Curriculum Energy and Environmental Engineering

Business Administration

• ECTS: 2
• Details on this module

The engineers gain an insight into the most important business management principles and interrelationships. They are supposed to understand how companies operate, to be able to classify strategies and processes and to understand the basics of financial and operational accounting. // Teaching language: DE

Metrology in Solar Systems

• ECTS: 4
• Details on this module

Students learn methods for measuring the electrical performance of photovoltaic cells. Working in a team, students measure the electrical current and voltage of solar cells as an essential part of the lab project. Commercial software is used for data acquisition and analysis. // Teaching language: DE

Energy Efficiency and Policy

• ECTS: 4
• Details on this module

This module includes: Energy Strategy 2050, Cleantech, UN Agenda 2030 // Swiss energy policy, energy and environmental law, CO2 Act // Calculation, interpretation and optimisation of energy and material flow systems // Indicators for the ecological evaluation of products/services // Teaching language: DE

Electrical Engineering and Semiconductors 1

• ECTS: 4
• Details on this module

This course teaches students the basics of electricity and semiconductor physics. They also learn the practical handling of electrical devices and measurement equipment. // Teaching language: DE

Computer Science Programming 1

• ECTS: 4
• Details on this module

Introduction to software development with Python. // Teaching language: DE

Analysis 1

• ECTS: 4
• Details on this module

Introduction to calculus. // Teaching language: DE

Algebra and Statistics 1

• ECTS: 4
• Details on this module

This module covers the topics of linear equations, matrix algebra and vector geometry as well as elementary probability theory and discrete random variables. // Teaching language: DE

Physics 1

• ECTS: 4
• Details on this module

Basic physics and methods for the following: 1) Kinetics and dynamics of one and two-dimensional motion of mass points (with circular motions and vibrations) 2) Wave propagation and related phenomena (transmission, reflection, refraction, interference) 3) Conservation principles and balancing. // Teaching language: DE

Communication Competence Basic

• ECTS: 2
• Details on this module

In this module, students acquire basic skills for scientific work and professional communication in engineering studies. The focus is on the confident handling of scientific information and the application of effective communication strategies (both oral and written) using relevant AI tools.

Technology Assessment

• ECTS: 4
• Details on this module

Fundamentals of Life Cycle Assessment (ISO 14040/44) // Application of life cycle assessment methods using a concrete case study (energy technology) with the SimaPro® software // Presentation of the results in a technical report and in a final presentation // Teaching language: DE

Fluiddynamics

• ECTS: 4
• Details on this module

In the Fluid Dynamics module, which forms part of the Fluid and Thermodynamics (FTH) series, students learn the basics of fluid dynamics at UAS Bachelor level. The overriding goal is the selection of pumps for the design of piping systems. // Teaching language: DE

Electrical Engineering and Semiconductors 2

• ECTS: 4
• Details on this module

Working on from the ELHL1 module, students acquire a more in-depth knowledge of electronics. This includes an understanding of important analog electronic components such as diodes, transistors and operational amplifiers, as well as the basic function of switching power supplies. // Teaching language: DE

Computer Science Tools

• ECTS: 2
• Details on this module

Students learn to solve technical and numerical problems scientifically using MATLAB software, to prepare, analyze and present data and to document them. They will be able to visualize mathematical relationships, prepare graphics for technical documentation, graphically represent and simulate systems with differential equations and solve symbolic equation systems. This course includes an introduction to Boolean algebra with logical variables and state machines. An overview of common open source software tools for simulation is given. // Teaching language: DE

CAD for EU

• ECTS: 2
• Details on this module

Students learn how to use a three-dimensional, architecture-oriented CAD system and apply it in practice. They take a look at heating and cooling load calculations based on this and also at pipe and duct planning. Students will be able to estimate the time necessary for CAD work. // Teaching language: DE

Analysis 2

• ECTS: 4
• Details on this module

Advanced calculus // Teaching language: DE

Algebra and Statistics 2

• ECTS: 4
• Details on this module

This module covers linear transformations, eigenvectors and eigenvalues, continuous probability distributions, the Gaussian distribution, the central limit theorem, deductive statistics and also linear regression. // Teaching language: DE

Physics 2

• ECTS: 4
• Details on this module

The Physics 2 module covers the basic physics and methods in the fields of electrostatics, magnetism, electromagnetism, optics and radioactivity. Using selected examples, students learn about and employ the physics way of thinking and working as part of the engineer’s modern technical thinking. // Teaching language: DE

Elective Module Communication

• ECTS: 2

You have the option to choose from a portfolio of various communication modules.

