CCNA 

Total Duration: 10–12 Weeks (60–70 Hours)
Training Mode: Classroom / Online / Hybrid
Level: Entry-Level Networking

MODULE 1: Networking Fundamentals

• Introduction to computer networks
• Network components and roles
• Types of networks and topologies
• Data transmission concepts
• Network standards overview

Outcome: Understand how networks work and why they are used

MODULE 2: OSI & TCP/IP Models

• Purpose of layered models
• OSI model layers and functions
• TCP/IP model overview
• Data encapsulation and decapsulation
• Mapping OSI to TCP/IP

Outcome: Clear understanding of network communication models

MODULE 3: Network Media & Cabling

• Copper cabling types
• Fiber-optic cabling
• Cable standards and connectors
• Ethernet fundamentals
• Interface concepts

Outcome: Ability to identify and work with network media

MODULE 4: IP Addressing Concepts

• IPv4 addressing structure
• Binary and decimal basics
• Public and private IP addresses
• Addressing rules and formats
• Introduction to IPv6

Outcome: Understand IP addressing fundamentals

MODULE 5: Subnetting & Address Planning

• Purpose of subnetting
• Subnet masks and CIDR
• Subnet calculation basics
• Address planning concepts
• Common subnetting scenarios

Outcome: Create and understand subnetted networks

MODULE 6: Switching Concepts

• Ethernet switching overview
• MAC address learning
• Frame forwarding process
• VLAN concepts
• Inter-VLAN communication overview

Outcome: Understand how switches operate in LANs

MODULE 7: Routing Concepts

• Purpose of routing
• Router components and functions
• Static routing concepts
• Dynamic routing overview
• Default routing concepts

Outcome: Understand how data moves between networks

MODULE 8: Wireless Networking

• Wireless standards overview
• Wireless frequencies and channels
• Wireless devices and components
• Wireless security basics
• Wireless deployment concepts

Outcome: Configure and support wireless networks

MODULE 9: Network Services

• DNS concepts
• DHCP concepts
• NTP overview
• SNMP basics
• Network service roles

Outcome: Support essential network services

MODULE 10: Network Security Fundamentals

• Security principles
• Network threats and attacks
• Access control concepts
• Device hardening basics
• Firewall and security concepts

Outcome: Apply basic network security practices

MODULE 11: Automation & Programmability Basics

• Network automation concepts
• Software-defined networking overview
• Controller-based networking
• APIs and data formats overview
• Network management basics

Outcome: Understand modern network management approaches

MODULE 12: Network Troubleshooting & Operations

• Troubleshooting methodology
• Common network issues
• Connectivity problem analysis
• Network documentation
• Best practices and change management

Outcome: Diagnose and resolve common network problems

Final Learning Outcomes

• Strong networking fundamentals
• Practical switching and routing knowledge
• Awareness of network security and automation
• Readiness for entry-level networking roles

Career Opportunities

• Network Support Engineer
• Junior Network Administrator
• NOC Engineer
• IT Infrastructure Support Engineer

CompTIA Security+ 

Total Duration: 8–10 Weeks (50 Hours)
Training Mode: Classroom / Online / Hybrid
Level: Entry-Level to Intermediate Cybersecurity

MODULE 1: Cybersecurity Fundamentals

• Introduction to cybersecurity
• Importance of information security
• CIA triad concepts
• Security roles and responsibilities
• Types of security controls

Outcome: Understand core cybersecurity principles and objectives

MODULE 2: Threats, Attacks & Vulnerabilities

• Malware types and behavior
• Social engineering attacks
• Network-based attacks
• Application and web-based attacks
• Vulnerability concepts
• Threat intelligence basics

Outcome: Identify and understand common cyber threats and risks

MODULE 3: Network Security Concepts

• Secure network design principles
• Firewalls and network security devices
• Intrusion detection and prevention
• Secure network protocols
• Network segmentation concepts

Outcome: Protect and secure network infrastructures

MODULE 4: Identity & Access Management

• Authentication concepts
• Authorization models
• Accounting principles
• Identity federation concepts
• Access control methods
• Privileged access management

Outcome: Control and manage user access securely

MODULE 5: Cryptography & Public Key Infrastructure

• Encryption concepts
• Symmetric and asymmetric encryption
• Hashing concepts
• Digital certificates
• Public key infrastructure basics
• Secure communication principles

Outcome: Apply cryptographic concepts to secure data

MODULE 6: Secure Systems & Applications

• Secure system architecture
• Endpoint security concepts
• Secure application development basics
• Secure configuration principles
• Patch and vulnerability management

Outcome: Secure systems and applications against

MODULE 7: Cloud, Virtualization & Wireless Security

• Cloud security fundamentals
• Shared responsibility model
• Virtualization security concepts
• Wireless security standards
• Mobile device security

Outcome: Secure modern and cloud-based environments

MODULE 8: Risk Management & Governance

• Risk assessment concepts
• Risk response strategies
• Security policies and procedures
• Compliance and regulatory concepts
• Security frameworks overview

