hiring team will review your application together with the hiring manager. Shortlisted candidates will be contacted with information about the following steps.

The hiring process includes:

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Executive Education in Cybersecurity Engineering

Cybersecurity starts with you.

Secure yourself before you secure your company..

Program Details

Choose your track.

The programs are in alignment with the National Education Policy (NEP)

(Link: https://www.education.gov.in/sites/upload_files/mhrd/files/NEP_Final_English_0.pdf)

Program Duration  (as per UGC norms)

Program Dates

Prerequisite Semester Classes commence every June

Audit & PG-Diploma Programs

Odd Semester - January to May

Even Semester - August to December

Masters Program Classes commence every January (6th Jan, 2024) ​

Course Pedagogy

The program will be instructor-led classes and it will be supplemented with Videos , Quizzes , Assignments , Hands-on Practical Labs , and Capstone Projects with Real-world Case Studies .

Evaluation:

50% Weightage for Internal Assessment - Quizzes, Assignments, Labs and Projects

50% Weightage for Final Examination

Please note: Evaluation metrics will vary with the course.

Prerequisite Semester   (for non-engineering candidates only)

Data Structure and Algorithm Using C  (4 credits)  

Operating Systems, System Programming and Bash Scripting  (4 credits)  

Computer Networks  (4 credits)  

Web Technologies  (4 credits)  

Python Programming  (4 credits)

Semester 1 (Jan to May | 12 Credits)

Cybersecurity Essentials​

​ This introductory course revisits concepts of OS, Scripting, Networking, and programming essentials  

Network Security ​

This course deals with various aspects of Network security – Wired and Wireless; packet capture, security issues in various network protocols like TCP, DNS etc.  

Software Security

​This course explores various aspects of software vulnerabilities like Buffer overflows, Malware and Application security

Semester 2  (Aug to Dec | 12 Credits)

Topics in Cryptography

Understand the evolution from classical to modern cryptography; Learn about the underlying mathematical foundations and the concepts of Symmetric, Asymmetric cryptography, Hash, and related topics  

Applied Cryptography ​

Learn about the application of various Crypto techniques and tools in modern day applications – Data Encryption, TLS, Digital Signature, Non-repudiation, Email Security etc.  

Block Chain and Applications

Learn fundamentals of blockchain technology and its architecture. Understand the attributes of Blockchain like immutability, Merkel trees and consensus algorithms with real world application use cases in Supply chain, food source, fintech and reality

Semester 3   (Jan to May | 12 Credits)

Digital Forensics 1

Introduces the history and evolution of Digital forensics, principles of Digital Forensics and its challenges. Students also learn about Computer memory and file forensics and practice with applicable tools. Understand Incidence response types, Industry standards and reporting.  

Digital Forensics 2

Learn about digital investigative techniques and challenges

Learn to effectively acquire forensic data from various digital devices such as desktops, portables, Network and Cloud  

Cyber Law and Data Privacy

Understand Privacy needs as per GDPR, California Privacy act, and Indian laws

Focuses on many compliance issues under information security and privacy mandates such as GDPR, HIPAA, FISMA, GLBA, and PCI-DSS

Develop the appropriate vocabulary for better legal results in policies, contracts, and incidents

Semester 4   (Aug to Dec | 12 Credits)

Cloud Security

More than ever, businesses are moving sensitive data and shifting mission-critical workloads to the cloud – typically a multicloud platform, including Amazon Web Services, Azure, Google Cloud, and others

Understand and identify the risks and risk controls based on the deployment models – IaaS, PaaS, and SaaS

Evaluate the trustworthiness of service providers based on their security documentation, service features, third-party attestations, and position in the global cloud ecosystem

Articulate the business and security implications of a multicloud strategy applying CIS controls  

​Applied Data Science & Artificial Intelligence for Cybersecurity​

​ Students explore the intersection of Cybersecurity, Data Science and Artificial Intelligence and apply DS and AI/ML techniques to enhance Security solutions  

Ethical hacking and Exploit Development

Learn penetration testing using repeatable frameworks like OWASP and tools like ZAP and Burp suite, NMap, Nessus, Kali, Metaspoilt etc.

