Dual study programme – Energy and Building Technology

The Aachen branch of the construction and real estate company of the state of North Rhine-Westphalia (BLB NRW) is looking for a dual student (w/m/d) in the area of 01.09.2026 Dual studies – Energy and building technology at the Technical University of Cologne (Campus Deutz) in Cologne. The construction and property company NRW is owner, landlord and operator of almost all properties of the state of North Rhine-Westphalia. With around 4,000 buildings, a rental area of about 10.3 million square meters and annual rental income of about 1.5 billion euros, we manage one of the largest and most demanding real estate portfolios in Europe. More than 2,800 employees work at the headquarters in Düsseldorf and the seven branches. Work with the implementation of climate-neutral regional administration by 2030! You can also design the climate-neutral real estate portfolio of NRW with us! – More information can be found on our website. Your advantages – You can look forward to this! Consumption of costs: acquisition of tuition fees and payment of attractive study aid and travel expenses for the period of attendance. Onboarding: You start from the first day with a training plan and a personal mentoring. Security: If you have a good performance, you will start an indefinite employment relationship after your successful degree. Training and career: We support you through our internal continuing education academy and design your personal and professional career path with you. Further development: In case of a correspondingly good performance, you start an indefinite employment relationship after your successful degree of study Work-Life-Balance/ Flexibility: With us you can work flexibly between 06:00 – 20:00, without a fixed core working time and with a sliding time account. Sustainability: We take a role model for measures to reduce CO2 across the country. You can also design the climate-neutral real estate portfolio of NRW with us!

Their period of study is 9 semesters, during this period the theoretical and practical phases change. For more details on the course of study, see the above-mentioned link You will find experienced mentors:inside for technical and superficial questions. In your time as a dual student, you will get exciting insights into the tasks and projects of the BLB NRW You support the planning, planning and monitoring of systems of supply and building technology (e.g. electrical engineering, ventilation and air conditioning) You will get exciting insights into renewable energy topics and support implementation

You have successfully completed your (special) abitur or a professional qualification as a university entrance qualification. Alternatively, the corresponding degree can be expected. Further requirements: Technical connections and scientific subjects, such as mathematics and physics, fascinate You bring sense of responsibility as well as team skills, reliability and a high degree of readiness to learn with Your profile is rounded off by your pronounced communicative skills You have German skills that correspond to at least the C1 level (flowing in word and writing)

Your fee: Your monthly fee is approx. €1,230, this increases annually and is around €1,400 in the last academic year. What makes us: We wish people with passion and personality who want to participate in extraordinary projects. The BLB NRW actively promotes the equality of all employees and therefore welcomes applications of people, regardless of their cultural and social origin, age, religion, worldview, disability (§ 2 SGB IX) or sexual identity. We welcome applications from seriously disabled people and people who are equal to them and will take them into account with the same suitability and subject to legal regulations. We are also particularly pleased about women's applications and prefer them in accordance with the national equality law. The body can also be used in parttime. We live a corporate culture of openness, diversity and appreciation and thus create an environment in which the personal potential can best develop. .