Outcome: Manage and reduce organizational security risks

MODULE 9: Security Operations & Incident Response

• Security monitoring concepts
• Incident response lifecycle
• Digital forensics basics
• Disaster recovery concepts
• Business continuity planning

Outcome: Respond effectively to security incidents

MODULE 10: Security Operations & Job Readiness

• Security documentation
• Change management
• Security awareness training
• Professional communication
• Resume and interview preparation

Outcome: Job-ready cybersecurity professional

Final Learning Outcomes

• Strong cybersecurity foundation
• Ability to identify and mitigate threats
• Practical understanding of security operations
• Industry-aligned security skills

Career Opportunities

• Security Analyst (Junior)
• SOC Analyst (Level 1)
• Cybersecurity Support Engineer
• Information Security Executive

Microsoft Hybrid System Administrator 

Total Duration: 10–12 Weeks (80 Hours)
Training Mode: Classroom / Online / Hybrid
Level: Intermediate (System & Cloud Administration)

MODULE 1: Windows Server Administration Fundamentals

• Role of a system administrator
• Windows Server architecture overview
• Installation and initial configuration
• Server editions and features
• Core administrative tools

Outcome: Understand Windows Server environment and admin responsibilities

MODULE 2: Identity & Access Management

• Active Directory fundamentals
• Users, groups, and computers management
• Organizational units and delegation
• Group policy concepts
• Authentication and authorization basics

Outcome: Manage identities and access in on-premise environments

MODULE 3: DNS, DHCP & Core Network Services

• Domain Name System concepts
• DHCP configuration and management
• IP address management basics
• Network service integration
• Troubleshooting name resolution issues

Outcome: Configure and maintain essential network services

MODULE 4: File Services & Storage Management

• NTFS and share permissions
• File servers and access control
• Storage concepts and disk management
• Backup strategies
• Storage monitoring and optimization

Outcome: Secure and manage organizational data storage

MODULE 5: Windows Server Security

• Server security principles
• Patch and update management
• Windows Defender and endpoint protection
• Firewall configuration
• Security baselines and best practices

Outcome: Secure Windows Server systems against threats

MODULE 6: Virtualization with Hyper-V

• Virtualization fundamentals
• Hyper-V architecture
• Virtual machine creation and management
• Virtual networking concepts
• High availability basics

Outcome: Deploy and manage virtualized workloads

MODULE 7: Microsoft Azure Fundamentals

• Cloud computing concepts
• Azure architecture overview
• Resource management basics
• Azure virtual machines
• Azure networking fundamentals

Outcome: Understand core Azure services and administration

MODULE 8: Hybrid Identity & Azure Integration

• Hybrid identity concepts
• Directory synchronization principles
• Single sign-on concepts
• Hybrid authentication models
• Managing hybrid users and devices

Outcome: Integrate on-premise environments with Azure

MODULE 9: Azure Security & Compliance

• Identity protection concepts
• Role-based access control
• Security monitoring basics
• Compliance and governance concepts
• Secure hybrid workloads

Outcome: Secure and govern hybrid cloud environments

MODULE 10: Monitoring, Backup & Disaster Recovery

• Server monitoring tools
• Performance optimization
• Backup and restore strategies
• Disaster recovery planning
• Business continuity concepts

Outcome: Maintain system availability and reliability

MODULE 11: Automation & Administration Tools

• PowerShell fundamentals
• Task automation concepts
• Administrative scripting basics
• Managing systems at scale

Outcome: Improve efficiency using automation tools

MODULE 12: Operations & Job Readiness

• Change and incident management
• Documentation best practices
• Troubleshooting methodologies
• Professional communication
• Resume and interview preparation

Outcome: Job-ready hybrid system administrator

Final Learning Outcomes

• Strong Windows Server administration skills
• Practical hybrid cloud management knowledge
• Secure and maintain enterprise systems
• Industry-aligned system administration expertise

Career Opportunities

• System Administrator
• Windows Server Administrator
• Hybrid Cloud Administrator
• IT Infrastructure Engineer

RHCE (RHEL 10 + Ansible Automation)

Total Duration: 10–12 Weeks (60 Hours)
Training Mode: Classroom / Online / Hybrid
Level: Intermediate to Advanced Linux Administration

MODULE 1: Linux System Administration Fundamentals

• Role of a Linux system administrator
• Linux distributions and ecosystem
• RHEL architecture overview
• Installation concepts and system requirements
• Accessing and managing Linux systems

Outcome: Understand enterprise Linux environments and admin responsibilities

MODULE 2: File System & Storage Management

• Linux file system hierarchy
• File and directory permissions
• Ownership and access control
• Disk partitioning concepts
• Logical volume management basics
• Mounting and persistent storage

Outcome: Manage files, permissions, and storage effectively

MODULE 3: User, Group & Security Administration

• User and group management
• Password policies and authentication
• Privilege escalation concepts
• SELinux fundamentals
• Basic system security hardening