Apply the learnings to perform penetration testing on live sites and find vulnerabilities

Write exploits​

Semester 5   (Jan to May | 20 Credits)

Capstone Project In this semester students will do an individual capstone project. Students can pick a project of their choice from their work place or from the ISFCR center.  Continuous guidance is provided along with periodic assessment.

The capstone project is an opportunity to apply all your learnings to solve real problems.

Admission Details

Eligibility criteria for pg-diploma & masters.

Graduation in BE/B.Tech/M.Sc (Mathematics)/MCA from a recognized university, and at least 50% in the undergraduate degree. Note: Candidates with a non-engineering background (bachelor's degree in science, commerce, arts and equivalent with 50% and above) are required to attend a prerequisite semester before the commencement of the Masters/PG Diploma program AND  

Candidates need to have a minimum work experience of 24 months by the time of commencement of the program

Admission is subject to clearing an interview with the University panel. The interview will evaluate the candidate's understanding of the relevant concepts of Computer Science.

Note:  Candidates shall submit the documents regarding graduation, transcripts and work experience for verification to the admissions office. Candidates will have to submit pay-slip, experience certificate, and Form 16 filing as proof of the work experience. If the candidate is unable to produce documents meeting the eligibility criteria, the admission process will not progress. Selected candidates will receive a letter of offer for admission from the University.​​

Eligibility Criteria for Audit

Learners interested in knowing more about cybersecurity can enroll for this program.​

Method of Admission

Candidate to register for PESSAT on  www.pessat.com and take a personal interview

Admissions Deadline

Apply before 2nd January 2024  for the Masters Program - January Intake Classes commence on 6th January 2024

All admissions on first-come-first-serve basis subject to fulfilment of eligibility and selection criteria

Fees Details

Prerequisite Semester Program Fees (For non-engineering candidates)

Masters Program Fees ₹6,00,000

(₹1,50,000 per semester, 4 instalments)

PG-Diploma Program Fees ₹1,50,000 per semester

Audit Semester  Program Fees

₹1,50,000 per semester

Scholarships

All PESU alumni are eligible for scholarships

Scholarships available for other deserving students

The university will provide all necessary documents for the candidates to procure educational loans

Program Faculty

Prasad B Honnavalli

Professor, Computer Science and Engineering

GISF Certified, GIAC Advisory Board

Director, PESU C-ISFCR

Director, PESU C-IoT

Founder, abhayasecure.com

Leads the Teaching, Research, Executive Education, Industry partnership and Consultancy in his areas of focus - Cybersecurity and Internet of Things.

Other faculty members who will be delivering the program

Adjunct faculty.

Raj Gopalakrishna

Adjunct Faculty Member, PES University Co-Founder & Chief Product Architect, Acalvio Technologies

Raj wears multiple hats – he is an Entrepreneur, Inventor, Technologist, and thought leader.

At Acalvio, Raj is leading the efforts to build the nextgen Advanced Threat Detection using deception techniques to quickly and accurately detect true positive cybersecurity events and delay malicious attackers access to valuable assets with prioritized hunting and proactive remediation efforts.

Previously, Raj was a Distinguished Engineer and SVP at CA Technologies.

K S Shashank

Adjunct Faculty Member, PES University Senior Security Analyst at Elastic

Shashank brings several years of hands-on security experience with tools and services for the Cloud - infrastructure, Orchestration, Storage and applications; with a focus on reducing Cyber Risk by early detection and response to Cyber security incidents and threats.

Ramakant Mohapatra

Adjunct Faculty Member, PES University

He is a leader in Data Privacy and Data Protection with over two decades of experience in the Data Privacy and Information Security domain with a track record of developing privacy strategies, policies, frameworks, planning, implementing, governing and maintaining Privacy programs with defined KPIs to enable business growth while managing privacy risks for large and small enterprises.

The courses will be delivered by experienced faculty from PESU C-ISFCR and augumented by faculty from the industry.

The center aims to provide students with conceptual learning, experiential training and hands-on skilling for engineers and non-engineers, needed by industry for technical and managerial roles.

C-ISFCR by the numbers

faculty members

publications

Program Highlights

Presenting an integrated entrepreneurship opportunity in cybersecurity.

Signing up for PES University M.Tech in Cybersecurity Engineering can get you more than just the MTech degree, it can help you own a potential unicorn in cybersecurity. 

