Safety Briefing Portal
Everything for today's briefing — rules, forms, lesson plan & rubric, all in one place.
✅ Start with Aku Janji🚨 Aku Janji — Safety Declaration
Sign, Scan, SubmitRequired before starting workshop sessions Required
By signing, you promise to:
- Arrive at least 10 minutes early before every practical session
- Understand & follow all safety instructions and correct machine handling
- Practice safe working methods for yourself, others, and the environment
- Use equipment only for its intended purpose and designated session
- No horseplay, littering, or smoking in the lab/workshop area
- Not damage university property
- Clean your work area immediately after each session
- Report accidents, injuries, or equipment damage to staff immediately
- Always wear complete and correct PPE throughout the session
Steps: sign the hardcopy form → scan/photograph as a single PDF → upload via the Google Form button below.
🦺 Key Safety Rules
Before Entering the WorkshopAccess, dress code & conduct
- Access is restricted to authorised personnel only
- Always follow the workshop supervisor's instructions
- Proper dress code: lab coat + closed shoes — slippers are not allowed
- No jewellery or loose clothing; long hair must be fully covered
- Machine-shop safety = preventing worker injury and equipment damage
Personal Protective EquipmentPPE is the last line of defence
👓 EyeProtection
🦻 HearingMandatory >85dB / 8hrs
😷 Dust MaskAirborne particles
🥾 FootwearSafety boots
🧤 GlovesHand protection
🥼 Lab CoatBody cover
🧷 BodyProtection
🛡️ HierarchyPPE = last resort
Fire Extinguisher ClassesKnow which class to use
Class A · RedWood, cloth, paper, plastics
Class B · YellowFlammable liquids/gases, oils
Class C · Black/GreenA/B near live electrical
Class D · BlueCombustible metals (Mg, Ti, Na)
Workshop SignageProhibition, mandatory, warning & safe condition
⊘ ProhibitionRed circle — No naked flame
● MandatoryBlue circle — Wear safety glasses
▲ WarningYellow triangle — Moving machinery
■ Safe ConditionGreen square — Fire exit / First aid
📅 Lesson Plan & Schedule
Course Outcomes & Weekly FlowCO1/CO2 and the 14-week schedule
Course Outcomes
- CO1: Conduct appropriate methods, techniques & tools to produce a part according to workshop procedures
- CO2: Perform appropriate techniques/tools to address well-defined engineering problems, aware of limitations
Weekly Flow
- W1–W2: Introduction to Safety & Regulations + Lab tour
- W3–W5: Workshop Session — Welding 1 (SMAW) & Welding 2 (MIG)
- W6–W8: Continuous Assessment — Practical Test & Technical Report
- W9–W11: Workshop Session — Metal Foundry (mould making, melting, pouring, finishing)
- W12–W14: Metal Casting — Sand Testing Preparation & GFN determination
- Study Week → Final Exam as per faculty academic calendar
🧪 Lab Sheets & Procedures 🔒 Locked
🔒
Lab manual is locked
Procedures & assessment forms are released by your lecturer.
The full hardcopy lab manual is required for workshop sessions. Documents are encrypted in your browser and are never stored on a server.
Arc Welding (SMAW)Set up & operate an arc welding station
🔒 Procedure steps locked
Gas Welding (Oxy-Acetylene)Regulator pressures & shutdown order
🔒 Procedure steps locked
Foundry — Green Sand MouldingMould-making principles for sand casting
🔒 Procedure steps locked
Foundry — Grain Size & GFNGrain Fineness Number determination
🔒 Procedure steps locked
Foundry — Sand Testing (Permeability)AFS Permeability formula
🔒 Procedure steps locked
📝 Assessment Forms 🔒 Partly locked
Lab Assessment FormParts A & B — 80% of total grade
🔒 Assessment form breakdown locked
Technical Report TemplatePart C — 20% of total grade
- Introduction & Theory (2) · Material & Method (6) · Result & Discussion (8) · Conclusion (2) · Format (2)
- Must include safety procedures, PPE photos, standard calculations & references
✅ Assessment Rubric
How You're Graded1 (Very Poor) → 5 (Very Good)
Rated against 3 criteria, mapped to CO/PO/DK/DP outcomes:
| Criteria | What's assessed |
|---|---|
| Depth of knowledge required | Correct material/tool selection, reading drawings, applying proper methods |
| Familiarity of issues | Identifying & correcting machining/casting issues, calculations, results |
| Extent of applicable codes | Following relevant codes/standards, safety procedures, PPE awareness |
Part A/B Practical = 40%+40% · Part C Technical Report = 20%
📖 Chapter Notes