Project Management in Energy Plant Construction

• ECTS: 4
• Details on this module

In the Project Management in Power Plant Engineering module, students learn to apply project management techniques to areas of power plant engineering. The module forms part of the project modules in the course. // Teaching language: DE

Thermodynamics

• ECTS: 4
• Details on this module

In the Thermodynamics module of the Fluid- and Thermodynamics (FTH) series, students learn the basics of thermodynamics at UAS Bachelor level. The overall goal is to understand the changes of state of gases in technical processes. // Teaching language: DE

Technology Field Analysis

• ECTS: 4
• Details on this module

The Technology Field Analysis module provides prospective engineers with the essential methodical skills crucial for technically oriented companies to be able to identify promising development directions for service and product improvements in a dynamic market environment. // Teaching language: DE

Solar Technology Solar Power

• ECTS: 4
• Details on this module

The functional principles of solar cells and module technology are covered. Software tools are used in the engineering design of PV plants, starting with very basic simulation tools and progressing to commercial software tools in a project. Performance calculations and energy analysis are taught. // Teaching language: DE

Introduction to Electrical Power Grids

• ECTS: 4
• Details on this module

Students learn the physical and technical fundamentals of AC circuit theory together with the frequency-dependent behavior of electrical circuits and networks. They also gain an understanding of the real behavior of the key components of AC circuits and related phenomena, like the skin effect. // Teaching language: DE

Analysis 3

• ECTS: 4
• Details on this module

The topics covered by Analysis 3 are calculation with complex numbers and the solution of ODEs, including the Laplace transformation. In the second part, the focus is on multidimensional analysis and aspects of the vector analysis. // Teaching language: DE

Statics Strength of Materials Physics 3

• ECTS: 4
• Details on this module

A major objective of this module is to present the basic concepts and principles of statics for rigid and deformable bodies to engineering students. // Teaching language: DE

Elective Module Communication

• ECTS: 2

You have the option to choose from a portfolio of various communication modules.

Smart Grid and Electromobility

• ECTS: 4
• Details on this module

The design and analysis of different supply profiles for renewable power sources and charging strategies for electromobility are the central elements of Smart Grid Electromobility (SMEM) solutions. A new innovative SMEM solution will be developed and presented by the different student teams. // Teaching language: DE

Applied Heat Transfer

• ECTS: 4
• Details on this module

In the Applied Heat Transfer module of the Fluid- and Thermodynamics (FTH) series, students are taught the basics of heat transfer at UAS Bachelor level. The overall goal is the design of heat exchangers for technical applications. // Teaching language: DE

Transformation of socio-technical Systems

• ECTS: 4
• Details on this module

Students are enabled to think (self-)critically and embed technological and social science solutions in economic and social systems, to understand the challenges of the transformation of energy, mobility and resource systems and to substantiate these methodically and technically. // Teaching language: DE

Thermal and electrical Fundamentals of Power Plant Technology

• ECTS: 4
• Details on this module

This module comprises a thermal and an electrical part. The thermal part deals with the thermodynamic fundamentals of different types of thermal power plants and the function of individual system components. In the electrical part, the basics of electrical drive and generator technology are taught. // Teaching language: DE

Control Engineering

• ECTS: 4
• Details on this module

In this course, the fundaments of the classical control theory are reviewed, including basic methods for analysis and controller design. // Teaching language: DE

Material Technology for EU

• ECTS: 4
• Details on this module

Students acquire the ability to understand, analyse and answer current, problem-based questions of energy and environmental technology using materials science and chemistry models and tools. They study the relevant properties of materials and substances in combined theoretical and practical work. // Teaching language: DE