You can build your own cyber security startup as part of your course by leveraging Pesu Venture Labs (PVL), our in-house venture studio & start-up fund.

Bring your own Cybersecurity idea or choose from our curated list of ideas. Leverage resources, funding & support available from PESU Venture Labs (PVL) for converting the idea to a product & build a business. PESU Venture Labs (PVL) will handhold you in your journey.

If you have a great idea around Cybersecurity, this is the great way to build your startup while you continue to pursue your masters!

Job Outlook and Future

Mainstream and professional media highlight almost on a daily basis, the ever-growing issues and concerns around data breaches, data integrity and privacy and other aspects of cyber security. One of the reasons is because demand for cyber professional far outstrips the supply . This is true in India and across the globe.  Several Industry and recruitment agencies have estimated the supply-demand gap to be in the order of millions of jobs . Importantly, cybersecurity skills and knowledge are globally applicable.

Source: https://www.bls.gov/opub/btn/volume-10/why-computer-occupations-are-behind-strong-stem-employment-growth.htm

Choose your program

Choose your track to explore and learn cybersecurity,

an Audit, PG-Diploma or a Masters degree.

Cybersecurity starts with you

Futureproof your career. Build a security mindset. Secure yourself before you secure your company.

Use what you learn today, in the industry tomorrow 

Each course aims to cover core concepts and their practical applications augmented with numerous hands-on laboratory work and short format projects using relevant tools and framework. Tackle real-world problems.

Comprehensive Curriculum

The curriculum is contemporary and is a unique blend of conceptual and Hands on learning.

This learning can be immediately applied to real problems on the job.

Dedicated Learning Management System

An in-house, custom-built Learning Management System (LMS) will be deployed to effectively manage the learning and outcome measurement of our students – giving us an edge to ensure and track progress along with giving the students the ability to learn in a hybrid model , enabling both online and offline learning.

All PESU alumni are eligible for scholarships. Scholarships are also available for other deserving students

Cybersecurity for everyone

Now, engineers and non-engineers  ​ can take up a career in cybersecurity and master the skills required by the industry.

Upskill, while working

Earn a Master's degree in Cybersecurity Engineering, while still working. There is a large demand for cybersecurity professionals all across the globe.

Highly qualified faculty with industry experience

Faculty who have the right blend of academic and industry experience in addition to having relevant industry leading certifications like SANS , COMPTIA , EC-Council and   CISSP

Access to Resources

Full access to the University Library at all times along with its various electronic databases and resources.

Career Assistance and Support

Resume Builder : Professional help from the centralised placement cell of the University to help each student to develop a professional resume.

Placements : Placements has always been the USP of PES University since long. Professional placement assistance will be provided from the centralised placement cell of the University.

Small Class Size

20 students per batch leading to highly personalized attention.

A uniquely programmed one to one mentorship for every student designed to help them discover their true potential.

What our students say

Hello, I'm Suresh with a background in telecom, and I'm completely new to cybersecurity. Entering the cybersecurity field felt like an uphill battle, but after extensive research, I discovered the PES EXE MTech in cybersecurity. I want to express my gratitude to the entire PES team for structuring this course to cater to working professionals like me who are also new to cybersecurity.

The course covers everything, starting with  the fundamentals of cybersecurity, network security, and software security basics. It gradually progresses to advanced topics such as identifying cybersecurity threats, cryptography, blockchain, digital forensics, and even Ethical Hacking.

What sets this course apart is the hands-on experience provided through lab practical’s, which is not commonly found in other programs . The faculty is good, comprising certified professionals and industry experts who share their valuable insights.

The labs are designed to align with industry standards, ensuring that we gain practical skills that are in demand in the market. If there are any updates or enhancements in the field, the course curriculum is adjusted accordingly.

This comprehensive course has covered all the latest technologies in cybersecurity.

Suresh R Software Development Manager

The field of Information Security is constantly evolving and there is much to research and learn for security professionals. Learning is sometimes ad-hoc and unstructured. I was looking for a structured approach to study, learning from experts and provide me with respected credentials which will serve as a platform to advance and progress in my career.

