Study Guide: Bachelor "Energy and Environmental Systems Engineering" 2022/2023

ENERGY AND ENVIRONMENTAL SYSTEMS ENGINEERING

BACHELOR 2022/2023

Environmental problems such as climate change, or air pollution threaten our ecosystems, health, and sustainable growth.

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Concept of the study program

Due to its environmental impact and its role as a driver of economic growth, energy ranks among the top global challenges for humanity. In addition, natural resources become ever scarcer and environmental problems such as climate change, the handling of waste and air pollution threaten our ecosystems, health, and sustainable growth. The BSc in Energy and Environmental Systems Engineering allows students to focus on these important topics.

This fully English-taught engineering degree program is unique in Switzerland and brings together students and faculty from all over the world to shape future-ready energy and environmental systems.

Program features This modular degree program combines electrical, mechanical and environmental engineering skills with a holistic and systemic view. A BSc in Energy and Environmental Systems Engineering enables graduates to assess, adapt, and create energy and environmental systems from a technological, economic, ecological, and social perspective.

The program sets the foundation for a career in a broad range of organizations and enterprises with an energy and environment-focused mission. It also prepares graduates for management tasks, enabling them to address global challenges such as climate change, water and air pollution control, waste disposal, recycling and sustainability. The BSc degree constitutes a solid base for a Master’s program in General Engineering, Energy Engineering, Environmental Engineering or Business Engineering.

Thanks to the university’s participation in various national and international research programs, the degree also offers insight into cutting-edge solutions to advance national and international energy and environmental targets.

“Studying Energy and Environmental Systems Engineering empowers you to shape the future.”

Do you have any questions?

Prof Sabine Sulzer Worlitschek, PhD Head of the Bachelor’s Program in Energy and Environmental Systems Engineering +41 41 349 35 97 E-Mail: sabine.sulzer@hslu.ch

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The campus of Lucerne School of Engineering and Architecture is located at the foot of mount Pilatus, on the shores of Lake Lucerne.

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Concept of the study program

Interdisciplinary Curriculum Energy and environmental systems require a comprehensive knowledge of various disciplines. Lecturers from various institutes and departments will teach you in their field of expertise. In selected modules, our in-house lecturers will impart knowledge on how to combine the skills associated with these fields.

Our collaborative approach with all relevant institutes involved, allows you to gain a holistic view on energy and environmental systems. In parallel, you gain the professional depth in the disciplines. You have the opportunity to further deepen your knowledge by choosing related modules and selecting lecturers for your Bachelor thesis from the desired institutes.

International experience A diverse faculty and student body due to the fully taught English program create an international, multi-cultural environment. Projects with globally active companies and the possibility to participate in an exchange program add to this environment.

Open doors Classes are open to visitors. For details, please email marion.meissner@hslu.ch, Senior Assistant Energy and Environmental Systems Engineering.

Consecutive Master’s programs The internationally recognized “Bachelor of Science in Energy and Environmental Systems Engineering” degree qualifies graduates for admission to a consecutive MSc in Engineering at our university, and to various Master’s programs at our partner universities.

Flexible time models Be it full time or part time, the degree program allows for maximum flexibility.

Moreover, students may switch between time models at the end of any given semester. Students typically start the program in the fall semester (September), but starting in the spring semester (February) is also an option. Depending on the time model, a Bachelor’s degree may be earned within three to five years.

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Students of the degree program “Energy and Environmental Systems Engineering” learn in small groups the basics through experiments.

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Specialization

In order to develop a systemic understanding, the program offers students two selectable specializations with a range of well-alligned modules: Specialization Energy Systems The intermittent and decentralized availability of energy from various renewable sources requires suitable storage and power grids. Combined with the fast advancement of digitalization, smart networks and fast communication, this enables the emergence of new business models governed by local and global policies.

Modules • Energy Storage Systems • Electrical Power Grids • Renewable Energies – Solar and/or Bioenergy • Energy Trading, Economics and Policies

Specialization Environmental Systems The growth of population and its needs require a more sustainable management of resources and waste to preserve nature and the health and welfare of human beings.

The global sustainable development goals require holistic and systemic solutions along the entire value chain, addressing resource extraction, processing, use, re-use, recycling, and disposal.

Modules • Water Management and Treatment • Air Pollution Control • Waste Management and Recycling • Environmental Law and Regulations Students have the option to earn a double specialization within a unique, flexible and modular curriculum by linking all these factors.

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Academic and practice-based learning.

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Admission criteria

Admission criteria Admission to the Energy and Environmental Systems Engineering degree program at the Lucerne School of Engineering and Architecture requires that three criteria must be fulfilled: 1. Education A higher secondary education certificate, qualifying for university admission in the candidate’s country of origin. Other study/vocational training diplomas plus additional examinations qualifying for admission to a university of applied sciences are also considered. The qualification equivalency of a foreign university entrance qualification is assessed according to www.swissuniversities.ch 2. Work experience Any degree program at the Lucerne School of Engineering and Architecture requires students to have at least 12 months of relevant work experience (full-time).

