Real Estate Development & Revitalisation
Niveau
Advanced
Learning outcomes of the courses/module
The participants:
• analyze urban-planning and spatial-planning framework conditions and assess their significance for development and revitalisation projects.
• model economic metrics, calculate life-cycle costs and evaluate return parameters for new-build and existing-building developments.
• compare different revitalisation and development scenarios and derive strategic recommendations for project decisions.
• synthesize technical, planning and economic requirements into integrated solution approaches for complex real estate developments.
• develop sustainable site and district concepts and examine their technical, ecological and functional feasibility. In doing so, they integrate diversity and inclusion requirements into strategic planning and design.
• analyze urban-planning and spatial-planning framework conditions and assess their significance for development and revitalisation projects.
• model economic metrics, calculate life-cycle costs and evaluate return parameters for new-build and existing-building developments.
• compare different revitalisation and development scenarios and derive strategic recommendations for project decisions.
• synthesize technical, planning and economic requirements into integrated solution approaches for complex real estate developments.
• develop sustainable site and district concepts and examine their technical, ecological and functional feasibility. In doing so, they integrate diversity and inclusion requirements into strategic planning and design.
Prerequisites for the course
Fundamentals of building services engineering, spatial planning and real estate economics
Course content
- District and site development
- Urban-planning and spatial-planning framework conditions
- Diversity and inclusion factors in project development
- Calculation and interpretation of life-cycle costs
- Analysis and assessment of return parameters for new-build, existing-building and revitalisation strategies
- Integration of technical and planning requirements from building services engineering and spatial planning into development concepts
- Urban-planning and spatial-planning framework conditions
- Diversity and inclusion factors in project development
- Calculation and interpretation of life-cycle costs
- Analysis and assessment of return parameters for new-build, existing-building and revitalisation strategies
- Integration of technical and planning requirements from building services engineering and spatial planning into development concepts
Recommended specialist literature
- Blecken, U., Meinen, H., & weiteren Autor:innen. (2014). Praxishandbuch Projektentwicklung: Immobilienwirtschaftliche Grundsätze – planerischer und rechtlicher Rahmen – Finanzierung und Bewertung – Vermarktung und Betrieb. Reguvis Fachmedien.
- Diederichs, C. J. (2006). Immobilienmanagement im Lebenszyklus: Projektentwicklung, Projektmanagement, Facility Management, Immobilienbewertung. Springer.
- Kallinger, W., Gartner, H., & Stingl, W. (2011). Bauträger & Projektentwickler: Immobilien erfolgreich entwickeln, sanieren und verwerten. MANZ.
- Schäfer, J., & Conzen, G. (2013). Praxishandbuch der Immobilien-Projektentwicklung. C. H. Beck.
- Diederichs, C. J. (2006). Immobilienmanagement im Lebenszyklus: Projektentwicklung, Projektmanagement, Facility Management, Immobilienbewertung. Springer.
- Kallinger, W., Gartner, H., & Stingl, W. (2011). Bauträger & Projektentwickler: Immobilien erfolgreich entwickeln, sanieren und verwerten. MANZ.
- Schäfer, J., & Conzen, G. (2013). Praxishandbuch der Immobilien-Projektentwicklung. C. H. Beck.
Assessment methods and criteria
Portfolio exam
Language
German
Number of ECTS credits awarded
5
Semester hours per week
Planned teaching and learning method
Lectures, discussions, exercises, case studies, group work
Semester/trimester in which the course/module is offered
2