They contacted me after seeing my CV, because they were also interested in what I learnt from the Masters course about health, wellbeing and sustainability in the built environment - the latest research and technologies in this field, and if this information could be used in their innovation program.

During the job-hunting journey, I believe that studying on MSc HWSB helped me become a unique applicant among many competitors. Because I got the latest, useful information about healthy buildings that others did not have the chance to structurally study.

the coronavirus situation also raises attention on the importance of healthy indoor environment and accelerates the development of healthy buildings at least in China. Many built-environment related companies start to think and choose ‘health’ as their new direction, which gives us an opportunity.

Do some research on the companies or studios you interested in, seeing if they are choosing ‘healthy buildings’ as one of their aims. If so, be proud to emphasize the HWSB in your CV and it will give you a stronger advantage!

Donal McLaughlin's Viva success in High Energy Physics
Donal McLaughlin's Viva success in High Energy Physics

Donal McLaughlin's Viva success in High Energy Physics

Congratulations to Donal McLaughlin, who successfully passed his Viva for his thesis:

12 May 2026

UCL physicist leads landmark ATLAS paper on particle tracking
UCL physicist leads landmark ATLAS paper on particle tracking

UCL physicist leads landmark ATLAS paper on particle tracking

Dr Gabriel Facini from UCL Physics & Astronomy has led a new ATLAS Collaboration paper documenting, for the first time, the full track and vertex reconstruction pipeline used by the ATLAS experiment

12 May 2026

A global dataset of fossil foraminifera to examine how marine ecosystems changed
A global dataset of fossil foraminifera to examine how marine ecosystems changed

A global dataset of fossil foraminifera to examine how marine ecosystems changed

Global fossil foraminifera data reveal the Eocene–Oligocene transition reshaped marine ecosystems through complex, multi-stage changes driven by cooling, ice-sheet growth, and ocean circulation.

11 May 2026