5 technology trends that are transforming the construction industry

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by Rebekah Valero-Lee on

Over the past decade, the construction industry has seen significant advancements in its operations, which have mirrored an increase in technology. But what does this mean for a construction engineer?

With a demand for longer standing, better quality products at a faster rate, construction companies are investing heavily in technology. Adopting new processes and purchasing state-of-the-art machinery has enabled workers in infrastructure to increase efficiency, subsequently shortening the duration of projects and lowering cost.

For workers, these construction technology trends are bringing opportunities to develop their knowledge, acquire new skills and progress in their career, while understanding these developments will give construction workers the edge over other candidates.

To help you to further understand the new capabilities this industry can offer, here are 5 technology trends that are transforming the construction industry

1) 3D, 4D and 5D BIM

As an innovative piece of construction technology, Building Information Modelling (BIM) has been acknowledged as an industry-changing process, transforming how projects are designed and built. Previously, construction companies would rely on detailed 2D drawings; now however, 3D BIM offers extensive 3D modelling combined with the use of intelligent data. Data is embedded into the model and managed, which allows workers to run multiple scenarios, change processes and input functions to view the implications of these on the project.

Alongside 3D BIM modelling, which is considered an imperative level, there is also 4D and 5D BIM, depending on the types of data incorporated. 4D BIM embeds time-related information into the model, while 5D BIM incorporates schedule and costs.

2) 3D laser scanning

Innovative 3D laser scanning digitally captures the exact measurements of a building to provide point-cloud data. This data can then be embedded into BIM software to establish the exact size and shape of a structure. Understanding the exact dimensions of a project using this form of construction technology means there is no reliance on human measurements, and so reducing human error.

3) Automated technology

With the many repetitive, routine tasks associated with construction, many companies are turning to automated technology to carry out certain roles and processes. Prefabrication has paved the way for automated technology, as mechanical machinery, including robotics, cannot always be contained onsite. Brickwork and demolition has seen the introduction of robotic automation, as this type of technology increases worker safety and efficiency.

4) Unmanned Aerial Vehicles (UAVs)

Drones, otherwise known as Unmanned Aerial Vehicles (UAVs), can be used in construction to help create a 3D model of a construction site. UAVs can be flown above a project, providing a scanned bird’s eye view of its location which help to identify the site’s dangers. Alternatively, UAVs can sit static and live stream from hard-to-reach areas, as well as capture a project’s progression through imagery or film.

5) Project management apps

Smartphones have helped to increase the productivity of construction projects by minimising the processes of communication. Although this is nothing new, more construction companies are turning to apps to make it easier to manage projects. A number of apps have been specially created for the construction industry, offering extensive specialist services such as logging blueprints, assigning tasks and real time collaboration.

Looking for a new challenge in construction? Browse our current job listings.


Cx Jobs

Principal Systems Engineer

Our client are seeking Systems Engineers to work on their Maritime Submarines programmes in Frimley Surrey.Working on one of a variety of our programmes and projects, helping to design, develop, integrate, manage and support complex systems and combat sub-systems for in service and future submarines. Working with other technical specialists and may manage a team of other engineers to understand and influence the inputs, flow of decisions and dependencies that will impact system design and product delivery.The Systems Engineer will be able to understand and report the programme status for engineering activities in their area of responsibility, be able to identify problem areas and implement recovery plans, helping support the submarines that play a critical role in our nation's defence. KEY SKILLS / PROVEN ABILITYEssential:Knowledge of the system engineering lifecycle and be able to apply good systems engineering practices to your workUnderstanding of relevant engineering standards, including safety and environmental regulationsMotivated and able to take responsibility for own outputs and be confident working autonomously and in a structured manner.Capable of supervising othersHave strong written and verbal communication skills. Desirable:Use of system analysis and design tools such as Enterprise Architect.Proven ability of working in a customer-facing and/or supplier engagement role.Member of appropriate professional institution; Chartered Engineer or working towards Chartership.