I chose PES after careful evaluation and measured consideration, by comparing with other institutes across India. What appealed to me most importantly, was the syllabus. I found it to be contemporary, relevant and useful for working professionals. All subjects and topics were focused purely on security, while also keeping it relevant to industry trends and standards. The scheme of study provides good flexibility to working professionals in attending lectures, while the timely and regular internal assessments provide motivation for students to study manageable portions on a daily basis. The case studies discussion is especially engaging and offer insights into analysing security events, while also promoting healthy discussions amongst the students to express their views and share their experiences. The labs are intensive and raise the standards of the program, while also igniting a technical mindset within the students. The faculty are highly accomplished and have good overall blend of both academia and industry.

To summarise, the Executive M.Tech program at PES is definitely of top-notch quality. I would strongly recommend this as a program for professionals to pursue, in order to enhance their knowledge and advance in their career.

Arjun BM Chief Security Architect at a leading global FinTech company 17+ years of experience

Ashish Nandan Python Developer | Alif Semiconductor

Virtual Campus Tour

Note: Contact hours will be in PESU RR Campus only.

Why Executive Education at PES University?

PES University is one of the country’s leading teaching and research-driven universities. With state of the art infrastructure and world class facilities, the university is committed to providing “ Navigation for the Real World ” that inspires students to realize their potential.

In today’s competitive and knowledge-based economy, there is a premium for people with right skills and knowledge. Most people, particularly in the technology space feel the need to update their knowledge or upgrade their skills or acquire new certification and skills that are aligned with needs of the evolving job market.

India is at the forefront of technological innovation and the quick adoption of new-age technologies.  Cloud-first and mobile-first strategy is driving the digital transformation of businesses in India and across the world, impacting their cyber risk profile and posture.

The growing usage of social media, smartphones, and tablets has made it simple and affordable to have a digital presence without fully understanding the risk of data breaches and hacking. The need for governments and other organisations to safeguard sensitive data gathered from citizens and make sure that it is neither stolen nor altered by malicious attackers is constantly expanding.

Technologies such as Cloud, Big Data, analytics, Machine Learning, Artificial Intelligence, and the Internet of Things, promise to open a world of unparalleled growth opportunities along with rising the risk of confidential data being maliciously collected, stored, and disseminated. Most human resource agencies will confirm the shortage of skilled and qualified cybersecurity professionals, to defend against the ever-morphing security threats.

Why cybersecurity?

With the ever growing data, the demand for protecting it is growing leaps and bounds. Cyber security is amongst the top 10 fastest growing requirements from the industry. Earlier this year, the Harvard Business Review shared a report that summed up the plight: “The majority of chief information security officers around the world are worried about the cybersecurity skills gap, with 58 percent of CISOs believing the problem of not having an expert cyber staff will worsen.” (Source: https://hbr.org/sponsored/2019/06/the-public-private-partnership-thats-working-to-make-new-york-city-a-global-hub-of-cybersecurity-talent)

In fact, recent research by ISACA report* shows ongoing difficulties finding and keeping experienced cybersecurity professionals:

62% of respondents claim that their cybersecurity team is understaffed

32% claim that it takes longer than six months to find a suitable candidate with hands-on cybersecurity expertise

66% claim that it is challenging to keep cybersecurity talent

(*Report: https://www.isaca.org/why-isaca/about-us/newsroom/press-releases/2022/state-of-the-cybersecurity-workforce-new-isaca-research-shows-retention-difficulties-in-years)  

There is a need to address talent problems at an academic and industry level. The technological curriculum should focus on providing experiential learning, conceptual training, and hands-on skilling for engineers and non-engineers to match the ever-evolving needs of the industry for technical and managerial roles.

Who is this program ideal for?

This program is for professionals who want to develop a career in cybersecurity or looking for a change in career path to cybersecurity. It is also for those who are already in this field, but want to develop a strong foundation of concepts and desire exposure to current tools and hands on learning.

Now, engineers and non-engineers, both, can choose a track (Audit Program or PG-Diploma Program or Masters Program) of their preference and learn cybersecurity at their pace.

What are the program outcomes?

Participants will gain a solid exposure to the current threat landscape and how to manage cyber security risks. The conceptual underpinning and hands on exposure will prepare them to deal with emergent and future cyber threats successfully and enhance the security posture of their organisations.

Who will deliver the program?

Experienced professors from the PESU Center for Information Security, Forensics and Cyber Resilience (PESU C-ISFCR) and the Department of Computer Science and Engineering will deliver the program. Classroom sessions will be augmented by lectures from industry professionals.

