Hysopt has developed a pioneering HVAC engineering software, which has already proved its success in more than 500 large scale HVAC-optimisation projects. On average, we help our clients save about 40% of CO2 emissions and 30% on energy bills – a huge step forward in our decarbonisation mission.
With rapidly increasing customer demands – think of the Green Deal, ESG and Performance Driven Contracting - the Hysopt software is the best solution at hand for Engineering Consultancies, Installers and Building Facility Managers and we are excited to take our proven technology to the international market!
Backed by a €5.5M capital injection in 2023, we’re rolling out international sales at full speed now. Having only just started selling SaaS licences, we have already expanded our user base from the Benelux to the UK, and Canada – and the demand is growing exponentially.
That is why we are looking for Account Executives to join us on this exciting journey.
Key aspects of the role :
You are suited to this role if you;
What's in it for you :
Applications :
Applications are reviewed on a rolling basis, so speed is key. The sooner you apply, the quicker we can arrange an interview.
Unfortunately we aren't in a position to sponsor candidate visas. If you don't have the independent right to work in the UK or EU, we will not be able to progress your application.
Please note that due to the high volume of applications we receive, we regret that we are unable to respond to every applicant individually. We will only be in contact if your CV matches our requirements and wish to discuss further. We appreciate your understanding and interest in joining our team.
We are Hysopt
Hydronic System Optimisation", better known as Hysopt, is a rapidly growing spin-off from the University of Antwerp. Our highly skilled team develops and uses unique cloud software, that supports companies in their HVAC engineering process, and helps building owners optimise their HVAC systems. The purpose of our software is to heat and cool large buildings more efficiently, which helps to reduce energy costs and transfer to a zero-carbon future.