Built Environment Training Programs

Navigating megatrends requires expertise. We have supported built environment professionals and organizations for half a century. Our training programs combine research-based academic knowledge, insights from leading industry experts, and participant experience. Interactive methods ensure our training meets current development needs and prepares you for the future of the built environment.

Some of our training courses can also be used to obtain FISE certifications.

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YTK:n Pitkä kurssi – yhdyskunta­suunnittelun asiantuntijaohjelma

August 24, 2026 – May 26, 2027

Onsite

Aalto University Töölö, Helsinki, Finland

Finnish

In this program, designed for professionals in planning, development, research, consulting, and management positions in the field of community planning, you will delve into community planning and urban research.

8 modules (16 days) + optional study tour abroad

€ 4,360 (+ VAT)

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Liikennejärjestelmätyö

January 1 – May 11, 2027

Onsite

Aalto University, Espoo, Finland and live online

Finnish

Designed for professionals in transportation system planning, this program provides a comprehensive overview of the various levels of transportation system planning and supports coordination in transportation and land-use planning.

5 modules: 2 days onsite, 3 live online meetings and self-study material

€ 985 (+ VAT)

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Kestävä rakennuttaja

January 21 – August 15, 2027

Onsite

Aalto University, Dipoli, Espoo, Finland

Finnish

The training introduces sustainable construction, project planning for developers, and project and people management. It supports professionals in updating their skills and is also suitable for teachers and government officials.

5 modules (10 days) + project work

€ 6,675 (+ VAT)

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​Kaivosteollisuuden sivu- ja jätevirtojen hyödyntäminen​

The training must be completed by June 30, 2027.

Self-paced online, Instructor-led online

live online

Finnish

New

This course provides an overview of utilizing mining industry by-products and waste streams in the circular economy, combining technologies, data, regulations, and practical examples from the mining and construction sectors.

Free of charge

Kaivosalan kiertotalousratkaisujen innovointi ja tuotteistaminen kansallisille ja kansainvälisille markkinoille

The training must be completed by June 30, 2027.

Self-paced online, Instructor-led online

live online

Finnish

New

This course covers innovation, productization, and commercialization of circular economy solutions in mining. Participants learn to spot business opportunities and apply market‑ and funding‑driven approaches within mining ecosystems.

Free of charge

Rakennusalan maa- ja kiviaineksen kiertotalouden perusteet

The training must be completed by June 30, 2026.

Self-paced online, Instructor-led online

live online

Finnish

New

This course introduces circularity in soil and aggregate materials in construction. You learn to use data and digital tools to manage material flows and understand how regulation and permitting affect the use of secondary materials.

Free of charge

Micro-Course in Communicative Planning for Urban Mobility

Estimated study time: 10 hours

Self-paced online

E-learning environment

English

This online course presents you with the different approaches to, cases, and applications of communicative urban mobility planning. The course is built for urban mobility and transportation professionals, urban planners, and other...

0,5 ECTS

€ 150 (+ VAT) € 150 (+ VAT) -30%

€ 150 (+ VAT)

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Any time: License for 90 days starting from the order date

Micro-Course in Smart Urban Green Infrastructure

Estimated study time: 10 hours

Self-paced online

E-learning environment

English

This online course provides different approaches to Carbon Smart Urban Green Infrastructure. During the course, you will reflect on Urban Mobility Challenges and grasp the context and bigger picture of Urban Mobility, the built...

0,5 ECTS

€ 150 (+ VAT) € 150 (+ VAT) -30%

€ 150 (+ VAT)

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Any time: License for 90 days starting from the order date

Introduction to Wood Material

Estimated study time: 54 hours

Self-paced online

E-learning environment

English

This program is a set of two online courses, the first focusing on wood structure and anatomy, and the second focusing on wood properties.

2 ECTS

€ 250 (+ VAT)

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Learning path: Introduction to Wood Material

Climate-Conscious Construction for Healthy Cities

Estimated study time: 27 hours

Self-paced online

E-learning environment

English

During this self-paced online course, participants will learn about climate change and its impact on the built environment and human health. This forward-thinking course encourages learners to not only understand the challenges we are...

1 ECTS

€ 150 (+ VAT)

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Any time: License for 90 days starting from the order date

Sustainability Toolbox for Building Designers

Estimated study time: 81-135 hours

Self-paced online

E-learning environment

English

This online course equips you with the tools needed to analyze and reduce the carbon footprint throughout a building’s lifecycle. It helps you lead the change towards carbon-neutral construction and navigate the changing regulatory...

3-5 ECTS

€ 500-800 (+VAT)

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Introduction to Wood Material / Part 1: Wood Structure and Anatomy

Estimated study time: 27 hours

Self-paced online

E-learning environment

English

This course presents the structure of wood material, including macroscopic features such as earlywood, latewood, heartwood, sapwood, and knots. Additionally, wood formation and the basic cell types are presented, as well as the main...

1 ECTS

€ 150 (+ VAT)

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Introduction to Wood Material / Part 2: Wood Properties

Estimated study time: 27 hours

Self-paced online

E-learning environment

English

This course links the basic anatomical features of wood, such as grain orientation and knots, to its properties relevant in the built environment.

1 ECTS

€150 (+ VAT)

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Lean and Digitalization in Construction

Estimated study time: 54 hours

Self-paced online

E-learning environment

English

New

This online course will equip you with the latest insights and practical tools to enhance project efficiency, improve construction quality, and gain a competitive edge. You will explore strategies for addressing productivity challenges in...