Can students change programs and how?

Candidates who have taken up the Audit Program can upgrade to a PG-Diploma Program/Masters Program if they meet the eligibility requirements. Candidates from non-engineering backgrounds need to take up the prerequisite semester before starting the PG-Diploma Program/Masters Program. ​

Candidates who have taken up the PG-Diploma Program can get the Masters Degree if the candidate finishes all the semesters, completes the assessments & evaluations and submits the Capstone Project.

Interested in the program?

[email protected] +91 6366430565.

Admission to Ph.D Course

Provisional Rank list for admission to Ph.D course for the academic year 2020-21 – Dated 18.07.2021

Consolidated Vacancy position for 2nd round counselling – Dated 07.07.2021

Annual Fee for Ph.D Programme for the year 2020-21 – Dated 26.11.2020

Govt. Order regarding Scholarships

Univ e rsity Grants Commission (Minimum Standards and Procedure for Award of M.PHIL./PH.D Degrees) Regulations, 2016

Amendment to the Ph.D Regulations 2016

Ph.D Regulations 2016 – Dated 28.01.2019

Revised  Annual Fee & Thesis Submission fee for the Research Scholars under  SC, ST, Cat-i, OBC & PwD category

Ph.D Ordinance :

A candidate may present himself/ herself for the degree of Doctor of Philosophy in Bangalore University, covered under the Karnataka State Universities Act, 2000, with the following Ordinance: The Degree of Doctor of Philosophy shall be conferred on the basis of a thesis prepared and submitted for the purpose. 

The thesis shall embody the result of original research carried out by the candidate in a Post Graduate Department of Studies or in an Institution recognized by the University as research centre under the guidance of a Research Supervisor / Supervisors approved by the University.

Cybersecurity Guide

Research with impact: Find online cybersecurity PhD programs

In this guide

• 2024 rankings
• Steps to get an online PhD
• Financial assistance
• Career paths
• School listings

The digital landscape is changing, and so is higher education. Online PhD programs in cybersecurity are not just trending, they’re revolutionizing the way we cultivate experts in the field.

Whether you’re a student eyeing advanced studies or an institution looking to expand your curriculum, discover why an online PhD in cybersecurity degree is becoming the go-to option for next-level learning and expertise.

Programs to make the public aware of the problem and attract bright young minds to the profession are becoming more widespread and are starting to have an effect.

With the ranks of willing candidates beginning to swell, certificate, training and education programs are in great demand. The number of available degree programs offered by colleges in particular is gaining momentum .

Bachelor’s degrees have become a near necessity for new cybersecurity professionals in recent years. And higher-level positions like chief information security officers (CISOs) often require a master’s degree . 

At present, though, the need for doctorate degrees in cybersecurity is becoming evident.

High-level management positions, higher-education faculty posts, and advanced research initiatives are all growing in demand much more quickly than the numbers of candidates to fill them.

Generally speaking, most doctoral candidates will fill the rapidly expanding and critical roles of educators, consultants, and researchers.

PhD’s (doctor of philosophy degrees) and DSc’s (doctor of science degrees) are designed for these roles.

PhD’s tend to focus on theory and research, while DSc’s study research and technical expertise. With more focus on technical knowledge, DSc’s sometimes continue working directly in practical applications within the field.

On the other hand, DPS’s (doctor of professional studies degrees) are almost entirely devoted to the highest levels of training in hands-on practical knowledge and skills instead of theory and research. 

All three types of doctoral programs are now available to those wishing to advance their careers to the pinnacle of the cybersecurity field.

However, PhD is by far the most commonly offered doctoral cybersecurity degree at present, followed by DSc’s and DPS’s.

The world has a critical need for infosec practitioners, but there is also an equally essential need to expand the capacity of our educational institutions to teach new practitioners.

We also are in dire need of advanced, innovative, strategic thinkers to conduct research in the science of cybersecurity.

Best online cybersecurity PhD programs for 2024

Capella university, capitol technology university, nova southeastern university, the george washington university, mississippi state university, marymount university.

These rankings were compiled from data accessed in November 2023 from Integrated Post-Secondary Education Data System (IPEDS) and College Navigator (both services National Center for Education Statistics). Tuition data was pulled from individual university websites and is current as of November 2023.