Safety Engineer - Combat Systems

Job Description As a Principal Safety Engineer you will be carrying out a range of Safety Engineering activities and analyses on all areas of the Submarine Combat System, including Navigation, Command and Control, and Communication systems. This work will contribute to the development and maintenance of Def Stan 00-56 safety cases, to demonstrate that the safety risks of operating the submarine are as low as reasonably practicable The Individual Developing functional safety justifications for defence systems based on claims, argument and evidence * Organising and contributing to Hazard Identification workshops and Safety Committee meetings * Carrying out and analysing results of studies such as Failure Mode & Effects Analysis, Fault Tree Analysis, to gather evidence to support the safety case * Engaging with third parties, such as equipment or system suppliers, to review and gather supporting safety case evidence * Production and maintenance of Safety Case documentation (plans, policies and reports) to support project milestones * Conducting Risk Management in accordance with Def Stan 00-56 * Determine and manage stakeholder requirements * Establish and maintain internal and external customer relationships * Manage customer expectations * Resolve customer queries and issues in areas of responsibility * Understand customer requirements * Negotiation Skills * Hazard identification and risk analysis * Product safety management system * Safety assessment * Safety case and safety case report * Safety, HF and operability requirements capture and management

ILS Manager

Job Role: The ILS Manager is accountable for all ILS and Supportability Engineering activities for projects undertaken. You will be responsible for tailoring the ILS and Supportability Engineering approach to best satisfy the customer's requirements. You must possess sufficient skill in all ILS disciplines to be able to undertake ILS and Supportability Analyses and create appropriate reports. Key Responsibilities: - Acting as main point of contact for all ILS activities, including logistics support, element integration and overall supportability issues. - Create, manage and update ILS documentation, including ILS Element Plans, technical data/documentation plans, reports, technical data lists, ILS instructions, transition plans and procedures. - Consistently perform and deliver outputs against contract ILS milestones. - Drive efficiency into Logistics Support and Service Management as a key influence and author of departmental and inter departmental process. - Implementing and maintaining current ILS methodologies, tools and processes. - Reliability, Maintainability, Availability & Testability Analysis (RM&T), including Failure Modes, Effects, and Criticality Analysis (FMECA) - Data [a.k.a. Defect] Recording and Corrective Action. - Develop, coordinate, maintain and update the Supportability Analysis (SA) Plan documenting the approach to Logistics Support Analysis (LSA) and defining the ideal support requirements for the system design. - Identify, analyse and anticipate risks against work packages and establish risk mitigation strategies. - Ensuring that all supply related activities, such as Packaging Handling Storage and Transportation (PHS&T), spares provisioning, equipment delivery and warranty related shipments, are carried out on time. Key Attributes: Ideally you will be an ILS Manager with a background in a defence environment. You will have: - A broad in-depth knowledge of all ILS - Electronic product background - Engineering / Systems background - Windchill experience

Digital Electronics Hardware Engineer

The Role: A flexible resource is required to provide an Electronics Design capability into the current SIX hardware team. The candidate will be expected to produce suitable design and verification documentation, including requirements capture for electronic hardware. Design and produce PCB schematics for new developments that use Digital and Analogue devices including Processors, Memory, FPGA, ADC, DAC, PSU etc. Provide input into PCB layout engineers to assist this activity. Design of electronic hardware rigs and assemblies and perform hardware integration and verification. Key Responsibilities: -Overall Management of the Hardware Engineering activities within specific programmes.-Financial control of Hardware Engineering activities with specific programmes-Design and development-Test, measurement, debug and verification-Simulation and analysis-Presentation of technical issues at design reviews-Preparation of design documents-Technical assistance to production Key Skills: -Knowledge of Engineering Process and lifecycles, both traditional V Life Cycle and Agile Scrum.-Design for manufacture / test / support-Digital and Analogue design knowledge-Microprocessors, programmable devices, DSP, FPGA, memory design knowledge-PSU design knowledge-PCB design constraints-Exposure to either of the following tools: Cadence DE HDL for schematic captureXilinx Vivado (to assist pin out allocation) Experience: -Relevant design experience-Product development experience for commercial/industrial/defence markets Qualifications: -BEng or equivalent in relevant engineering discipline (Electronic Engineering, Electrical and Electronic, or Communications)

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