Video Summary - Safety Induction PPNN ITB, 30 Oktober 2021

Main ideas / lessons conveyed

1) Purpose of the safety induction

The induction introduces safety expectations for working in and around the PPNN/PN Building (PPMN ITB), including:

Building/floor layout and security access
Safety equipment and signage locations (e.g., apparatus/fire protection, emergency exits, first aid)
Rules and procedures for laboratory work
How to build a “safety culture”
- Not only individual compliance, but a shared mindset that continues outside the lab

2) Survey results used to emphasize gaps in safety knowledge

A K3L-related survey was administered (about 25 responses). Key results (approximate, as presented) showed:

Safety induction experience: many reported awareness, but it was not universal
Knowledge gaps existed for:
- Safety coordinator (majority reported they didn’t know)
- Emergency services / emergency phone numbers (not fully known)
- Type of K3L documents needed in labs
- Evacuation route and emergency knowledge (some knew; not all)
- Self-rescue for earthquakes (many claimed they knew; some were tested)
- First aid / how to help victims (many did not know)
- Handling electrical hazards / cable overload (many did not know)

Overall message: induction is critical because safety knowledge is uneven and must be reinforced.

3) Safety culture: what it means and why it matters

Safety culture is described as:

A responsibility shared by students, researchers, staff, and future leaders
Awareness-based rather than fear-based
Something that continues after people leave the building/university

Major emphasis:

Dangerous lab materials exist in many forms (chemical, biological, radiation, etc.)
Accidents can impact people, assets, and facilities—so everyone must remind and support each other
Safety leadership requires:
- Single, clear command
- Unified procedures

Methodology / procedures and rules (detailed)

A) Building orientation & access (how to enter / move around)

Location/context

The PPNN/PN Building is behind certain complexes/landmarks
It has multiple floors: basement, 1st, 2nd, 3rd

Security & access control

Entry uses registered access, including fingerprint (for authorized PPNN users/members)
Access types include:
- Students / PPNN members: access via main/lobby process and monitoring
- External users/guests: permitted with proper tagging/permission and accompanied by the applicable rules
- Users for sensitive tools: may require additional operator/training authorization
Emergency exit doors:
- Use only for emergencies
- Do not keep emergency exits open
- Do not use them for routine entry/exit

Overtime access procedure (outside working hours)

Overtime is after 5:00 PM (until a specified closing time)
Requires:
- Completing a form submitted to the secretariat before the cutoff time
- Receiving access approval/authorization (RFID/electronic key mentioned)
Key rules:
- No key duplication
- Return keys the same day (or per policy) and follow the logging/signature system
- Loss of access card/key has penalties and can result in access revocation

B) Laboratory entry rules & personal protective expectations

General prohibitions (as repeatedly stated)

No food and drinks
No smoking
No sandals (wear appropriate footwear)
Wear a lab coat and maintain hygiene
Follow posted signage and PPE requirements on walls/equipment/fume hoods

PPE guidance (examples mentioned)

Eye protection (safety glasses/goggles)
- Discussion includes how it relates to prescription glasses
Gloves (nitrile mentioned; type depends on hazard)
Additional PPE depends on hazard type (e.g., masks/respirators for biosafety contexts)

C) “Rules of procedure” for safe work (general lab safety)

Compliance expectations

Follow work safety procedures
Use authorized equipment only
Wear appropriate clothing/footwear and hazard-specific PPE
Maintain equipment safety and avoid misuse

Behavior & incident reporting

Do not prank, press buttons, or misuse devices
If a spill/foreign material occurs:
- Clean/decontaminate immediately as instructed
- Report to the appropriate staff/technician/supervisor
If an incident involves unknown chemicals or possible skin exposure:
- Identify hazard using MSDS/labeling (don’t guess)
- Seek assistance promptly

D) Fire safety and evacuation (step-by-step)

If fire is discovered

Press the fire alarm / follow building alarm procedure
Evacuation depends on fire size:
- If small and confident with proper extinguisher use: attempt extinguishing while ensuring evacuation safety
- If large: prioritize evacuation

Evacuation behavior

Evacuate quickly and calmly
- Don’t panic
- Keep doors/windows closed if possible
- Turn off hazardous equipment if safe
Use designated evacuation routes and emergency exits
Avoid elevators
During evacuation:
- “No WiFi usage” is mentioned to avoid disruption and maintain procedure
- Proceed to assigned meeting points
Roll-call / headcount
- A designated “point person in charge” confirms readiness and counts people
- Missing persons are reported to the response team
Re-entry
- Do not re-enter until declared safe

Fire extinguisher types and matching

Types described include water/powder/CO₂
CO₂ is noted for certain electrical/small fires (e.g., servers/electronics)
Core rule: use the extinguisher type suitable for the hazard—don’t use water on electrical fires