Obtaining an online cybersecurity PhD 

Six steps for choosing an online phd cybersecurity program.

So with all of these options available, as well as a growing number of colleges offering these programs, how can one best decide which direction is right for you? Here is a quick six-step process to help.

1. Self-appraisal : Those looking to expand their knowledge and background in cybersecurity with a PhD have already succeeded in attaining lesser degrees and certifications, and likely have several years of work experience as well.

That education, and exposure to practical applications provide an excellent overall view of the infosec world. All that experience will be critical in deciding exactly which direction to explore in the next phase of a career. The biggest decisions are of two types. 

• Are online PhD programs the right way to go, or would real-time college be a better choice? 
• Is a future in research, education or consulting the right path? Or is work in a real-world application a better fit? Picking the correct answer to both questions will take a good bit of introspective research. And the decisions shouldn’t be made without a thorough self-inspection.

2. Admission requirements : As with any college degree, each individual institution offering it will have its own views of what a desirable PhD candidate should look like.

All require at least a BS degree, some require an MS. But there are often loose specifications as to what discipline the degrees must be in, like STEM or computer science. Other demands may include a minimum GPA threshold, usually 3.0 or higher, and GRE test scores. 

Waivers are for the GRE tests are often granted for candidates with strong academic or professional backgrounds. The rest is normally just paperwork, like a personal goal statement, personal and work references, a current resume, and college transcripts.

The primary point here is to pay attention to the requirements of each school under consideration, and whether it will necessitate more time, classwork, certifications, etc. to comply with these demands.

3. Tuition and scholarships : Unless an early career left a PhD candidate with an abundance of cash, money will always be a concern.

Obviously, tuition is the first number to check. But don’t stop with that. There are almost always alternatives for financial assistance available from the school, private scholarship sources, and sometimes government agencies attempting to increase the cybersecurity workforce.

And, of course, government-sponsored and private education loans exist .                                                                                                                            

4. School reputation, course quality and availability : To get the most return out of an investment of time and money in education, it’s always best to choose from schools with the best reputation among cybersecurity professionals.

Specific courses and available concentrations vary from one school to another. Students must therefore make sure a particular school’s special course offerings match their needs and desires. 

5. Centers for Academic Excellence in Cyber Defense : US government intelligence agencies are perhaps the organizations most interested in developing the science and resources needed to conduct the most extensive, advanced and complete cybersecurity operations anywhere.

The National Security Agency ( NSA ) and the Department of Homeland Security ( DHS ) jointly sponsor a program to promote cybersecurity education called National Centers for Academic Excellence in Cyber Defense ( CAE-CD ). NSA conducts extensive reviews and audits of colleges offering cybersecurity college degrees and designates a select few with CAE approval .

Choosing an institution approved by the NSA provides a high level of certainty that the program offered is of the highest quality. It will also give graduates a leg up on securing a career with federal government intelligence agencies. NSA recently published a fact sheet showing 272 CAE-CD approved institutions across the country. 

6. Dissertation research options and faculty : A critical part of any masters or doctoral degree is the dissertation. The exact topic and focus do not need to be determined at the outset of entering the program.

However, it should be possible to know that faculty members and other available resources provide the greatest knowledge, technology and other means of support for the student’s specialty. 

What to look for in an online PhD cybersecurity program

For any given doctoral candidate, enrolling in an online program offering the best and most numerous courses within the cybersecurity specialty desired may be top on the list of criteria.

One should also research the infosec faculty members at the school to determine which and how many have expertise within that students focus.

If possible, a chance to meet these faculty members may be very illuminating. Requesting the opportunity to audit one or more classes will also provide invaluable insight into how courses are structured and how close a fit the tutorial style may be.

Opting to attend a PhD program with the best possible reputation among cybersecurity professionals will help open doors when it comes time to find a post-doctoral job. 

An institution that cultivates an innovative environment and offers the latest in technological capabilities will help maximize the educational experience. It will also be of great educational benefit to attend a college that fosters consultative communications among students and faculty.

Probably the easiest variables to determine are tuition costs and the availability of school offered financial assistance, especially scholarships, grants, other offsets to student expenses.

