CCTV Architecture, Design, Installation & Management Skills Training – BLACK FRIDAY MONTH OFFER @ 15K KES

REQUIREMENTS TO JOIN OUR SECURITY INSTALLATION COURSES AS A TRAINEE: 1. You need to have a proof of BASIC ELECTRICAL SKILLS or a technical subject from a technical institution. Previous experience in electrical or electronics will also be considered. Documentation must be presented as proof of this qualification. 2. Full fee payment before joining any scheduled program/course. 3. Ability to attend and participate actively in all our tuition and practical sessions. Gaps in attendance will lead to the termination of your training without any recourse to a refund.

CCTV ARCHITECTURE, DESIGN, INSTALLATION & MANAGEMENT

MON – FRI: 09.00 – 16.30  

DURATION: 5 DAYS   

Venue: Kenvision Techniks Workshop

Introduction

Come learn with the experts the technical elements about CCTV installation, configuration, streaming, and maintenance.

Aim: This course is designed to give participants a practical knowledge of the Operation and installation of CCTV systems at:

To Book this skill, please click on the following link to DOWNLOAD the BOOKING FORM

Classes will be held in a workshop environment. 80% of skill impartation is practical To download the FULL course details, click on the following link:

How you will benefit:

At the end of this course, the trainee shall be able to:

• Understand the fundamental elements that make up a CCTV system
• Set up a Camera, monitor, and switches.
• Set up recording devices.
• Connect up and test system elements.
• Be aware of the issues associated with lighting, the significance of the “Operational Requirement,” and the relevant standards and issues.
• Use a lens calculator to choose the correct lens for a particular application.
• Have an awareness of the changing technology and its impact on the industry

To Book this skill, please click on the following link to DOWNLOAD the BOOKING FORM

Course Main Objectives:

• Equip participants with the knowledge and skills to design and install IP surveillance systems
• Understand the fundamentals of IP surveillance architecture and network requirements
• Learn best practices for installing and configuring IP cameras and Network Video Recorders (NVRs)

Day 1: Introduction to IP Surveillance and Fundamentals

Goals: Introduce the basics of IP surveillance systems and network fundamentals

Objectives:

• Understand the benefits and applications of IP surveillance systems
• Learn about different types of IP cameras and their uses
• Understand network fundamentals (TCP/IP, LAN, WAN, Wi-Fi)

Agenda:

1. Overview of IP surveillance systems and their benefits
2. Understanding network fundamentals (TCP/IP, LAN, WAN, Wi-Fi)
3. IP camera types (bullet, dome, PTZ) and their applications
4. Introduction to surveillance system design principles

Day 2: IP Surveillance Architecture and Design

Goals: Teach participants how to design an IP surveillance system

Objectives:

1. Learn how to design an IP surveillance system (camera placement, coverage, and field of view)
2. Understand network architecture for surveillance systems (switches, routers, NVRs) 
3. Learn how to design for scalability, reliability, and redundancy

Agenda:

1. Designing an IP surveillance system (camera placement, coverage, and field of view)
2. Understanding network architecture for surveillance systems (switches, routers, NVRs)
3. IP camera settings and configurations (resolution, frame rate, compression)
4. Designing for scalability, reliability, and redundancy

Day 3: Installation and Cabling

Goals: Equip participants with the skills to install IP cameras and cabling

Objectives:

1. Learn best practices for installing IP cameras (mounting, weatherproofing, powering)
2. Understand cabling and networking requirements for IP surveillance systems (Cat5e, Cat6, fiber optic)

Learn about Power over Ethernet (PoE) and its applications

Agenda:

1. Best practices for installing IP cameras (mounting, weatherproofing, powering)
2. Cabling and networking requirements for IP surveillance systems (Cat5e, Cat6, fiber optic)
3. Power over Ethernet (PoE) and its applications
4. Troubleshooting common installation issues

Day 4: Network Video Recorders (NVRs) and Storage

Goals: Teach participants how to configure NVRs and design storage solutions

Objectives:

1. Understand NVRs and their role in IP surveillance systems
2. Learn how to configure NVRs for recording, playback, and monitoring
3. Understand storage options for surveillance systems (HDD, SSD, NAS, cloud)
4. Learn how to calculate storage requirements and design storage solutions

Agenda:

1. Understanding NVRs and their role in IP surveillance systems
2. Configuring NVRs for recording, playback, and monitoring
3. Storage options for surveillance systems (HDD, SSD, NAS, cloud)
4. Calculating storage requirements and designing storage solutions

Day 5: Advanced Topics and Hands-on Training

Goals: Provide hands-on training and cover advanced IP surveillance topics

Objectives:

1. Learn advanced IP surveillance topics (analytics, PTZ control, integration with other systems)
2. Gain hands-on experience installing and configuring IP cameras and NVRs

Learn troubleshooting and maintenance best practices

Agenda:

1. Advanced IP surveillance topics (analytics, PTZ control, integration with other systems)
2. Hands-on training on installing and configuring IP cameras and NVRs
3. Troubleshooting and maintenance best practices
4. Case studies and real-world examples of IP surveillance system design and installation

You can get these skills and much more as extras when you enroll in our IP CCTV Training Program. This course is founded on giving you the best skills you can get on surveillance design techniques using customized AutoCAD applications, lens calculators, measuring PPM, handling resolutions, understanding aspect ratios, lighting, and configuring IP cameras according to streaming standards such as ONVIF, PSIA, etc.

To Book this skill, please click on the following link to DOWNLOAD the BOOKING FORM

Qualification: To qualify as a CCTV Design & Architecture Specialist, the learner has to show mastery of the CCTV Design application by presenting a completed design of a CCTV environment that is issued during the learning session.

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