Light current
- ✓Analyzing project needs and designing light current systems to achieve the highest standards of efficiency and quality.
- ✓Preparing detailed drawings and plans using specialized engineering tools and software.
- ✓Professionally install alarm systems, surveillance cameras, audio systems, and communication systems.
- ✓Implementing and operating anti-theft and fire protection systems and ensuring their operational readiness.
- ✓Establishing wired and wireless communication networks and identifying their components and technical requirements.
Course Content
الوحدة الأولى: أنظمة إنذار الحريق0h
- دراسة أنظمة إنذار الحريق.
- أنواع كواشف الدخان والحرارة.
- اختيار الكاشف المناسب للمكان.
الوحدة الثانية: لوحات التحكم في إنذار الحريق0h
- التعريف بلوحات التحكم في إنذار الحريق.
- اختيار شدة الصوت المناسبة للإنذار.
- التعرف على كود NFPA.
- تصميم لوحة إنذار حريق لمشروع كامل.
الوحدة الثالثة: أنظمة الصوتيات ومكوناتها0h
- المفاهيم العامة لأنظمة الصوتيات.
- مكونات نظام الصوتيات.
- أنواع السماعات وطرق تركيبها.
الوحدة الرابعة: تصميم توزيع السماعات الصوتية0h
- توزيع السماعات والمسافات بينها.
- مستويات الصوت المناسبة لكل مكان.
- رسم المخطط الخاص بنظام الصوتيات.
الوحدة الخامسة: أنظمة استدعاء التمريض0h
- التعرف على نظام استدعاء التمريض.
- مكونات نظام استدعاء التمريض.
- الكابلات المستخدمة في النظام.
- أنواع النظام وخصائصه.
الوحدة السادسة: أنظمة المراقبة الأمنية (CCTV)0h
- التعرف على نظام المراقبة الأمنية.
- مكونات نظام المراقبة.
- أنواع الكابلات المستخدمة للكاميرات.
- أنواع الكاميرات وخصائصها وكيفية اختيارها.
- تحديد المشهد لتغطية الكاميرا.
- أجهزة العرض والتسجيل NVR/DVR.
- رسم المخطط الخاص بنظام الكاميرات.
الوحدة السابعة: أنظمة الدش المركزي والتحكم في الدخول0h
- التعرف على نظام الدش المركزي MATV.
- أنواع أنظمة الدش المركزي ومكوناتها.
- تصميم مخطط نظام الدش المركزي.
- التعرف على نظام Control Access ومكوناته.
- دراسة طرق التحكم المختلفة في نظام Control Access.
- تصميم مخطط خاص بنظام Control Access.
- التعرف على نظام استدعاء المرضى ومكوناته.
الوحدة الثامنة: أنظمة الصوتيات وتصميم توزيع السماعات0h
- المفاهيم العامة لأنظمة الصوتيات.
- مكونات نظام الصوتيات.
- أنواع السماعات وكيفية اختيارها.
- تصميم توزيع السماعات داخل المكان.
Instructors
Engineer Islam Kamal has over 10 years of practical experience in the electrical field, combining design and execution for various projects including residential, administrative, hospitals, and commercial buildings. He excels in turning engineering plans into high-quality, efficient real-world solutions.
Engineer Islam Kamal has over 10 years of practical experience in the electrical field, combining design and execution for various projects including residential, administrative, hospitals, and commercial buildings. He excels in turning engineering plans into high-quality, efficient real-world solutions.
FAQ
What is the Light Current Systems Design Course?
It is a comprehensive training course designed to qualify you to understand, design, and implement all light current systems in modern buildings, such as fire alarm systems, CCTV, networks, telephone exchanges (PBX), audio systems, access control, and central satellite systems, in accordance with approved technical standards and professional practices.
Is the course suitable for beginners?
Yes, the course is suitable for beginners who have a basic engineering background in electrical or communication engineering. It is also ideal for engineers seeking to enhance their practical skills and move to a professional level in light current systems.
What is the difference between light current systems and power systems?
Light current systems operate at low voltages and are used for communication, protection, monitoring, and control, while power systems are responsible for supplying electrical loads such as lighting, outlets, and high-voltage equipment.
Does the course include practical training or is it theoretical only?
The course combines both theoretical explanation and practical application. You will be trained to design complete systems for real projects and prepare professional drawings using AutoCAD, along with studying system components and selecting them correctly.
Which systems will I learn to design and implement during the course?
You will learn to design and implement: Fire alarm systems in accordance with NFPA codes, Data networks, telephone systems, and PBX systems, Nurse call systems for hospitals, CCTV and recording systems, Central satellite (SMATV) systems, Access control systems, Public address and sound distribution systems, Intercom systems and customer management systems.
Are international codes and standards covered in the course?
Yes, international codes and standards such as the NFPA code for fire alarm systems are explained, with a focus on best professional practices to ensure design quality and safe execution.
Will I learn how to use AutoCAD during the course?
Yes, AutoCAD is used to prepare detailed drawings and layouts for light current systems, with hands-on training on producing complete, professional project drawings.
Does the course qualify me to work on projects and construction sites?
Absolutely. The course aims to qualify you to design, implement, and manage light current systems on various sites and projects with high efficiency.
Is prior experience required to enroll in the course?
No, prior experience is not mandatory, but it is considered an added advantage. The course is designed to build skills from the basics up to a professional level.
Who is the target audience for this course?
The course is intended for: Electrical engineering graduates and related disciplines, Control Engineers, Engineers seeking to specialize in light current systems, Fresh graduates looking for a strong career path in this field.
What will I gain after completing the course?
After completing the course, you will be able to: Analyze project requirements for light current systems, Design systems according to technical standards, Prepare professional execution drawings, Select suitable components and devices for each system, Supervise implementation and ensure operational quality.
Will this course help develop my career path?
Yes. Light current systems are among the most in-demand specialties in the job market. This course provides you with strong practical knowledge that qualifies you to work in contracting companies, engineering consultancies, and large-scale projects.