I am a dedicated educator and cybersecurity professional with strong expertise in Design and Analysis of Algorithms (DAA), computer networks, and cybersecurity, focused on helping students build clear fundamentals and strong problem-solving skills. My teaching approach emphasizes why things work, not just how, so students develop logical thinking, algorithmic intuition, and the ability to apply concepts confidently in exams, projects, and real-world scenarios. I simplify complex topics such as time and space complexity, graph algorithms, routing protocols, network security, and attack–defense mechanisms using structured explanations, real-life examples, and step-by-step problem solving.
I combine theory with practical insight by showing how algorithms are used in networking, intrusion detection, traffic analysis, and secure system design. Students learn to connect DAA concepts with cybersecurity use cases such as anomaly detection, secure routing, and efficient threat analysis. I regularly guide learners through assignments, exam preparation, and mini-projects, ensuring they not only score well academically but also understand how concepts translate into industry-relevant skills. My sessions are interactive, student-friendly, and paced according to individual learning needs, with a strong focus on clarity, confidence building, and long-term understanding rather than rote memorization.
Experience
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Assistant Professor (Sep, 2024
–Present) at GLBITM GR. NOIDA
In my current role, I am responsible for teaching and applying Design and Analysis of Algorithms (DAA), cybersecurity, computer networks and python, with a strong emphasis on practical and security-oriented problem solving. My responsibilities include explaining algorithmic design techniques and complexity analysis, demonstrating how algorithms are applied in network routing, intrusion detection, and traffic optimization, and integrating cybersecurity principles such as threat modeling, secure protocol design, and attack mitigation into networked systems. I also design hands-on labs and projects that combine algorithmic thinking with network security, covering areas like packet analysis, anomaly detection, and secure communication—while mentoring students to build efficient, secure, and scalable solutions aligned with real-world cybersecurity challenges.
Fee details
₹299–399/hour
(US$3.15–4.20/hour)
The fee may vary based on subject complexity (DAA, advanced cybersecurity labs, or network security), academic level (UG/PG), exam-oriented preparation (GATE, university exams), project guidance, and requirement of hands-on practical or research-oriented mentoring.