Your passport to safeguarding data, infrastructure,
and identities.
Dive Deep
From scanning to forensics, penetration testing to extreme hacking, we cover it all.
Master The Field
Navigate the intricate balance between security and risk in the digital world.
Fortify The Future
Join us on this journey and become a cybersecurity leader.
Program Overview
Curriculum
Course Objective
Eligibility Criteria
Who can apply
Course Outcome
Program Overview
The Certificate in Cybersecurity Risk Manager – where we unravel
the art of safeguarding the digital frontier. From data protection to extreme hacking
penetration testing, we're diving into the core of cybersecurity risk management. Join us
on a journey through scanning, logging, and monitoring, exploring the realms of
infrastructure, cyber forensics, identity protection, and more. It's not just a course; it's your
passport to mastering the intricate dance between security and risk in the digital world.
Let's fortify the future together!
Curriculum
Part 1: Foundational Pillars of Cybersecurity
Chapter 1: Data Protection Essentials: Explore data security principles,
regulations, and best practices to safeguard sensitive information.
Chapter 2: The Power of Monitoring and Detection: Dive into network
scanning, logging, and monitoring techniques to identify potential threats
and vulnerabilities.
Chapter 3: Fortifying Your Infrastructure: Secure your IT infrastructure by
understanding network security architectures, firewalls, and intrusion
detection systems.
Part 2: Mastering Offensive and Defensive Techniques
Chapter 4: The Hacker's Mind: Extreme Penetration Testing: Learn
advanced penetration testing methodologies, hacking tools, and ethical
hacking principles.
Chapter 5: Uncovering the Truth: Cyber Forensics: Explore digital
forensics techniques, evidence collection, and incident response procedures
to investigate cyberattacks.
Chapter 6: Protecting People and Identities: Implement robust identity and
access management strategies to secure user accounts and prevent
unauthorized access.
Part 3: Securing Every Layer of the Digital Landscape
Chapter 7: Hardware Security: From Chips to Clouds: Understand hardware
vulnerabilities and mitigation strategies, including tamper prevention and
secure boot.
Chapter 8: Building Secure Applications: Learn essential application
security principles like input validation, secure coding practices, and
vulnerability management.
Chapter 9: Securing the Core: Operating System Security: Explore
operating system hardening techniques, patch management, and secure
configuration guidelines.
Part 4: Navigating the Governance Landscape
Chapter 10: Establishing a Secure Framework: Implement appropriate
cybersecurity frameworks (e.g., NIST, ISO 27001) to guide your security
posture.
Chapter 11: Governance and Compliance: Understand security policies,
procedures, and risk management strategies to ensure compliance with
regulations.
Course Objective
Identify and assess cybersecurity risks across all domains, including physical, logical, and human.
Develop and implement risk management strategies that are aligned with the organization's risk appetite and objectives.
Stay up-to-date on all major regulatory requirements and ensure that the organization complies.
Develop and implement guidelines for cybersecurity controls that are effective and cost-efficient.
Develop and implement strategies for global cybersecurity compliance protocols that are scalable and adaptable to different cultures and regulations.
Eligibility Criteria
Any individual who wishes to build careers in cybersecurity across the following
industries: Healthcare, Industries, Transportation, Electronic, Governance, Automation, Telecom, Smart Appliances, Department of Defence, Finance, Smart Cities.
Who can apply
Any individual, organization, government agency, from school students to homemakers.
Representatives from school and college administration
Technically and non-technically inclined people
Front office uses
Everyday users of digital technology.
Course Outcome
Comprehensive knowledge of data protection, monitoring, and infrastructure security.
Proficiency in scanning, logging, and monitoring for threat detection and response.
Skills in extreme hacking penetration testing to identify and remediate vulnerabilities.
Expertise in cyber forensics, including evidence collection and cybercrime investigation.
Competence in identity and user protection, hardware security, and application security.
Understanding of OS security principles and practices.
Knowledge of governance frameworks and their application in cybersecurity.
Ability to assess, mitigate, and manage cybersecurity risks effectively.
Career Opportunity
Expected Salary 7 lac p.a. and growth in next 5 yrs by 25%
Cyber Forensic Analyst
Expected Salary 8 lac p.a. and growth in next 5 yrs by 20%
Identity and Access Management (IAM) Specialist
Expected Salary 6 lac p.a. and growth in next 5 yrs by 18%
Hardware Security Engineer
Expected Salary 7 lac p.a. and growth in next 5 yrs by 20%
Application Security Engineer
Expected Salary 7 lac p.a. and growth in next 5 yrs by 15%
Operating System (OS) Security Specialist
Need more info? Download the course brochure here!
