What I did:  

I measured, cut, and prepared rigid metal conduit (RMC) for installation, ensuring all pieces were deburred and threaded correctly. I then carried out wiring tasks inside electrical panels, connecting conductors according to code requirements and verifying continuity and polarity with a digital multimeter.

Challenges faced:  

Cutting RMC required careful handling to avoid tool kickback and sharp edges. Wiring inside panels was challenging due to limited space and the need to maintain neat workmanship while following safety protocols.

Problem-solving approaches:  

I secured conduit firmly before cutting, used PPE such as gloves and safety glasses, and kept the work area clear of offcuts. During wiring, I organized conductors systematically, applied hazard identification before energizing circuits, and verified connections with proper testing procedures.

What I learned:  

I learned that precision and safety go hand-in-hand. Cutting conduit demands both technical skill and hazard control, while wiring requires accuracy, neatness, and compliance with standards. Both tasks reinforced the importance of PPE and safe work procedures.

How theory supported practical work:  

Standards such as NFPA 70E and OSHA PPE requirements guided safe cutting and wiring practices. The Trinidad and Tobago Electrical Wiring Code provided the framework for proper conductor installation, grounding, and bonding.

What I would improve next time:  

I would improve efficiency by planning conduit layouts more thoroughly before cutting, reducing waste. For wiring, I would focus on even neater conductor arrangement and clearer labeling to enhance long-term maintenance and inspection.

Skills gained: Safe conduit cutting, threading, wiring installation, hazard identification, PPE application, and electrical testing.

Lessons learned: Safety is integral to both mechanical and electrical tasks; PPE and housekeeping directly reduce risks.

Major challenges and how I overcame them: Managed sharp edges and flying shavings with gloves and eye protection; overcame wiring space constraints by organizing conductors methodically.

Professional growth demonstrated: Ability to integrate safety codes and standards into both mechanical (RMC cutting) and electrical (wiring) tasks, showing readiness for professional electrical work.

What I did:  

I prepared and installed cable glands to secure conductors entering electrical panels. This involved measuring and stripping cable ends, fitting the gland properly, and tightening it to provide strain relief and protect the cable insulation.

Challenges faced:  

The main challenge was ensuring the gland was tightened correctly without damaging the cable. Aligning the gland with the panel entry point also required precision to maintain neat workmanship.

Problem-solving approaches:  

I used hazard identification before starting, wore gloves to protect against sharp edges, and applied the correct tools to tighten the gland securely. I checked alignment carefully and ensured the gland provided both mechanical support and electrical safety.

What I learned:  

I learned that glanding is not just a mechanical step — it’s critical for protecting cables from strain, maintaining insulation integrity, and ensuring compliance with safety standards. Proper glanding also improves the professional appearance of installations.

How theory supported practical work:  

Standards such as the Trinidad and Tobago Electrical Wiring Code and IEC guidelines emphasize strain relief and protection at cable entry points. OSHA and NFPA 70E reinforced the importance of PPE and safe handling during installation.

What I would improve next time:  

I would improve by double-checking gland sizes before installation to avoid mismatches, and by documenting each gland installation more thoroughly in my portfolio to highlight compliance with safety codes.

Skills gained: Cable preparation, gland installation, strain relief application, and hazard identification.

Lessons learned: Glanding is essential for both safety and workmanship — it prevents cable damage and ensures compliance

.

Major challenges and how I overcame them: Managed alignment and tightening precision by using the correct tools and PPE.

Professional growth demonstrated: Ability to integrate mechanical and electrical safety practices into cable management, showing readiness for professional electrical installations.