Numerics

• ECTS: 4
• Details on this module

Introduction to numerical methods for engineers. // Teaching language: DE

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Project Thesis: Energy and Environmental Engineering

• ECTS: 6
• Details on this module

In their project thesis, students perform their individual analyses of a topic centred on the study specialisation they have chosen for their energy and environmental technology studies, working in close collaboration with partners from industry and the supervising lecturer. // Teaching language: DE/EN

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Refrigeration and Heat Pumps

• ECTS: 4
• Details on this module

Students learn the basics of chillers and heat pumps and are later able to plan and build these systems in an energy and environmentally friendly way. The thermodynamic processes in the refrigerant are considered in detail and possible cycle processes are analysed. The refrigerants that can be used are the subject of the course. The basics of deep and near-surface geothermal energy are taught in order to capture environmental heat from the ground.

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology

Interdisciplinary elective module

• ECTS: 4

The interdisciplinary elective modules cover a wide range of disciplines, including the following areas: Application of Advanced Mathematics in Engineering Practice // Introduction to Machine Learning // Modern Physics // Blockchain Technologies and Their Applications // Digital Assistance Technologies // Digital Health // Sensor Technology // Fundamentals of Digital Signal Processing of Sensors // Sustainability Management // Safety-Critical Systems // System Dynamics Modeling // Future Technologies of the Internet of Things // Safety and Systems Engineering

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Bachelor Thesis: Energy and Environmental Engineering

• ECTS: 12
• Details on this module

Within this bachelor thesis you perform your individual analyses of a topic which is centred in the topic of your chosen study specification of the energy and environmental technology studies in close collaboration with the partner from industry and the supervising lecturer. // Teaching language: DE/EN

Planning and Operation of Decentralised Energy Systems

• ECTS: 4

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology

Business Administration

• ECTS: 2
• Details on this module

The engineers gain an insight into the most important business management principles and interrelationships. They are supposed to understand how companies operate, to be able to classify strategies and processes and to understand the basics of financial and operational accounting. // Teaching language: DE

Energy Efficiency and Policy

• ECTS: 4
• Details on this module

This module includes: Energy Strategy 2050, Cleantech, UN Agenda 2030 // Swiss energy policy, energy and environmental law, CO2 Act // Calculation, interpretation and optimisation of energy and material flow systems // Indicators for the ecological evaluation of products/services // Teaching language: DE

Electrical Engineering and Semiconductors 1

• ECTS: 4
• Details on this module

This course teaches students the basics of electricity and semiconductor physics. They also learn the practical handling of electrical devices and measurement equipment. // Teaching language: DE

Computer Science Programming 1

• ECTS: 4
• Details on this module

Introduction to software development with Python. // Teaching language: DE

Analysis 1

• ECTS: 4
• Details on this module

Introduction to calculus. // Teaching language: DE

Algebra and Statistics 1

• ECTS: 4
• Details on this module

This module covers the topics of linear equations, matrix algebra and vector geometry as well as elementary probability theory and discrete random variables. // Teaching language: DE

Communication Competence Basic

• ECTS: 2
• Details on this module

In this module, students acquire basic skills for scientific work and professional communication in engineering studies. The focus is on the confident handling of scientific information and the application of effective communication strategies (both oral and written) using relevant AI tools.

Fluiddynamics

• ECTS: 4
• Details on this module

In the Fluid Dynamics module, which forms part of the Fluid and Thermodynamics (FTH) series, students learn the basics of fluid dynamics at UAS Bachelor level. The overriding goal is the selection of pumps for the design of piping systems. // Teaching language: DE

Electrical Engineering and Semiconductors 2

• ECTS: 4
• Details on this module

Working on from the ELHL1 module, students acquire a more in-depth knowledge of electronics. This includes an understanding of important analog electronic components such as diodes, transistors and operational amplifiers, as well as the basic function of switching power supplies. // Teaching language: DE

Computer Science Tools

• ECTS: 2
• Details on this module

Students learn to solve technical and numerical problems scientifically using MATLAB software, to prepare, analyze and present data and to document them. They will be able to visualize mathematical relationships, prepare graphics for technical documentation, graphically represent and simulate systems with differential equations and solve symbolic equation systems. This course includes an introduction to Boolean algebra with logical variables and state machines. An overview of common open source software tools for simulation is given. // Teaching language: DE

