• Menjelaskan prinsip-prinsip dasar keselamatan jiwa di bangunan.

• Mengidentifikasi potensi bahaya dan risiko kebakaran serta memahami penyebaran api dan asap.

• Merancang sistem deteksi dan proteksi kebakaran sesuai standar nasional dan internasional.

• Menyusun strategi evakuasi dan sistem tanggap darurat yang efektif.

• Melakukan inspeksi, pengujian, dan pemeliharaan sistem keselamatan bangunan.

• Menerapkan teknologi dan inovasi terkini dalam sistem keselamatan.

• Mengembangkan budaya keselamatan di organisasi melalui pelatihan, komunikasi, dan audit berkala.

1. Insinyur keselamatan dan teknisi proteksi kebakaran

2. Manajer fasilitas dan pengelola gedung

3. Arsitek, konsultan desain, dan pengembang properti

4. Supervisor K3 dan petugas HSE

5. Auditor, regulator, dan lembaga sertifikasi

6. Manajer proyek dan kontraktor bangunan

1. Introduction to Building Life & Safety

An introduction to the concept of life safety within the context of modern buildings, including essential terminology and the urgency of implementing a comprehensive building safety system.

2. Building Safety Standards & Regulations

Study of relevant local standards (e.g., SNI, Ministry of Public Works regulations, Ministry of Manpower) and international standards (e.g., NFPA, IBC, ISO), with an emphasis on practical understanding and real-world application of regulations in building projects.

3. Risk Analysis & Hazard Identification

Training in techniques for identifying fire-related risks, risk classification, and analysis methods such as fire load calculation, smoke movement assessment, and fire modeling.

4. Design of Active & Passive Protection Systems

Comprehensive discussion on active protection systems (alarm systems, sprinklers, hydrants, suppression systems) and passive protection systems (fire-rated walls, firestopping, compartmentation).

5. Evacuation Planning & Emergency Response

Evacuation strategies based on building occupancy types, exit capacity calculations, assembly point determination, and emergency response procedures including occupant training.

6. Maintenance & Safety System Audits

Methods for regular inspections, testing, and documentation systems to ensure long-term reliability of safety systems and evaluate fire protection performance.

7. Innovation & Technology in Safety Engineering

Application of advanced technologies such as automated monitoring systems, IoT-based fire detection, digital simulations, Building Information Modeling (BIM) for safety management, and AR/VR implementation in evacuation training.

8. Safety Culture Management in Buildings

The importance of fostering a safety-conscious culture through education, risk communication, routine training, and integration of safety systems into operational Standard Operating Procedures (SOPs).

9. Case Studies & Field Applications

In-depth discussions of real-life building fire incidents, cause-effect analysis, and practical lessons to be applied within participants’ work environments.