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Last edited 10 Feb 2021
Inspiring Tomorrow's Engineers
In December 2017, BSRIA launched its Inspiring Tomorrow’s Engineers publication which was written by a workplace student Emma Hardacre. The report considers engineering careers over a wide selection of industries and how to choose the appropriate career path and entry route suitable for individual interests and skills. The work was carried out as part of BSRIA’s INSPIRE project which works with local schools, national and local politicians and the media to promote STEM and change its perceptions.
Choosing the right engineering path is a 'daunting process' and one that must be made 'early on' before selecting exam options, college courses or apprenticeships. The publication highlights specifics on the myriad of careers in engineering, especially those related to building services. The report offers a cross-section of information on the main responsibilities, entry routes, salary ranges and career progression opportunities for each vocation.
INSPIRE raised the questions - why are STEM subjects important? What does engineering mean for you? Why does technology matter? There is one answer to those three questions which is quite simply 'everything'. History has shown that those who pursue science arguably make the biggest impact to the world; incredible minds give us incredible ideas we once might have thought of as unbelievable but are now rooted in our society.
In this respect BSRIA is delighted to be celebrating the 2018 Year of Engineering and will be running a series of events and careers days with local schools and colleges. This national campaign is designed to increase awareness and understanding of what engineers do among young people aged seven to 16, their parents and teachers.
Under each role Emma explored:
- Job description.
- Entry routes.
- Professional qualifications available.
- Career development options.
- Salary range per year.
- References and useful resources.
Emma also had a glimpse into the future and came up with some predictions on the key trends that will shape it:
Fitting sensors into the structure of the building to monitor things like strain and thermal efficiency over the life time of the building. It will mean that the performance of the building can be monitored throughout its whole life time and any adjustments or repairs needed can be made before they threaten the integrity of the buildings structure and ability to function.
As it stands, there is no real hand over process between the engineers and contractors responsible for constructing the building and the facilities managers and tenants who take on the building after completion. This leads to a lack of understanding as to how to utilise the buildings functions and ensure it is properly maintained.
 Related articles on Designing Buildings Wiki
- BSRIA articles on Designing Buildings Wiki.
- Design and technology DT.
- How to become an engineer.
- Innovation – the key differentiator.
- Inspiration Series for 16 to 18 year olds launched.
- INSPiRe renovation solutions for residential and office buildings.
- Inspiring tomorrow's engineers, career path stories.
- Smart cities and smart energy.
- The future of heat.
- The impact of digital on civil engineering.
- Thermal comfort and wellbeing.
- Workplaces of the future.
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