In the second quarter of 2016, over 100 industry executives, including contractors, surveyors, civil engineers and architects were surveyed, to obtain an understanding of the state engagement with new technology in construction.
The results of the survey reveal a rejection of the assertion that there is a culture of resistance towards engaging with new technology, however the majority of respondents stated that their company is not at the forefront of it's industry interms of engaging with new technology. The most commonly cited barriers were financial and included the assertion that many new technologies are cost prohibative and that there is a lack of allocation within company budgets for investment in new technology. However those who had invested were extremely positive about the benefits of engaging with new innovations.
In terms of the technologies analyzed that had experienced the greatest levels of current and planned investment, the most popular was mobile applications followed by 3D modelling and then cloud technology. In comparison, autonomous vehicles received the lowest level of current and anticipated investment.
Given the number of benefits available following investment, greater levels of engagement with technological innovations are expected as their affordability and capability increases and as they are given higher priority by companies in terms of investment strategies.
The report provides detailed market analysis based on a survey of contractors, surveyors, architects and others involved in the construction industry worldwide to assess current engagement levels with a number of the newest technological innovations currently gaining popularity within construction.
Reasons To Buy:
Providing insight into the most popular new innovations within construction along with an analysis of barriers and potential benefits.
The ever-expanding range of new technology available to those working in the construction industry has created numerous opportunities for innovation and the implementation of new methods into existing processes.
When questioned on what was preventing high levels of engagement with new technology respondents stated that a key barrier related to cost, with 42% of respondents stating that new technology was cost-prohibitive. This was followed by 33% of respondents stating that there is a lack of financial resources within their budget allocated for technological innovation.
The most common driver of investment in new technology was to increase productivity and respondents were widely positive that they had experienced this after making an investment. The second-most-popular driver for investment was achieving greater competitiveness within their market and once again the majority of respondents confirmed they had experienced this following an investment in innovation.
Of all the technologies analyzed in the survey, mobile applications received the highest proportion of respondents confirming that they had already invested in the technology and had further investment planned within two years.
LIST OF FIGURES
LIST OF TABLES
2. Key Findings
3. Technology Engagement
3.1. Company Engagement
3.2. Departmental Engagement
4. Barriers and Benefits
4.1. Barriers to Engagement
4.2. Benefits of Engagement
5. Current and Future Penetration of Key Technologies
5.1. Augmented Reality
5.2. Mobile Applications
5.4. 3D Printing
5.5. 3D Modelling
5.6. Cloud Technology
5.7. Virtual Engineering
5.8. The Internet of Things
5.9. Autonomous Vehicles
List of Tables
Table 1: Departments engaging most with new technology
List of Figures
Figure 1: Level of engagement with new forms of technology
Figure 2: Barriers to engagement with new technology
Figure 3: Key drivers that encouraged investment in new technologies
Figure 4: Level of improvement experienced for each driver following investment
Figure 5: Respondents’ future investment plans
Figure 6: Investment plans for Augmented Reality
Figure 7: Investment plans for mobile applications
Figure 8: Investment plans for drones
Figure 9: Investment plans for 3D printing
Figure 10: Investment plans for 3D modelling
Figure 11: Investment plans for cloud technology
Figure 12: Investment plans for virtual engineering
Figure 13: Investment plans for the internet of things
Figure 14: Investment plans for virtual engineering