CAD for EU

• ECTS: 2
• Details on this module

Students learn how to use a three-dimensional, architecture-oriented CAD system and apply it in practice. They take a look at heating and cooling load calculations based on this and also at pipe and duct planning. Students will be able to estimate the time necessary for CAD work. // Teaching language: DE

Analysis 2

• ECTS: 4
• Details on this module

Advanced calculus // Teaching language: DE

Algebra and Statistics 2

• ECTS: 4
• Details on this module

This module covers linear transformations, eigenvectors and eigenvalues, continuous probability distributions, the Gaussian distribution, the central limit theorem, deductive statistics and also linear regression. // Teaching language: DE

Elective Module Communication

• ECTS: 2

You have the option to choose from a portfolio of various communication modules.

Metrology in Solar Systems

• ECTS: 4
• Details on this module

Students learn methods for measuring the electrical performance of photovoltaic cells. Working in a team, students measure the electrical current and voltage of solar cells as an essential part of the lab project. Commercial software is used for data acquisition and analysis. // Teaching language: DE

Technology Field Analysis

• ECTS: 4
• Details on this module

The Technology Field Analysis module provides prospective engineers with the essential methodical skills crucial for technically oriented companies to be able to identify promising development directions for service and product improvements in a dynamic market environment. // Teaching language: DE

Thermodynamics

• ECTS: 4
• Details on this module

In the Thermodynamics module of the Fluid- and Thermodynamics (FTH) series, students learn the basics of thermodynamics at UAS Bachelor level. The overall goal is to understand the changes of state of gases in technical processes. // Teaching language: DE

Analysis 3

• ECTS: 4
• Details on this module

The topics covered by Analysis 3 are calculation with complex numbers and the solution of ODEs, including the Laplace transformation. In the second part, the focus is on multidimensional analysis and aspects of the vector analysis. // Teaching language: DE

Physics 1

• ECTS: 4
• Details on this module

Basic physics and methods for the following: 1) Kinetics and dynamics of one and two-dimensional motion of mass points (with circular motions and vibrations) 2) Wave propagation and related phenomena (transmission, reflection, refraction, interference) 3) Conservation principles and balancing. // Teaching language: DE

Elective Module Communication

• ECTS: 2

You have the option to choose from a portfolio of various communication modules.

Technology Assessment

• ECTS: 4
• Details on this module

Fundamentals of Life Cycle Assessment (ISO 14040/44) // Application of life cycle assessment methods using a concrete case study (energy technology) with the SimaPro® software // Presentation of the results in a technical report and in a final presentation // Teaching language: DE

Applied Heat Transfer

• ECTS: 4
• Details on this module

In the Applied Heat Transfer module of the Fluid- and Thermodynamics (FTH) series, students are taught the basics of heat transfer at UAS Bachelor level. The overall goal is the design of heat exchangers for technical applications. // Teaching language: DE

Material Technology for EU

• ECTS: 4
• Details on this module

Students acquire the ability to understand, analyse and answer current, problem-based questions of energy and environmental technology using materials science and chemistry models and tools. They study the relevant properties of materials and substances in combined theoretical and practical work. // Teaching language: DE

Numerics

• ECTS: 4
• Details on this module

Introduction to numerical methods for engineers. // Teaching language: DE

Physics 2

• ECTS: 4
• Details on this module

The Physics 2 module covers the basic physics and methods in the fields of electrostatics, magnetism, electromagnetism, optics and radioactivity. Using selected examples, students learn about and employ the physics way of thinking and working as part of the engineer’s modern technical thinking. // Teaching language: DE

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Project Management in Energy Plant Construction

• ECTS: 4
• Details on this module

In the Project Management in Power Plant Engineering module, students learn to apply project management techniques to areas of power plant engineering. The module forms part of the project modules in the course. // Teaching language: DE

Solar Technology Solar Power

• ECTS: 4
• Details on this module

The functional principles of solar cells and module technology are covered. Software tools are used in the engineering design of PV plants, starting with very basic simulation tools and progressing to commercial software tools in a project. Performance calculations and energy analysis are taught. // Teaching language: DE

