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| An Advanced Diploma in Hardware & Networking (ADHN) course holds significant importance in today's technology-driven world. Here's a breakdown of its key importance: Addresses a High Demand Industry: The IT sector, including hardware and networking, is experiencing continuous growth. This translates to a consistent demand for skilled professionals who can manage and maintain the crucial infrastructure that businesses and organizations rely on. Surveys indicate a substantial need for networking professionals in India in the coming years. Develops Practical and Job-Ready Skills: ADHN programs are designed to provide hands-on experience alongside theoretical knowledge. This ensures that graduates possess the practical skills needed to perform their job effectively from day one. You gain skills in areas like computer assembly, hardware troubleshooting, operating system installation and configuration, network setup, and security basics. | ||||
| Course Code | Course Name | Duration | ||
| ADHN | Advanced Diploma in Hardware & Networking | 12 Month | ||
| Eligibility: Completion of 10+2 (Higher Secondary) or its equivalent." | ||||
| PAPER CODE | SUBJECTS TITLE | THEORY MARKS | PRACTICAL MARKS | MAX MARKS |
| F101 | COMPUTER FUNDAMENTAL & IT TOOLS | 50 | 50 | 100 |
| H901 | COMPUTER HARDWARE SYSTEM | 50 | 50 | 100 |
| H902 | SYSTEM NETWORKING | 50 | 50 | 100 |
| H903 | CCNA SWITCHING & ROUTING | 50 | 50 | 100 |
| D801 | SKILL DEVELOPMENT PROGRAM | 50 | 50 | 100 |
| 250 | 250 | 500 | ||
| The syllabus for each exam is provided on "www.oiitsd.com" with detailed. | ||||
| Exam Code | Course Description | |||
| F101 | COMPUTER FUNDAMENTAL & IT TOOLS | |||
| • Introduction of Computers | ||||
| • Microsoft Windows | ||||
| • Operating Systems (DOS, Windows, Unix/Linux) | ||||
| • Generations of Computers | ||||
| • Basic Computer Hardware Components | ||||
| • Computer Peripherals | ||||
| • Application Software and System Software | ||||
| • Binary and Decimal Number Systems | ||||
| • Basic Components and Storage | ||||
| • Classification of Computers | ||||
| • Utility Programs and Diagnostic Programs | ||||
| • DOS (Disk Operating System) | ||||
| • Capabilities of Computers | ||||
| • Basic Internet and Email | ||||
| • File Types and File Organization | ||||
| • System Tools | ||||
| • System Font, File, Folder Settings | ||||
| • Control Penal | ||||
| • Desktop Personalized Setting | ||||
| • Shortcut Keys | ||||
| H901 | COMPUTER HARDWARE SYSTEM | |||
| • Understanding the components of a computer (CPU, motherboard, RAM, storage devices, etc.) | ||||
| • Assembly and disassembly of computer systems | ||||
| • Installation and configuration of hardware peripherals | ||||
| • Troubleshooting hardware issues | ||||
| • Preventative maintenance | ||||
| • SMPS | ||||
| • Motherboard | ||||
| • Primary & Secondary Memory | ||||
| • Storage Devices | ||||
| • Operating Systems | ||||
| • Installation and configuration of operating systems (Windows, Linux) | ||||
| • BIOS (Basic Input Output System) | ||||
| • Hardware & Software Troubleshooting | ||||
| • System Software, Apps. Software, | ||||
| • Drivers and Antivirus Installation | ||||
| • File systems and disk management | ||||
| • User account management | ||||
| • Control Penal | ||||
| H902 | COMPUTER NETWORKING | |||
| • Introduction to Computer Networking | ||||
| • Basic Networking Concept (LAN, WAN, Topologies) | ||||
| • Networking Through Windows | ||||
| • Network cabling and connections | ||||
| • Network devices (routers, switches, modems) | ||||
| • Programming Tools and Techniques | ||||
| • Advanced Networking Concept | ||||
| • Wireless Networks | ||||
| • Network configuration and management | ||||
| • Introduction to network protocols (TCP/IP, DNS, DHCP) | ||||