Online PhD cybersecurity program timeline

Typically, obtaining a doctorate in cybersecurity will require between three and seven years of dedication.

The specific timeline will depend upon the individual college and the level of testing and qualification required for each student to be accepted into a program.

Coursework can take up to three years, depending in part depending upon credits earned and transferred before entering the program. Once courses have been completed, the next step is to design a research project for the dissertation. 

With a well thought out idea in hand, have a chosen faculty mentor assist with fine-tuning the scope, and then approving the research outline.

The rest is extensive research and then writing the dissertation, while all along consulting with a faculty mentor. This phase can take two or more years, sometimes in excess of five years. 

The length of time devoted to completing a dissertation will depend in part on the amount of time the candidate is able to devote to the research required.

Once the dissertation is complete, student will schedule a board review and present their research to faculty members to attain the final award of their doctoral degree.

Online PhD cybersecurity tuition and scholarships

Don’t be scared off by tuition rates at any school.

Pick the best academic environments for the degree and specialty desired first, then see what can be done to mitigate the cost.

Tuition rates

The Cybersecurity Guide team recently took a look at the 14 programs in the US that offer an online cybersecurity PhD program in order to get a better sense of what tuition looks like at these programs. All figures below are based on out-of-state tuition rates.

$32,940 is the most affordable online PhD program and its available at the University of Cumberlands.

$56,004 is the average cost of the 14 online cybersecurity PhD programs.

$85,248 is the highest tuition and is at the University of North Texas.

There are almost always several options to consider. Some schools have work-study options where students can take classes for a semester or two, then work in the industry for a time. This provides a balance of academics and practical experience, and also income to offset tuition costs.

Of course, those already working and going to school would not be able to utilize this option. 

Most frequently, scholarships, grants and fellowships will be the most accessible financial assistance vehicles.

At present, it seems most scholarships are being directed to undergraduate and graduate students, with less now available for PhD’s.

This is likely to change in coming years as demand for PhD’s is set to expand rapidly. The bulk of scholarships available for PhD candidates at present are provided through individual schools, corporate sponsors, of government agencies. 

Cybersecurity PhD career path

The very nature of doctor of philosophy degree programs means those who complete a PhD will be best suited to academic or theoretical applications of their cybersecurity expertise.

However, other times there are really interesting industry jobs available to PhD holders, especially in research-oriented companies. 

 Typically, these professionals will hold the highest of infosec management positions, such as CISO, information security director, information security manager, or the like.

But many will be destined for advanced investigative research into the cutting edge ideas and technologies being discussed and discovered in the cybersecurity world.

Others will opt for academic posts in higher education. And still others will be employed as consultants to large corporations and/or high leverage government agencies that often have not been able to hire enough cybersecurity employees to adequately satisfy their own needs, or just don’t possess the advanced capabilities that a PhD offers.

Frequently asked questions

An online PhD in cybersecurity is an advanced academic program that allows you to earn your doctorate remotely, focusing on research and expertise in cybersecurity.

Online programs offer flexibility, making it easier for working professionals to balance studies with other commitments. Plus, you can access top-tier faculty and resources from anywhere.

The duration varies but expect to spend 3-7 years, depending on the program and your pace of study.

Graduates often pursue roles in academia, research, or high-level positions in corporate cybersecurity departments.

Yes, most employers consider an online PhD in cybersecurity as valuable as an on-campus degree, provided it’s from an accredited institution.

While convenient, online programs may lack some networking opportunities and face-to-face interactions found in traditional settings.

School listings for online PhD in cybersecurity

As is any course of study, attending school through an online college affords maximum flexibility for students with demanding lives. Whether the limiting factor is work, family, health restrictions or other reasons, a flexible online doctoral program permits PhD candidates to work toward a goal on their own time. 

Below is a complete list of schools offering online PhD programs that features current and comprehensive information for an easy side-by-side comparison.

• Program's Aim: The Ph.D. program is tailored to produce scholars proficient in leading research initiatives, undertaking rigorous industrial research, or imparting high-level computer science education.
• Entry Routes: The program welcomes both students holding a B.S. degree for direct admission and those with an M.S. degree.
• Dissertation's Role: It stands as the pivotal component of the Ph.D. journey. Collaboration between the student, their dissertation director, and the guiding committee is essential.

