AALBORG UNIVERSITY · DENMARK
By-, Energi- og Miljøplanlægning
Bachelor's · Taught in da
At a glance
36 mo
Duration
0.0
IELTS
€0k
Tuition / yr
da
Language
Bachelor's
Level
- 3-årig uddannelseDuration
- BachelorDegree Type
- DanskLanguage
- AalborgCampus
- SeptemberStart Date
- 22Study Places in 2026
The Bachelor's program in Urban, Energy, and Environmental Planning at Aalborg University focuses on creating sustainable societies that accommodate growing populations while respecting the environment. You will learn to design greener, climate-neutral, and resilient cities, considering both ecological impact and urban development needs. This program blends engineering and social sciences to equip you with a broad understanding of cities, energy, and the environment. You'll gain expertise in developing sustainable solutions for urban and rural areas, adapting cities to climate change, and transforming businesses for environmental sustainability. The curriculum prepares you to tackle real-world challenges in planning climate-friendly communities and shaping future energy supply and infrastructure. Throughout the program, you will engage in lectures from leading researchers and participate in group projects addressing practical issues. This problem-based learning approach allows you to apply theoretical knowledge to solve concrete planning challenges, such as developing sustainable district heating systems, managing citizen participation in urban projects, or implementing nature-based solutions for climate adaptation.
Curriculum
The program combines urban planning, energy planning, and environmental planning, each contributing specialized knowledge while being interconnected to prepare you as a comprehensive planner. You will explore how to design future cities with consideration for people and nature, ensure green energy systems, and protect our environment amidst societal development.
- 1st Semester: Planning and Society
- Sustainable PlanningPLBEMB22101
- Planning and SocietyPLBEMB22102
- Problem-Based LearningTECHENGPBL20
- Mathematics and Natural SciencePLBB23104
- Frameworks and Practices of PlanningPLBEMB22105
- 2nd Semester: Planning and Natural Resources
- Planning and Natural ResourcesPLBEMB22201
- Applied Statistics22BMATASTA1
- Geographic Information Science & TechnologyPLBLGB22202
- Natural Resources and SocietyPLBEMB222003
- 3rd Semester: Planning for the Sustainable City
- Planning for the Sustainable CityPLBEMB22301
- Planning Law and RegulationPLBLB22302
- Urban Politics and PlanningPLBL220301
- Design of Urban Infrastructures and Mobility
Careers
Graduates of the Urban, Energy, and Environmental Planning program are well-equipped to work in various roles focused on sustainable development. The interdisciplinary nature of the degree, combining engineering and social sciences, opens doors to diverse career paths in both the public and private sectors.
- Consulting Engineer
- Climate Coordinator
- Environmental Planner
- Environmental Consultant
- Urban Planner
- Traffic Planner
- Energy Consultant
- Energy Planner
Frequently asked questions
- What is the duration of the Urban, Energy, and Environmental Planning Bachelor's program?
- The Bachelor's program in Urban, Energy, and Environmental Planning is a 3-year full-time program.
- What language is the Urban, Energy, and Environmental Planning program taught in?
- The program is taught in Danish.
- What are the career prospects after graduating from this program?
- Graduates can pursue careers as a Consulting Engineer, Climate Coordinator, Environmental Planner, Urban Planner, or Energy Consultant, among other roles.
- What is the tuition fee for international students for this program?
- Tuition fees apply to non-EU/EEA international students. Specific fee amounts for this Bachelor's program are not provided and should be verified directly with Aalborg University.
- What is the focus of the Urban, Energy, and Environmental Planning program?
- The program focuses on creating sustainable societies by teaching students to design greener, climate-neutral, and resilient cities and to develop solutions for urban and rural areas, climate change adaptation, and business environmental sustainability.
Fees
Tuition (international)Information regarding international tuition fees for this specific Bachelor's program is not provided on the university's general fees page. Please contact the university directly for details.
Tuition (home)Information regarding domestic tuition fees for this specific Bachelor's program is not provided on the university's general fees page. Please contact the university directly for details.
LivingNo specific living cost estimate is provided on the university's fees page.
Tuition fees for Danish citizens and EU/EEA citizens are typically free in Denmark. For non-EU/EEA international students, tuition fees apply. Please verify current fee structures directly with Aalborg University as the provided pages do not specify fees for this bachelor's program.
Frequently asked questions
What is the duration of the Urban, Energy, and Environmental Planning Bachelor's program?
+
The Bachelor's program in Urban, Energy, and Environmental Planning is a 3-year full-time program.
What language is the Urban, Energy, and Environmental Planning program taught in?
+
The program is taught in Danish.
What are the career prospects after graduating from this program?
+
Graduates can pursue careers as a Consulting Engineer, Climate Coordinator, Environmental Planner, Urban Planner, or Energy Consultant, among other roles.
What is the tuition fee for international students for this program?
+
Tuition fees apply to non-EU/EEA international students. Specific fee amounts for this Bachelor's program are not provided and should be verified directly with Aalborg University.
What is the focus of the Urban, Energy, and Environmental Planning program?
+
The program focuses on creating sustainable societies by teaching students to design greener, climate-neutral, and resilient cities and to develop solutions for urban and rural areas, climate change adaptation, and business environmental sustainability.