Department of Computer Science and Engineering-Cyber Security
Department Overview
The Department of Computer Science and Engineering – Cyber Security offers a dynamic program focused on core computing principles and specialized training in cybersecurity. Students gain expertise in programming, algorithms, network security, and software engineering, preparing them to design and implement secure systems. The curriculum integrates interdisciplinary knowledge to address real-world challenges in areas like data protection, ethical hacking, and cyber defense, equipping graduates for careers in software development, system analysis, network administration, and cybersecurity roles across industries.
Mission
To provide quality education and hands-on training in cybersecurity, software engineering, and computer science fundamentals.
To foster innovation and research in cyber defense, ethical hacking, and network security.
To prepare students for successful careers in academia, industry, and government with strong ethical and professional values.
Vision
To be a premier department recognized for excellence in cybersecurity education and research, developing skilled professionals who safeguard digital assets and contribute to a secure and trustworthy cyberspace.
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Programs Offered
B.E. Computer Science and Engineering - Cyber Security
program offers a comprehensive curriculum that integrates core computing concepts with specialized knowledge in network security, software engineering, and hardware systems. Students gain expertise in programming, algorithms, database management, artificial intelligence, and emerging technologies such as cloud computing and robotics. The interdisciplinary approach equips graduates to design secure systems, analyze complex problems, and develop innovative solutions across various industries, preparing them for diverse careers in software development, network administration, system design, and cybersecurity.
To equip graduates with a strong foundation in computer science, programming, and cybersecurity, enabling them to design and develop secure software applications across diverse industries.
To foster a comprehensive understanding of cybersecurity practices, preparing students for critical roles in managing and securing software, hardware, and networks.
To develop skilled professionals capable of contributing to the growth of cybersecurity in government sectors, private companies, and large enterprises.
To prepare students to tackle real-world challenges in system design, security, and automation, with a focus on developing secure and efficient computing solutions.
Program Specific Outcomes (PSO)
Ability to design, develop, and deploy secure software applications and systems for different industries, ensuring data privacy and integrity.
Proficiency in analyzing and securing both hardware and software systems, ensuring the protection of networks, devices, and sensitive data.
Capability to work in cybersecurity roles, from system design to security implementation, in both private and government sectors, including critical infrastructure like railways, banks, and energy corporations.
Skilled in writing secure algorithms for operating systems and peripheral devices while understanding their vulnerabilities and securing them.
Programme Outcomes (POs)
Apply advanced knowledge of computer science, programming, and cybersecurity principles to develop secure and reliable software systems.
Identify and analyze cybersecurity challenges and design effective solutions to secure networks, devices, and applications.
Engage in ethical hacking, penetration testing, and vulnerability assessment to safeguard information systems and networks.
Demonstrate professional and ethical responsibility in the cybersecurity field, ensuring compliance with industry regulations and standards.
Effectively communicate within multidisciplinary teams, utilizing critical thinking to solve complex security problems.
Show proficiency in securing both physical and digital infrastructures, including cloud computing and automated systems.
Prepare for roles in cybersecurity across diverse sectors, including government, PSU, and core industries such as banking, railways, IT, and telecommunications.
Faculty
Meet our dedicated faculty members who bring expertise, passion, and innovation to the classroom.
We proudly collaborate with top companies that value talent and innovation, offering our students exceptional career opportunities.
From SSIET to the World’s Leading Companies
Graduates from SSIET are well-prepared to enter the world’s best companies. With strong technical expertise, innovative thinking, and problem-solving abilities, our alumni make a difference in shaping industries worldwide.
Step-by-step guide to submitting your application and joining our university community.
Scholarships
Discover scholarship opportunities to support your education and reward academic excellence.
Fee Structure
Clear and transparent details on tuition fees and other associated costs.
Eligibility Criteria
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Admission Requirements
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Campus Life
Experience a vibrant campus environment filled with activities, clubs, and support services.
Frequently asked Questions
Find answers to common questions about our Computer Science and Engineering - Cyber Security, admissions, and student resources.
What is Cyber Security in Computer Science Engineering?
Cyber Security in Computer Science Engineering focuses on protecting systems, networks, and programs from digital attacks. The B.E. CSE-Cyber Security program equips students with the necessary skills to identify, prevent, and respond to cyber threats in various industries.
What career opportunities are available after completing B.E. CSE-Cyber Security?
Graduates can pursue careers as Cyber Security Analysts, Network Security Engineers, Ethical Hackers, Information Security Consultants, Systems Administrators, and Security Architects in sectors like banking, IT, government, and telecommunications.
What are the key subjects in the B.E. CSE-Cyber Security curriculum?
The program covers key subjects such as Network Security, Cryptography, Ethical Hacking, Malware Analysis, Cyber Forensics, Risk Management, Digital Privacy, and Security Operations.
Do I need prior knowledge of coding to join B.E. CSE-Cyber Security?
While basic programming skills are recommended, the program is designed to teach students the necessary coding languages, algorithms, and security protocols required for a career in cybersecurity.
How do internships and industry collaborations help students in Cyber Security programs?
Internships and collaborations with cybersecurity firms and organizations offer hands-on experience in securing networks and systems. These opportunities help students gain real-world exposure to the latest cybersecurity challenges and tools.
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