CECB Wins Merit Certificate under the Category of the Best Energy Services Company

CECB Wins Merit Certificate under the Category of the Best Energy Services Company

Sri Lanka Sustainable Energy Authority has recognized CECB services for Energy Auditing during year 2025 by awarding a Merit Certificate under the Category of the Best Energy Services Company at the Sri Lanka National Energy Efficiency Awards 2025.

The award ceremony was held on 24th February 2026 at BMICH (Lotus Hall) with the participation of the Prime Minister, Hon. Harini Amarasuriya , Minister of Energy, Hon. Kumara Jayakody and Deputy Minister of Energy, Hon. Arkam IIyas.

Peradeniya 4-Span Railway Bridge (Yaka Palama) – Damage Assessment and Restoration

Peradeniya 4-Span Railway Bridge (Yaka Palama) – Damage Assessment and Restoration


During Cyclone Ditwah–induced flooding in November 2025, the Peradeniya 4-Span Railway Bridge sustained significant damage, leading to the suspension of railway operations.
The Peradeniya Railway Bridge, commonly known as the Yaka Palama, is located approximately 350 m
from the Peradeniya Railway Station towards Kandy, at an elevation of about 1,500 ft (457 m) above mean sea level. The bridge comprises four simply supported spans—two spans of approximately 100 ft and two spans of approximately 60 ft.
The original bridge, constructed between 1865 and 1866, consisted of Warren-type wrought-iron girders carrying a single railway track, supported on stone masonry piers approximately 45 ft high with a pier-head thickness of about 9 ft. All original superstructure elements were fabricated from wrought iron. Following severe flood damage in 1947 and increased railway axle loads, the superstructure was replaced in 1952 with
a lattice-type steel truss system, while the original masonry piers were retained.
As part of the restoration initiative, Central Engineering Consultancy Bureau, in collaboration with Sri Lanka Railways and University of Peradeniya, conducted a joint site inspection to assess the structural condition of the bridge. A noticeable upstream tilt of the central pier had caused distress to the substructure and required immediate engineering intervention. The pier had displaced due to severe scouring around the
foundation It was necessary to prevent further deterioration and stabilize the structure with continuous monitoring and provide immediate stabilization measures. After carrying out comprehensive structural and geotechnical
analyses and preliminary strengthening solution was proposed.

CECB Secures First International Consultancy Assignment in Timor-Leste

CECB Secures First International Consultancy Assignment in Timor-Leste

The Central Engineering Consultancy Bureau (CECB) has secured its first international consultancy assignment in Timor-Leste through an open and competitive international bidding process. This achievement marks a major milestone in CECB’s international expansion and establishes its operational presence on the global stage.
This landmark project strengthens CECB’s position as a leading engineering consultancy and
creates new opportunities for international collaboration, strategic partnerships, and sustainable global growth.


Project Overview
The project site is located at Aldeia Turleu, Suco Tibar, Posto Administrativo Bazartete,
Municipality of Liquiça, covering a land area of 12,794 m². The project is implemented for the
Democratic Republic of Timor-Leste (RDTL) through INDMO, I.P., with funding provided by the
Government of Timor-Leste Infrastructure Fund.
The project involves construction supervision for the New Building of the National Work
Force Development Institute in Tibar–Liquiça, including all associated facilities, utilities,
landscaping, and boundary works. The overall project duration is 24 months, with 12 months
allocated for construction supervision.


CECB’s Scope of Services
CECB is responsible for providing comprehensive construction supervision services, including
monitoring progress, quality, cost, and compliance with contractual requirements. CECB will also
carry out architectural, structural, and MEP design reviews, as the original designs were completed in previous years.

Best Practices in Steel Roof Design, Detailing & Installation

In-House Training Programme on Best Practices in Steel Roof Design, Detailing & Installation

The Training, Research & Development Unit successfully organized an in-house training programme on “Best Practices in Steel Roof Design, Detailing & Installation” on 12th February 2026, sponsored and partnered by Sterling Steels (Pvt) Ltd.

The session was conducted by Eng. Lalindra Sandeepa, Head of Engineering at Sterling Steels (Pvt) Ltd, who holds a B.Sc. Eng. (Hons) from University of Moratuwa and is a member of AMIE(SL) and AMSSF(SL).

Approximately 100 participants attended the programme, including Engineers, Architects, Technical Assistants, Engineering Assistants, and Technical Officers. The session provided comprehensive insights into:

  • Structural design concepts of roofing systems, purlins, and decking
  • Selection of materials, including roofing sheets, purlins, fasteners, and insulation
  • Relevant SLS / BS / AS standards for roofing and fasteners, with emphasis on durability
  • Proper detailing of steel roof systems
  • Best practices in steel roof installation
  • Maintenance guidelines for long-term performance of steel roofing systems

The programme served as a valuable knowledge-sharing platform, enhancing participants’ understanding of industry standards, practical detailing methods, and installation best practices to ensure durable and high-performance steel roofing systems.