Architecture

Architecture and Design for the Built Environment

The master’s program Architecture – Design for the Built Environment trains experts ready for international practice. The curriculum encompasses environmentally conscious urban development, renovation of existing infrastructure, and creation of forward-thinking concepts. Graduates apply cutting-edge technologies in worldwide initiatives, showcasing their expertise across borders. Students acquire in-depth competencies through hands-on training sessions and collaborative workshops in design methodology, strategic planning, and project execution, fostering analytical capabilities and inventive approaches to challenges.

Graduate Employment

SRH Hochschule alumni enjoy diverse professional pathways. Career options include working as architects, city development specialists, environmental advisors, construction project leaders, or pursuing scholarly paths. The curriculum nurtures analytical and inventive capabilities while offering specialization opportunities via elective coursework. Such flexibility prepares alumni for varied work settings and empowers them to fulfill their career aspirations.

Smart Technologies for Buildings

This master’s course in Smart Building Technologies at SRH Hochschule centers on developing intelligent, eco-friendly structures aligned with contemporary standards. The curriculum covers construction data platforms, automated solutions, and distributed power networks, equipping students with competencies in overseeing digital construction frameworks. Real-world assignments enhance project coordination and interpersonal abilities. The focus on eco-friendly approaches and cutting-edge innovations prepares alumni for sought-after roles in the worldwide building sector, enabling them to deploy sophisticated systems and advance intelligent construction practices.

Smart Building Technologies at SRH

Graduates of Smart Building Technologies secure leadership roles in construction and design firms, engage in system coordination, serve as product specialists or advisory professionals. The educational program encompasses core principles in power engineering, computer-aided design, information analysis, alongside specialized training in machine learning, facility control systems, and construction information modeling. During concluding terms, learners concentrate on distributed power networks and master’s research preparation, finalizing their readiness for accomplished professional paths in intelligent construction systems.