LOCATION

Trents, St. Lucy, Barbados

CLIENT

The Barbados Light & Power Company Limited

DURATION

2020 – 2022

STATUS

Completed

Scope of Services

  • Consultations with the client throughout the project timeline

  • Preparation and finalisation of structural and civil engineering drawings

  • Preparation of tender documentation and oversight of the tendering process

  • Quantity surveying services

  • Coordination of site meetings with client, contractors, and subcontractors

  • Quantity surveying services

  • Issuance of payment certificates and valuations

Project Overview

Alan Armstrong Associates Ltd. provided structural and civil engineering design and site management services for a 33 MW temporary power generation facility at Trents, St. Lucy. The project included the development of staff facilities, warehouse and workshop buildings, foundation structures, and associated civil infrastructure to support power plant operations.

AAAL’s role encompassed the preparation of engineering designs and construction documentation, coordination of the tendering process, and ongoing site management during construction. The works also included asphalt driveways, drainage infrastructure, and underground electrical ductwork connecting key operational components. The project was delivered under challenging external conditions while maintaining compliance with approved designs and contractual requirements.

Engineering Challenges & Solutions

Challenge:

Supplier delays affecting material procurement.

Solution:

Mitigated through revised construction sequencing and programme adjustments.

Challenge:

COVID-19 pandemic impacting workforce availability.

Solution:

Addressed by phased works and strict adherence to protocols stipulated by government authorities and the client.

Challenge:

Hurricane season and volcanic ashfall causing programme risk.

Solution:

Managed through contingency planning and coordination with multiple contractors to expedite site clean-up and recovery activities.

Key Design Elements / Technical Features

Cement stabilisation beneath the raw water tank to improve bearing capacity.

Reinforced concrete slab protecting underground ducts between the MV building and gensets.

Civil infrastructure designed to accommodate heavy vehicle access and operational loads.

Integrated drainage systems to manage surface water and reduce flood risk.

Project Outcome / Status

Engineer’s Role