Naval Postgraduate School

• Program Essence: The Computer Science Ph.D. is a top-tier academic program in the U.S.
• Admission Criteria: Open to military officers from the U.S. and abroad, U.S. governmental employees, and staff of foreign governments.
• Curriculum: Designed to deepen knowledge in computing, with a focus on the needs of the U.S. Department of Defense.

National University

• Skills Gained: After finishing, students will know how to improve cybersecurity, set rules, find threats, and use tools to protect information.
• Job Opportunities: Graduates can become Security Analysts, Systems Engineers, Cloud Security Experts, and more.
• Quality Assurance: The course is recognized and approved by the Western Association of Schools and Colleges (WASC).
• Recognition: Capitol Technology University is designated as a National Center of Academic Excellence in Cyber Defense by the National Security Agency and Department of Defense.
• Career Opportunities: The program prepares students for senior leadership roles, program development, or policy-making positions in federal agencies and the private sector.
• Overview: Designed for individuals aiming to advance both scholarly research and their careers in the field of cybersecurity.

Colorado Technical University

• Accreditation: CTU is recognized by the Higher Learning Commission.
• Cost-Saving Options: There are ways to reduce fees, like military discounts, transferring credits, and scholarships.
• Special Sessions: There's a mandatory in-person gathering called a symposium.

The University of Fairfax

• Goals: This program is for those who want to lead, research, or make policies in cybersecurity.
• Special Guide: They use a guide from a national institute to teach students the best ways to keep information safe online.
• Help with Big Project: The university has a plan to help students with their final project.

Dakota State University

• Program Goal: Train students to handle and prevent cyber threats.
• Awards: The university has received top cybersecurity awards.
• What You'll Learn: Research skills, cyber defense techniques, and ethical decision-making.

Marymount University, School of Technology and Innovation

• Program Content: The course dives deep into modern cybersecurity topics, from new tech and artificial intelligence to specialized research areas.
• Location Benefits: The university is near many cybersecurity companies and government agencies, giving students unique opportunities.
• For Working People: It's crafted for professionals, allowing them to experience various cybersecurity roles, from tech firms to government.

The University of the Cumberlands

• Jobs After Graduation: After getting a PhD in IT, students can find many job opportunities.Jobs in areas like cloud computing and cybersecurity will be in high demand.
• Recognition: The university is known for its excellence in cybersecurity by major U.S. departments.
• Benefits: Students can study online, so they don't have to leave their jobs. A PhD can also lead to better job chances and higher pay.

Nova Southeastern University, College of Computing & Engineering

• Completion Time: Students have up to ten years from starting to finish their dissertation.
• Program: Trains students for roles in academia, government, and business.
• Multidisciplinary Approach: The program combines both technical and managerial aspects of cybersecurity, offering a comprehensive understanding of the field.
• Capstone Project: Students create a big project to use their new skills in real-world situations.
• Focus on Modern IT: The course teaches current IT topics like online security and managing projects.
• Job Opportunities: After finishing, students can aim for high-level IT jobs in various sectors.

The University of Rhode Island

• Research Focus: The Ph.D. program is centered around a big research project in Computer Science.
• Qualifying Exams: Students take exams on core topics, but some might get exemptions if they're already skilled in certain areas.
• Equal Opportunity: The University of Rhode Island is committed to the principles of affirmative action and is an equal opportunity employer.

University of North Texas

• Team Effort: The program is a collaboration between various UNT departments for a well-rounded view of cybersecurity.
• Goals: The course aims to develop critical thinkers who are passionate about the role of information in our lives and can work across different fields.
• Skills Gained: Students will learn about research, teaching methods, decision-making, leadership, and analyzing data.

Walden University

• Why Walden: The program offers one-on-one mentoring, helpful tools, real-world IT scenarios, and chances to network.
• Jobs After Graduation: The IT field is growing. With a DIT, you can become a college teacher, computer scientist, or a top IT manager.
• Skills Gained: You'll learn to evaluate IT methods, create IT systems, lead IT teams, communicate tech ideas, and do original research.
• Goals: Boost organizations' ability to handle cyber threats and lead organizations in enhancing cybersecurity.
• Classes: Held on Saturdays in a fast-paced format.
• Structure: 24 hours of courses and 24 hours of research, including a major project (praxis) on cybersecurity.