Outcome: Secure Linux systems and manage user access

MODULE 4: Package & Service Management

• Software package management concepts
• Managing repositories
• Installing and updating software
• Service management and system startup
• Scheduling tasks and logs overview

Outcome: Maintain system software and services reliably

MODULE 5: Networking & Firewall Management

• Network configuration concepts
• Managing network interfaces
• Hostname and name resolution
• Firewall fundamentals
• Network troubleshooting basics

Outcome: Configure and secure Linux network connectivity

MODULE 6: Process, Performance & System Monitoring

• Process management concepts
• System performance metrics
• Resource monitoring tools overview
• Log analysis basics
• Managing system performance issues

Outcome: Monitor and optimize Linux system performance

MODULE 7: Shell Scripting & Automation Basics

• Shell scripting fundamentals
• Variables and control structures
• Writing reusable scripts
• Task automation concepts
• Script troubleshooting

Outcome: Automate routine administrative tasks

MODULE 8: Ansible Fundamentals

• Automation concepts and benefits
• Ansible architecture overview
• Inventory management
• Modules and ad-hoc commands
• Playbook structure and execution

Outcome: Understand Ansible-based automation workflows

MODULE 9: Advanced Ansible Playbooks

• Variables and facts
• Conditionals and loops
• Roles and reusable content
• Templates and handlers
• Managing configurations at scale

Outcome: Build scalable and reusable automation solutions

MODULE 10: Managing Linux with Ansible

• Automating user and group management
• Automating package and service tasks
• Network and firewall automation
• Storage and system configuration automation

Outcome: Automate Linux administration using Ansible

MODULE 11: Security, Troubleshooting & Best Practices

• Secure automation practices
• Troubleshooting Ansible playbooks
• Error handling and debugging
• Backup and recovery concepts
• Operational best practices

Outcome: Maintain secure and reliable automated systems

MODULE 12: Enterprise Operations & Job Readiness

• Documentation standards
• Change and configuration management
• Real-world automation scenarios
• System administration case studies
• Resume and interview preparation

Outcome: Job-ready Linux and automation professional

Final Learning Outcomes

• Strong RHEL system administration skills
• Hands-on Ansible automation expertise
• Ability to manage and automate enterprise Linux systems
• Industry-aligned DevOps and automation foundation

Career Opportunities

• Linux System Administrator
• Linux Automation Engineer
• DevOps Engineer (Linux-focused)
• Infrastructure Engineer

CCNA Cybersecurity Associate

Total Duration: 8–10 Weeks (60–70 Hours)
Training Mode: Classroom / Online / Hybrid
Level: Entry–Intermediate (Cybersecurity Foundations)

MODULE 1: Introduction to Cybersecurity

• Cybersecurity concepts and importance
• CIA triad (Confidentiality, Integrity, Availability)
• Cyber domains and job roles
• Threat actors and motivations
• Basic security terminology
  Outcome: Understand the role of cybersecurity in modern IT environments

MODULE 2: Networking for Security

• OSI & TCP/IP review for security
• Ports, protocols, and services
• Network devices and security roles
• Traffic flow and segmentation basics
• Network visibility concepts
  Outcome: Understand how networking supports security operations

MODULE 3: Cyber Threat Landscape

• Types of malware and attacks
• Phishing and social engineering
• Insider threats
• Advanced persistent threats (APT)
• Attack lifecycle and kill chain
  Outcome: Identify and categorize common cyber threats

MODULE 4: Security Controls & Technologies

• Firewalls and security zones
• IDS/IPS fundamentals
• Authentication and authorization
• Encryption basics
• Endpoint protection tools
  Outcome: Understand core security technologies and controls

MODULE 5: Network Security Monitoring

• Log sources and events
• Traffic analysis concepts
• Baseline behavior and anomalies
• Packet capture basics (Wireshark)
• Threat detection fundamentals
  Outcome: Monitor and analyze network activity for threats

MODULE 6: Security Operations & Incident Response

• SOC roles and workflows
• Incident response lifecycle
• Alert triage and escalation
• Containment and recovery basics
• Forensics overview
  Outcome: Respond to and manage security incidents

MODULE 7: Risk, Compliance & Governance

• Risk management basics
• Security policies and standards
• Compliance overview (ISO, NIST, etc.)
• Business continuity concepts
• Ethics and legal considerations
  Outcome: Apply governance and risk principles in security

MODULE 8: Cloud & Emerging Security Technologies

• Cloud security fundamentals
• Identity and access in cloud
• IoT security overview
• Automation and AI in security
• Cybersecurity career roadmap
  Outcome: Understand future trends and career paths in cybersecurity.

Final Learning Outcomes

• Strong understanding of cybersecurity fundamentals
• Ability to identify and analyze security threats
• Awareness of SOC operations and incident response
• Readiness for entry-level cybersecurity roles

Career Opportunities

• SOC Analyst (Tier 1)
• Cybersecurity Support Engineer
• Security Operations Associate
• Junior Security Analyst
• IT Security Support Engineer