Digitisation Tools, The Next-Gen EPC Sector Innovators

With the advent of the pandemic and the inflation scenario, the engineering, procurement, and construction industry is facing a major downturn, where, deploying digitisation ensures an improvised process and efficacy in the EPC arena.                

FREMONT, CA: The engineering, procurement, and construction (EPC) sector has undergone a multi-dimensional transformation in recent years, especially with the advent of the pandemic. The construction industry, which has generated 900 billion in revenue on average employing nearly 7.64 million individuals, faced a paradigm shift in the post-pandemic scenario. It critically soared inflation regarding concerns, salary issues, and a general depletion in the available workforce all around the domain. As a result, the EPC space faced increased labour shortages, thereby, affecting the progress of businesses. It instigated the crucial need to hire over 400,000 employees and gradually is increasing the rate of hiring in the sector. Economic uncertainties prevailing in Europe are furthermore elevating the need for controlled costs for enterprises in the EPC space, especially with a reduced pace of adoption towards digital transformation.

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The need for digital and new-age innovation in the engineering, procurement, and construction space, ought to be underlined effectively, making a mere comparison with the pre-existed working patterns in the EPC sector. The research elucidates that companies in the EPC space are yet to transform into a modern workplace, rather than functioning as a traditional model, tackling inconsistencies and sporadic collaboration between teams and stakeholders like suppliers and contractors. Remote working, alongside, has elevated the necessity to adapt to digital innovations, and in cultivating tools or processes to transfer knowledge from one project to another.

With investments ramping up in the infrastructure sector, businesses in the EPC domain are discovering the probabilities where organisations may fall short on project deliveries, especially on account of labour shortages and slowed-down adoption. It aims at mitigating the potential risks in the engineering, procurement, and construction space like tackling labour shortages and delivering reduced costs while ensuring efficiency in the domain. This, in turn, critically underlines the need to adopt technology in business processes in the EPC space and in achieving goals on an effective note.

Businesses in the EPC often hindered by labour shortages may face reduced efficiency in delivering projects. Wherein, opting for robust project management software assists in the efficient delivery of projects in real-time. The EPC sector is highly labour-intensive. For instance, a compelling social distancing within the work environment on account of the pandemic scenario has led to economic disruptions in the workplace. As a result, companies in the engineering horizon are deploying remote engineering tools for an uninterrupted functioning module in the arena.

Wherein, EPC project software emerges as an effective alternative in tackling the hindrances that may arise in the engineering, procurement, and construction space. As a robust and functional project management software, EPC organisations leveraging the very technique can manage their projects end-to-end with proven efficiency and impact, in addition to integrating the back-end processes with the activities on the worksite. It aids in the critical streamlining of processes, monitoring the team’s progress on site, thereby, allowing a better collaboration between the team and supervisors.

Implementing the software in the EPC domain facilitates real-time visibility into activity all across projects, allowing effective monitoring of elements and their progression. As a result, materials and equipment to and from the worksite in the EPC arena are tracked down and directed with increased efficiency, leaving no room for errors. The very approach, when cultivated, provides elevated transparency in the arena, improvising resource utilisation via accuracy in smarter allocation and tracking.

With the engineering, procurement, and construction sector transforming into highly process-driven, it opens up varied automation opportunities to expand the scale of growth. For instance, an organisation ought to review various checkpoints critically in building a single pump and integrating it into the overall system, where, observations, often are recorded manually. It acquires particulars of the project from mere equipment listing to the implementation stage. The job site recordings are entered in specific formats and validated with the specs sheets accordingly, to eliminate outages and massive hits in project schedules. Wherein, opting for automation of procedures assists in the effective management of processes concerned with the arena, requiring minimal human intervention and in critical capturing, standardising, and validation of data. This, in turn, aids in streamlining processes concerning the EPC sector and efficient controlling of costs, alongside ensuring reduced time, money, and manual effort requirements.

Labour shortages in the EPC sector are substantially reducing the efficiency percentage in the industry, causing potential delays in project completion. It is where technologies like building information management (BIM) come into play, in addition to 4D and 5D simulations for efficient addressing of labour shortages and industry shortcomings. Opting for the BIM module allows businesses in harnessing 4D and 5D simulations per requirements, thus, enabling an efficient project delivery, reducing rework and clashes, and improvising plans and estimates accordingly. BIM capabilities assist enterprises in structuring virtual construction and in critical identification of errors in the design in real-time, thereby, requiring a minimal rework in the project.

Alongside this, the BIM module promotes complete scheduling, forecasting, cost, and inventory estimations through BIM, especially with reduced communication gaps via opting for increased collaboration and improved data. This, in turn, proffers enhanced accuracy and efficiency for projects, creating prefabricated structures off-site, and accelerating the project completion process accordingly.

Similarly, cloud-based applications are also gaining momentum in the engineering, procurement, and construction arena, aiding in the timely and acute exchanging of data, comprising large documents and construction site images and circulating them from worksites to consultants, certifying agents, and other stakeholders who tend to work remotely. Hence, businesses in the EPC sector are leveraging sophisticated technologies like augmented reality (AR), virtual reality (VR), and wearable devices to share the required particulars in real-time, thereby, ensuring efficacy.