PRL Site Solutions

1. Fabrication & Preparation: Read and interpret detailed engineering drawings, General Arrangement (GA) drawings, and 3D models. Mark out, cut, and shape metal plates and sections using methods such as: Thermal Cutting: Plasma, Oxy-Fuel. Mechanical Cutting: Guillotines, Band Saws, Abrasive Saws. Form metal components using machinery like press brakes, rollers, and folding machines. Fit and assemble components using jigs and fixtures, ensuring precise alignment before welding. Perform thermal straightening to correct distortions in metal.

Key Responsibilities 1. Installation & Wiring Install new electrical systems, including wiring, distribution boards (consumer units), sockets, switches, and light fittings. Follow technical drawings, diagrams, and specifications (e.g., from architects or engineers). Route cables, either internally in conduits/trunking or externally, ensuring protection and support. Connect power supplies to machinery, control systems, and other equipment in industrial settings. 2. Testing, Inspection & Fault Finding (Crucial Skill) Perform Electrical Installation Condition Reports (EICRs) to assess the safety of existing installations. Use specialised test equipment (e.g., multimeters, insulation resistance testers, earth fault loop testers) to check for faults, continuity, and safety. Diagnose and rectify electrical faults efficiently and safely, from a tripping circuit to a major system failure. 3. Maintenance & Repair Carry out routine maintenance on electrical systems to ensure longevity and safety. Repair or replace faulty components, such as circuit breakers, fuse boards, and damaged wiring. Upgrade existing electrical systems to meet current regulations (e.g., upgrading a consumer unit to provide RCD protection).

Key Responsibilities 1. Advanced Installation & Fabrication: Fabricate and install complex pipework systems from isometric drawings and P&IDs, working with materials including carbon steel, stainless steel, duplex, and exotic alloys. Perform precise cutting, threading, grooving, and bending of pipes using manual, powered, and CNC tools. Fit, align, and bolt up flanges, valves, strainers, and other components to exact specifications, ensuring correct gasket selection and bolt torque. Assemble and install large prefabricated pipe spools and modules. 2. Interpretation & Planning: Read, interpret, and implement complex isometric drawings , Piping & Instrumentation Diagrams (P&IDs) , and general arrangement drawings. Plan the sequence of work, identify potential clashes with other services (e.g., electrical, structural), and propose solutions. 3. Quality & Precision: Ensure all work is within strict dimensional and alignment tolerances (typically 1-2mm). Perform self-inspection of work to ensure it meets project quality standards and specifications. Prepare pipe ends for welding to the required standard (e.g., correct bevel angles, root face, and gap).v

1. Installation & Fitting: Install various cladding systems, primarily rainscreen fa ades , composite panels, and sheet materials (e.g., aluminium, ceramic, terracotta, fibre cement). Fit insulation boards and ensure a continuous insulation layer, paying close attention to thermal efficiency and vapour control. Install supporting framework/rails to the building structure, ensuring it is level, plumb, and secure. Apply sealants, gaskets, and flashings to ensure the building envelope is weather-tight and water-resistant. 2. Interpretation & Planning: Read and interpret technical drawings, fa ade details, and manufacturer's installation guides. Plan the installation sequence for optimal efficiency and safety. Essential Preferred / Advantageous CSCS Card (Blue Skilled Worker) - Mandatory for site access. NVQ Level 2 in Cladding or Fa ade Installation. Proven experience as a Cladding Installer on UK projects. CPCS/NPORS Card for operating MEWPs (e.g., 3a/3b).

Key aspects of the role: Confined Space Training: Ground workers in this role will have completed specialized training courses, such as the City & Guilds Confined Spaces or EUSR Confined Spaces courses, to gain the necessary knowledge and skills. Safe Systems of Work: They will be familiar with and follow established safe systems of work, including the use of permit-to-work systems for confined spaces. Risk Assessment and Mitigation: They will be able to identify potential hazards in confined spaces, such as lack of oxygen, toxic gases, or engulfment risks, and implement appropriate control measures. Equipment Use: They will be trained in the use of specialized equipment for confined space entry, such as gas detectors, ventilation equipment, and rescue apparatus. Emergency Procedures: They will be prepared to respond to emergencies within a confined space and know how to initiate rescue procedures