2 ECTS

€ 300 (+VAT)

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Any time: License for 90 days starting from the order date

Meet Our Faculty

Matti Kuittinen

Dr. Matti Kuittinen is an Associate Professor of Sustainable Construction at Aalto University´s Department of Architecture. 

His research is focused on climate impacts and circular economy in the built environment, as well as in the development of new building materials and methods.

During his work at the Ministry of the Environment of Finland, Kuittinen developed the national whole life carbon assessment method and initiated the Nordic Bauhaus programme. As an architect, he has designed experimental sustainable buildings and participated in humanitarian construction operations.

Antti Peltokorpi

Antti Peltokorpi is an Associate Professor of operations management in construction at Aalto University, Department of Civil Engineering.

In his research he has focused on modularity and industrialization in construction, AI and data-based transformation of the sector, and digital supply chain management. He has over 100 scientific publications on these topics. Peltokorpi is also a Vice Dean for Impact at School of Engineering. Besides his academic merits, he works in close collaboration with the AEC industry.

Laura Arpiainen

Laura Arpiainen is Professor of Health and Wellbeing Architecture at Aalto University School of Arts, Design and Architecture and has an international track record in all areas of design and planning for healthcare.

Arpiainen holds dual Finnish / Canadian citizenship and is particularly interested in the relationship of built environments to health. Other interests include mental health, diversity, and the role of optimism in success. Laura leads the SOTERA research group at Aalto University and is also a popular mentor, keynote speaker, and visiting critic.

Jukka Heinonen

Jukka Taneli Heinonen currently works as a Professor of Sustainable Built Environment at the Faculty of Civil and Environmental Engineering, University of Iceland.

Having graduated in Economics from Helsinki University, he obtained a PhD from Aalto University in Helsinki, Finland.

Heinonen specializes in the challenges of sustainable development in community structures and lifestyles. His main fields of research are consumption-based urban carbon footprinting and low-carbon urban settlements. 

Jukka Heinonen has developed research approaches and analysis methods specifically for modeling indirect and outsourced emissions from the built environment. He is one of the world’s top 1,000 climate change researchers on the list published by Reuters in 2021, and in a recent study, he was named one of the world’s top 10 carbon footprint researchers.

Olli Seppänen

Olli Seppänen is an Associate professor of operations management in construction at Aalto University, Department of Civil Engineering.

He has focused on lean and digital production planning and control and design management. He has over 100 scientific publications on these topics and has also 15 years of practical consulting experience before joining academia.

Jari Ylitalo

Jari Ylitalo, PhD, is a University Lecturer in Leadership at Aalto University School of Science and Aalto Ventures Program.

He teaches, in particular, master's students on leadership, teamwork, and self-management.

Ylitalo's pedagogical approach emphasises a dialogical and resource-oriented approach. He also works as a supervisor, coach, and workplace facilitator. He has a long and diverse experience in coaching and developing leaders, management teams, and organisations in both corporate and public organisations.

Ylitalo's research has focused on leadership and leadership development, with a particular emphasis on the effectiveness of guidance, resource-centred and dialogue-based development approaches. He has also studied the social dynamics and development of cooperation and partnerships between companies and organisations, as well as network management and the development of a network approach.

Contact Us

Timo Heikkinen

Senior Solutions Director +358 10 837 3874 timo.heikkinen@aaltoee.fi

Elina Vasarinen

Relationship Manager +358 10 837 3856 elina.vasarinen@aaltoee.fi

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Megatrends Reshaping the Built Environment

Megatrends like climate change, urbanization, and digitalization are significantly impacting the built environment. Building energy efficiency requires minimizing energy consumption throughout the lifecycle and integrating circular economy principles into material selection. Urbanization necessitates effective urban design and transportation planning to create quality living and working spaces. The potential of digital transformation to address these challenges is still being explored, but platform economy, sharing economy, and circular economy business models are already transforming transportation, housing, and construction.

Digitalization: A Societal Shift

Digitalization and artificial intelligence extend beyond digital tools; it is a societal transformation. Urbanization has enabled advanced digital applications to permeate our lives. Increased density simplifies logistics and enables services like public transport apps and city bikes.

Digitalization and AI also foster urban social life and activism, influencing how we inhabit and design our cities. Professionals must master interactive design methods and understand end-user needs.

Digitalization improves information sharing and transparency in construction projects, creating new business opportunities. Building Information Modelling (BIM) is digitizing design and reshaping the entire design culture.

Construction and Climate Change: Sustainable Solutions

The built environment plays a critical role in mitigating climate change. Sustainable construction practices, including wood construction, energy efficiency optimization, and renewable energy integration, are essential for reducing carbon emissions. Land-use planning and transportation system design are critical, as urban areas contribute significantly to our carbon footprint. Urban green spaces and carbon handprint initiatives highlight the role of nature in urban environments. Teleworking and sustainable transportation options demonstrate the potential of digitalization.

Building a Sustainable Environment: Education and Expertise

Aalto EE has supported built environment professionals for almost 60 years. Our training focuses on urban planning, construction management, and transportation planning.

We emphasize the Aalto spirit, including multidisciplinarity, sustainable development, corporate social responsibility, design expertise, entrepreneurship, and innovation.