| • IP Security, Email Security, Web Security | ||||
| • Networking Security (Protocols) | ||||
| • Number Theory, Conventional Encryption, | ||||
| • LAN Cable Connectors & Implementations [CAT-3-6] | ||||
| • LAN Configuration & Connectivity | ||||
| • Troubleshooting Network Issues | ||||
| • Essentials Networking & Topologies | ||||
| • Network Performance Monitoring | ||||
| • MAN & WAN : Wi-Fi | ||||
| • WAN Technologies | ||||
| • Software-Defined Networking (SDN) | ||||
| • Installation and configuration of internal and external components | ||||
| • Introduction to Servers | ||||
| • Network Security and Firewalls | ||||
| • Project Work/Practical Training: | ||||
| H903 | CCNA SWITCHING & ROUTING | |||
| • Network Components | ||||
| • Network Topology Architectures | ||||
| • Interface and Cabling Types | ||||
| • Interface and Cable Issues | ||||
| • TCP vs UDP | ||||
| • IPv4 and IPv6 Addressing | ||||
| • Wireless Principles | ||||
| • Virtualization Fundamentals | ||||
| • Spanning Tree Protocol | ||||
| • VLANs: Configuration and Verification of VLANs spanning multiple switches | ||||
| • Trunk Ports: Configuration and Verification of Trunk Ports and 802.1Q | ||||
| • Installing & Configuring IP Data Networks | ||||
| • IP Routing Technologies and Services | ||||
| • Network Device Security | ||||
| • Operating of IP Data Networks | ||||
| • IP Routing Technologies/ Services | ||||
| • Network Device Security | ||||
| • Switching Concepts and Techniques | ||||
| • VLANs and Layer 3 Switching | ||||
| • Quality of Service (QoS) and Traffic Management | ||||
| • Advanced Routing Protocols (RIP, OSPF, EIGRP, BGP) | ||||
| • Final Project: Advanced Network Implementation | ||||
| D801 | SKILL DEVELOPMENT PROGRAMME | |||
| • Communication Skills | ||||
| • Listening Skills and Techniques | ||||
| • Public Speaking and Presentation Skills | ||||
| • Teamwork and Collaboration | ||||
| • Building and Maintaining Relationships | ||||
| • Problem-Solving and Critical Thinking | ||||
| • Decision-Making | ||||
| • Time Management | ||||
| • Stress Management Techniques | ||||
| • Setting Goals and Prioritizing Tasks | ||||
| • Resume Writing and Interview Skills | ||||
| • Personality Development | ||||
| • Business Communications | ||||
| Opens Doors to Diverse Career Opportunities: An ADHN qualification can lead to various entry-level and mid-level roles in the IT sector. Some common career paths include: Network Administrator System Administrator Hardware Technician IT Support Specialist/Engineer Desktop Support Technician Network Technician Cybersecurity Assistant Data Center Technician Field Support Engineer These roles are in demand across various industries, including IT services, telecommunications, banking, finance, education, and government. Provides a Strong Foundation for Further Specialization: An ADHN can serve as a stepping stone for more advanced certifications (like CompTIA A+, Cisco CCNA, Microsoft Certified Professional) or further education in specialized areas like cybersecurity, cloud computing, or network engineering. Offers a Potentially Lucrative Career Path: While entry-level salaries may vary, experienced hardware and networking professionals can earn competitive salaries. The demand for these skills ensures continued earning potential and career growth. Bridges the Skill Gap: Many organizations face a shortage of professionals with the specific skills in hardware and networking required to maintain their IT infrastructure. An ADHN course directly addresses this gap by producing qualified individuals. Adaptability to Technological Advancements: A good ADHN program will cover fundamental concepts while also introducing you to current and emerging technologies in hardware and networking, ensuring you remain relevant in a dynamic field. | ||||