Introduction to Electrical Power Grids

• ECTS: 4
• Details on this module

Students learn the physical and technical fundamentals of AC circuit theory together with the frequency-dependent behavior of electrical circuits and networks. They also gain an understanding of the real behavior of the key components of AC circuits and related phenomena, like the skin effect. // Teaching language: DE

Statics Strength of Materials Physics 3

• ECTS: 4
• Details on this module

A major objective of this module is to present the basic concepts and principles of statics for rigid and deformable bodies to engineering students. // Teaching language: DE

Refrigeration and Heat Pumps

• ECTS: 4
• Details on this module

Students learn the basics of chillers and heat pumps and are later able to plan and build these systems in an energy and environmentally friendly way. The thermodynamic processes in the refrigerant are considered in detail and possible cycle processes are analysed. The refrigerants that can be used are the subject of the course. The basics of deep and near-surface geothermal energy are taught in order to capture environmental heat from the ground.

Elective Module

• ECTS: 2

The context modules offer you the opportunity to acquire supplementary skills outside of your technical major. They cover the following topics: Sustainability and Environment // Innovation and Technology Management // Data Science and AI // Business and Finance // Social Sciences and Intercultural Competence // Law and Governance // Project and Conflict Management // Resilience and Risk Management // Mobility and Transportation

Smart Grid and Electromobility

• ECTS: 4
• Details on this module

The design and analysis of different supply profiles for renewable power sources and charging strategies for electromobility are the central elements of Smart Grid Electromobility (SMEM) solutions. A new innovative SMEM solution will be developed and presented by the different student teams. // Teaching language: DE

Thermal and electrical Fundamentals of Power Plant Technology

• ECTS: 4
• Details on this module

This module comprises a thermal and an electrical part. The thermal part deals with the thermodynamic fundamentals of different types of thermal power plants and the function of individual system components. In the electrical part, the basics of electrical drive and generator technology are taught. // Teaching language: DE

Control Engineering

• ECTS: 4
• Details on this module

In this course, the fundaments of the classical control theory are reviewed, including basic methods for analysis and controller design. // Teaching language: DE

Transformation of socio-technical Systems

• ECTS: 4
• Details on this module

Students are enabled to think (self-)critically and embed technological and social science solutions in economic and social systems, to understand the challenges of the transformation of energy, mobility and resource systems and to substantiate these methodically and technically. // Teaching language: DE

Planning and Operation of Decentralised Energy Systems

• ECTS: 4

Project Thesis: Energy and Environmental Engineering

• ECTS: 6
• Details on this module

In their project thesis, students perform their individual analyses of a topic centred on the study specialisation they have chosen for their energy and environmental technology studies, working in close collaboration with partners from industry and the supervising lecturer. // Teaching language: DE/EN

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology

Interdisciplinary elective module

• ECTS: 4

The interdisciplinary elective modules cover a wide range of disciplines, including the following areas: Application of Advanced Mathematics in Engineering Practice // Introduction to Machine Learning // Modern Physics // Blockchain Technologies and Their Applications // Digital Assistance Technologies // Digital Health // Sensor Technology // Fundamentals of Digital Signal Processing of Sensors // Sustainability Management // Safety-Critical Systems // System Dynamics Modeling // Future Technologies of the Internet of Things // Safety and Systems Engineering

Bachelor Thesis: Energy and Environmental Engineering

• ECTS: 12
• Details on this module

Within this bachelor thesis you perform your individual analyses of a topic which is centred in the topic of your chosen study specification of the energy and environmental technology studies in close collaboration with the partner from industry and the supervising lecturer. // Teaching language: DE/EN

Elective Module

• ECTS: 4

The degree programme in Energy and Environmental Engineering is based on three specialisations. To acquire a broad range of knowledge, in addition to your chosen specialisation, you must take a total of three modules from the other two specialisations, including at least one module from each specialisation.

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology

Specialisation Module

• ECTS: 4

In the final year of your studies, you will choose one of three specializations: Electrical Renewable Energies // Thermal Energy Technology // Sustainability and Technology