INGENIEUR
INGENIEUR
elevated platforms , ladders and tower cranes further emphasise the inherent connection between construction work and tasks conducted at elevation .
The risk of falls is heightened in construction due to the dynamic and varied nature of the work , making safety measures for work at height a critical focus . WAH strongly emphasises that employers manage these risks , aligning with the industry ’ s need to ensure the well-being of workers in elevated work environments . Given the engineer ’ s background in technical expertise and enhanced with OSH knowledge , he is well-suited to help address the unique challenges associated with work at height in the construction industry and implement effective safety protocols .
WAH underscores a strategic hierarchy to prioritising worker safety . The primary emphasis is on avoiding work at height whenever practical . When work at height cannot be avoided , WAH requires preventing falls by utilising existing workplace structures . Collective protection measures , such as guardrails , parapets and safety nets , take precedence as effective safeguards against falls . In instances where collective measures are impractical , the use of personal protective equipment ( PPE ) becomes a critical line of defence .
WAH then stresses a collective approach to minimise both the distance and consequences of potential falls through meticulous planning and risk assessments . This hierarchical framework ensures a technically systematic and integrated strategy , reflecting the engineer ’ s role to help ensure OSH is cared for throughout the construction industry .
WAH explicitly assigns responsibility to the PEPC when scaffolds are used as a working platform . As in BOWECS , the design and drawing of all scaffolds will be done by PEPC . He is expected to provide notes of calculations , encompassing the contemplated structural arrangements , or when the assembly deviates from a generally recognised standard configuration or manufacturer ’ s instruction . The stipulation that strength and stability calculations for scaffolds should be carried out by PEPC underscores the critical role engineers play in ensuring the safety and structural integrity of scaffolding systems . PEPC must refer to the current BS EN 12811-1 Temporary works equipment — Part 1 : Scaffolds — Performance requirements and general design and TG20 Design Guide — Technical guidance on the use of BS EN 12811-1 or other equivalent design standards .
Summary
In the intricate landscape of the construction industry , engineers play a pivotal role in both CWDM and WAH , contributing significantly to project safety and efficiency . In the context of CWDM , engineers are instrumental in integrating OSH considerations into the design and planning phases of construction projects . Their expertise ensures that structures are not only functional but also inherently safe , setting the groundwork for a comprehensive and proactive approach to risk management throughout the project lifecycle .
Simultaneously , in the area of WAH , engineers bring their technical acumen to bear on creating safe environments for tasks performed at height . From designing stable platforms to selecting and testing safe work equipment , engineers play a key role in mitigating the risks associated with working at elevation . Their involvement spans from conducting risk assessment and providing information to on-going monitoring and coordinating works , emphasising a commitment to creating places of work where the well-being of workers engaged in height-related activities is paramount .
CWDM and WAH are the quantum leap in OSH legislation in the construction industry in Malaysia . At the heart of it are engineers with their role extending beyond technical proficiency ; it encompasses a dedication to fostering a culture of safety and collaboration . As stewards of design and safety , engineers are at the forefront of creating construction environments that prioritise both efficiency and the welfare of those who contribute to the built landscape .
20 VOL 98 APRIL - JUNE 2024