Alternatively, students may complete a 11-month internship and complement it with a tailored four-week technical training at the Lucerne School of Engineering and Architecture.

3. Language skills Candidates must be proficient in English at CEF C1, IELTS 7.0, TOEFL IBT 95 level or equivalent. A copy of the language certificate must be submitted with the application.

Candidates without certificate will be provisionally accepted and must submit the required certificate prior to the start of the first semester.

Do you need help in English?

German speaking students may select certain modules taught in German during the first year. Those students must meet the English language requirements mentioned above by the end of their first year of study. The Lucerne School of Engineering and Architecture offers additional language courses in English and various other languages.

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Students spend an extremely inspiring block week participating in the Sahay Solar Initiative (a collaboration with Arba Minch University Ethiopia) and designed, built and commissioned a 5kW PV system.

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Product development in practice, in interdisciplinary teams

Throughout the study program, students apply their knowledge to projects, often specified by industry. These project modules form a central part of the program and provide practical experience.

Before starting individual projects in the final year of study – including their Bachelor thesis – students from various disciplines are tasked with the joint development of a smart product. Specifications vary from year to year, one example was the development of a portable automated solar tracker. Students had to design a charger for electronic devices such as mobile phones, with maximum user-friendliness in charging and power mode. To maximize the net power gain during a given period, a PV panel was designed to follow the sun by moving on a one or two-axis tracking system at minimum electricity use for the motors. A two-week competition for maximum measured performance in terms of net electricity production among 13 solar trackers marked the conclusion of the project.

The winning prototype, “Solanthus”, with its appealing design, is waterproof and wind resistant. It can charge a minimum of two mobile phones and is therefore perfectly suited for camping.

“After my Bachelor’s degree in Energy Systems Engineering my employer values my broad background knowledge in the energy sector, my ability to break down complex problems into solvable tasks as well as my expertise in scientific writing and documenting.”

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Paula Frey Fachplanerin Energie, Gruner AG Alumna 2020

Your individual competence profile

Design your studies in a very personal and individual way.

Thanks to the large number of elective modules and the personal support provided by our experienced lecturers, you can shape your studies to your future career or industry of your choice. You can tailor 40% of your study program to your individual interests your skills and the corresponding timetable to your individual interests. On the right you can explore how you can create your individual competence profile

“The BSc EESE is a very diverse program which overlaps with many different fields of sciences.

Understand the relevant impacts energy had in each field allows for a systems understanding. Only with systems thinking can we understand the bigger picture and coordinate an ecosystem which progresses. This approach helps me daily at my job at Ernst & Young as a Managerial Consultant in transactions.”

Shlok Joshi Consultant, Ernst & Young AG Alumnus 2019

Explore the study programm interactively:

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Projects International Project

Business Practical Module

New Business Development Digital Business Models Digital Business Process Engineering

Professional Experience

Innovation Financing Sales Management Bachelor Thesis

Supply chain Management Operational Excellence Service Innovation

Industrial Project

International Marketing B2B Marketing

Engineering Product Development 2

Strategic Mgmt & Product Mgmt Controlling

Energy trading, Economics & Politics Ele Corporate Ethics & Ba ctr Co sic Ele ica m Social Behavior so pu c l t E f ric te ng Marketing Ap al rS Ele Elec ine pli En tri cie ctr e e c g r nc Management dP al ica ing i n e Dr ee lP ro s F & Accounting Co ive rin ce ow un Us ns ss gW Sy er da oli ab Co ste Gr m da ith ilit n i en m ds tio tro y L s ta a n l Electrical b ls

Engineering

Energies, Fluids, Processes Lab 1 Energies, Fluids, Processes Lab 2 Technical Mechanics Materials

Thermodynamics, Fluid Mechanics Renewable Energies – Solar Renewable Energies – Bio Energy Storage Systems Heat & Fluid Machinery PINCH

Mechanical Engineering

Engineering Product Development 1

Context 2 Context 1

System, Design & Building Technology

PV Ethiopia Construction Physics Building Technology Design Fundamentals Sustainable Energy Systems

Systems Modeling Systems Engineering

Mathematics Fundamentals En viro nm Mathematics & Physics Technology 1 en tal Ch em istr Mathematics & Physics Technology 2 y& Bio En log Statistical Data Analysis 1 viro y nm Statistical Data Analysis 2 en tal En En Linear Algebra gin viro e nm eri ng en tal &E Fundamentals Law Wa col og ste s& y &R Re gu ecy lat clin ion Wa g s ter /W ast e wa Air ter Po Tre llut atm ion Co en t ntr Wi nd ol Po we r& Eco tec hn olo gy Environmental