E) Emergency preparedness practice

Drills

Induction includes how alarms may differ from routine alarms
Routine drills/simulations are expected to help people respond correctly under stress

Earthquake guidance

“Drop, Cover, Hold On” style guidance repeated
If you can’t reach outside safely, remain protected until guidance
Avoid hazards like falling glass and unsecured items

F) Chemical hazard management (procedural principles)

Handling principles

Read and understand MSDS for hazards and required PPE
Don’t mix unknown chemicals
Store chemicals properly and separate incompatible classes (acid/base, etc.)
Waste categories must match chemical categories
Label everything (chemicals and waste)

Waste and spill handling

Proper waste disposal categories (examples mentioned): organic, acidic, basic, and hazard-specific categories
Spills: immediate cleanup and disposal as instructed

G) Biosafety induction (biological hazards) — structured system

Definition

Biosafety focuses on preventing exposure/infection to people, the lab environment, and surroundings when handling living organisms/biological agents.

Biohazard identification

Recognize the biohazard symbol and associated hazard levels

Common examples of biohazards (as stated)

Viruses, bacteria, fungi
Recombinant DNA / genetic engineering materials
Human/primates-derived materials (blood/tissue conceptually referenced)
Vector example: mosquitoes used in research (a dengue-related example referenced)

Biosafety levels (BSL) concept

BSL-1: generally low/no disease-causing in humans
BSL-2: disease possible but treatable; restrictions apply
BSL-3: serious human disease; treatment exists but risk is higher
BSL-4: severe disease with no treatment (not supported/facility limitations mentioned)

Key biosafety controls

PPE appropriate to the risk group
Use of a biosafety cabinet (BSC)
- Mention of BSC classes; PPNN context notes BSC Class II availability
Important distinction:
- Biosafety cabinet ≠ laminar flow hood
  - Laminar flow primarily protects products
  - BSC protects personnel/environment/product depending on design

Decontamination / waste disposal methods

Concepts described include:
- Decontamination/destruction (making microorganisms inactive)
- Sterilization (often before work or before disposal)
- Disinfection (physical/chemical agents)
Autoclave is described as a primary method for many biological waste items
Waste must be treated before disposal; some materials/containers require special handling

H) Equipment access and operation (maintenance and correct use)

Operating complex instruments

Follow SOPs, operating procedures, and hazard-specific instructions
If something goes wrong:
- Don’t improvise
- Report to operator/technician/supervisor
Routine inspections:
- Equipment has inspection dates and indicators; never ignore alarms
- If freezer/equipment alarms occur:
  - Report and follow procedure
  - Don’t move items unnecessarily

Inventory/labeling discipline

Label chemicals and reagents
Store/return items to assigned locations
Do not use others’ reagents without permission

I) Equipment/electronic access management & booking system (high-level process)

Booking system workflow

Web-based system:
- Users create an account and select equipment
- Booking requires approval by the responsible lecturer/operator
- After use:
  - Log usage in a log book (date, tool, condition)
  - If an operator is required, the operator provides a usage report

Billing/payment

Administration issues billing based on time/samples
Proof of payment may be uploaded

Consequence culture

Misuse or ignoring rules can result in revocation of access

Main topics covered by the latter parts (additional modules)

Facility use in microscope/electronics/equipment areas:
- Follow facility-specific equipment and lab rules
- Use posted evacuation route guidance
Biosafety waste management and decontamination specifics:
- Autoclave requirements, container types, and material compatibility
- Decontamination agent choices (including alcohol/chlorine and notes about corrosion concerns for metals)
Building safety governance:
- Mentions of inspection routines, rewards/sanctions, and structured safety documentation (SOP/MSDS/JSA/HAZOP concepts referenced)

Speakers / sources featured

The following speakers/sources are identified from the names/titles appearing in the subtitles:

Parvat (appears multiple times; safety induction/building tour module)
Yogi / “Mr. Yogi” (safety and equipment-related parts; also emergency/fire and biosafety-adjacent discussion)
Putri / “Princess Putri” (host/moderator segments; transitions/Q&A)
Zania / “Mrs. Azania” (later module introduction and transition)
Sania (appears as “Mrs. Sania” / “Sania Rasta edits” in the sequence)
Mrs. Tri (biosafety induction and/or administrative safety content segments)
Damar / “Mrs. Damar Rasta edits” (maintenance/electromagnetism laboratory content)
Feri / “Mr. Feri” (microscopy/electronics/equipment facility explanation)
“Reactive director” (mentioned, identity not clearly stated)
Roles mentioned (not necessarily named individuals): - K3L officers / Brigade (emergency response) - Security personnel - Technicians / operators - Secretariat staff - Lecturers / supervisors (responsible parties in procedures)

Safety Induction PPNN ITB, 30 Oktober 2021

Key takeaways