Infrastructure Training

Today’s Network Infrastructure for smart buildings starts with the foundation of copper and fiber cabling supported by Networking and wireless equipment to support POE devices on LAN and IoT devices.
The DCT Certified Network Infrastructure professional (CNIP) is a 5 days intensive practical course with the aim to develop knowledge and skills to design and implement complex projects. The course covers Network fundamentals , Networking standards , Wireless , Security , unified communications , Copper Systems and Fiber systems .
The course covers in-depth knowledge of testing on copper and fiber systems based on international standards and cable testing giving warranty on passive cabling systems.
On completion of the course the learner will be able to gain confidence to design , scope , document , implement and install and deliver complex infrastructure systems with focus on quality , timescales within agreed budget.

The DCT Wireless Essentials is a practical course for companies and Individuals planning to deploy a secured Enterprise Wireless System .
The Wireless technology has evolved over the years with main trends being security , speed and Frequencies. The current wireless technology are 801.11ax (wi-fi 6) and 801.11be (wi-fi 7). The benefits of newer Enterprise Wireless systems are higher throughput , increased capacity , improved performance with many connected devices , improved power efficiencies , lower latency and support for IoT devices. The new Wireless technology is ideal for video streaming, cloud computing, video calling, video conferencing, remote office etc.
The DCT Wireless Essential Wireless Labs incorporate Physical Wireless Devices connected to a cloud-based Controller which can be managed from any location with a single pane of glass dash board showing all wireless access points deployed in the network. The theory and the practical session includes design , Install and deployment of efficient secured wireless in any environment.

DCT Cloud Computing Essentials gives an insight into how Cloud computing helps individuals and organizations to take advantage of the cost / benefit of moving from on premises equipment to cloud computing with faster and reliable internet. The course is suitable for people planning to migrate to cloud and helps to understand concepts of cloud computing on compute and storage.
Cloud computing provides a superior alternative to traditional on premises Server , Networking and storage equipment . The benefits are reduced costs , speed , scalability , productivity, and reliability . Cloud computing allows users to remotely access unlimited data storage and software over the internet without the need for expensive hardware in every business location.

Designed to give learners an understanding of how to secure their data and devices while using
organizational or personal resources.

Security and Management are two key elements for the successful development and progression of any leading business. Effective security management, personnel, and systems must integrate and support the business to secure key assets, rather than restrict its operation.

This is Practical oriented course which covers the principles, Installation and integration of IP Surveillance, Storage & Network Video
Recorder(NVR) and access control to give a unified solution on physical security.

DCT Structured cabling is a unique Multi-vendor course that introduces Structured Cabling standards for both Copper
& Fibre installations

DCT Unified Communications is a unique Multi-vendor course that introduces IP Telephony, Unified Messaging, Unified Presence and
Unified mail to ICT Professional who are interested in venturing into the world of IP communications

DCT Advanced Fibre Optic course begins with a review of fi ber optic theory, products, and procedures. Then you wiill focus on advanced
skill development in three days of hands-on exercises that include preparing indoor, outdoor cabling and routing through splice closures,
patch panels and splice trays, fusion and mechanical splicing, testing and troubleshoot-ing optical links, setting up and calibrating an OTDR,
performing a cable acceptance test, and measuring optical return loss and reflectance using an OTDR