Engineering

Core Modules, mandatory Core Modules, elective – regarding specializations Core Modules, elective – regarding business certificate Related modules

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Structure of the Bachelor program Energy and Environmental Systems Engineering Core modules

At least 90 ECTS credits are to be earned

ENERGY

Advanced

ENVIRONMENT

Water Management and Treatment 3

Energy Storage Systems

3 Renewable Energies – Solar Energy

or

Intermediate

Renewable Energies – Bioenergy

Electrical Power Grids

3

Air Pollution Control

3

3 Waste Management and Recycling 3

3

Sustainable Energy Systems

Energy Trading, Economics and Policies 3

Environmental Law and Regulations 3

Thermodynamics and Fluiddynamics

Environmental Analysis and Ecology

6 Corporate Ethics and Sustainability

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Strategic Management and Product Management

Applied Process Control

6 Mathematics and Physics Technology 2

6 Quantity of ECTS credits (here 6)

6 Controlling

3

Mathematics and Physics Technology 1

Energies, Fluids and Processes Lab 2 3

3 Electrical Engineering Consolidation 3

Systems Modelling

3

Technical Mechanics

Marketing Management and Accounting

3

6 Compulsory modules 12 ECTS of one of the two specializations are compulsory to obtain the respective specialization Elective modules

6

Materials Lab

6

Basic

3

Mathematics Fundamentals

Energies, Fluids and Processes Lab 1 3

Electrical Engineering with Laboratory Work

3

6

Computer Science Fundamentals

6

6

Environmental Chemistry and Biology 3

Systems Engineering for Energy & Environmental Systems

3

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Project modules

Related modules

At least 39 ECTS credits are to be earned

At least 15 ECTS credits are to be earned

Bachelor Thesis

Digital Business Models

New Business Development

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12 Industrial Project

Practical Modules

International Project

3/6 Professional Experience

6

Engineering Product Development Project 2

Digital Business Process Engineering 3

Operational Excellence

Heat & Fluid Machinery in Power Plants

Supply chain Management

6

3

3

Basics of Electrical Drive Systems 3

Leadership (Intensive week)

Engineering Product Development Project 1

3 Energy Optimization with Pinch Analysis 3

Innovation Financing

6

3

3

Service Innovation

3

3

3

Building Technology Systems

Statistical Data Analysis 2

3

International Marketing

Statistical Data Analysis 1

3

6

Sales Management (Intensive week) 3

3 Design, build and commission Photovoltaic in Ethiopia (intensive week in Feb) 3

B2B Marketing

3 Context 2

Linear Algebra

3 Context 1

Design Fundamentals

3 Windpower and Ecotechnology (Intensive week)

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15

3

3

Construction Physics for Building Technology 3

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Usability

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Available modules

The curriculum is composed of compulsory as well as elective modules, both of which generally extend over a full semester. The modules take place during the contact studies of the semester, as laid out in the schedule on page 26/27. Intensive weeks are an exception in that they take place on a full-time basis prior the the contact studies.

The module descriptions provide an overview of required previous knowledge, aim and content of the modules, course load and kind of final assessments.

Refer to pages 17–21 for the brief module descriptions.

Modules available in both languages, German and English, are marked with “DE” and “E”.

Students are able to create a personal curriculum by selecting modules to suit their interests and prior knowledge.

Core modules Core modules teach essential professional and methodological skills. At least 90 ECTS credits of this type must be earned, corresponding to roughly half of the program requirement.

Related modules Related modules allow the students to familiarize themselves with topics from an extended scope of their future careers, helping them acquire specific knowledge and develop a distinct profile.

Minor modules Minor modules cover non-specialist skills and enable students to put their knowledge and decision-making in a larger societal, cultural, ethical and economic context. The broad range of available minor modules is amended and adjusted every semester.

ECTS credits ECTS is short for European Credit Transfer System.

ECTS credits measure learning achievements. Every type of tertiary education is awarded with a specific number of ECTS credits, depending on the workload associated with the modules involved. One ECTS credit represents approximately 30 hours of study.

A bachelor’s degree is generally obtained once 180 ECTS credits have been earned. The ECTS allows for a transparent recognition of study programs.

Project modules Project modules confront students with real-life projects and challenges. While consolidating the students’ professional skills, they mainly focus on the development of methodological skills.

“ESE provided a balanced blend of technology, sustainability, business sense and application. This was enhanced further by very flexible, understanding & supportive faculty. This strengthened the fundamentals well. Strong connects with industry allowed networking with key companies. For me, this laid a good foundation for my role as a Jr Project Manager at Hitachi ABB Power Grids.”

Muskaan Vaidya Project Manager, Hitachi ABB Power Grids Alumna 2021 16

Brief description of modules

Core modules – Compulsory Applied Process Control Compulsory The concepts of systems and signals will be elucidated.

They will be characterized by means of the LaplaceTransformation. Students will get familiar with feedback loops and will learn to design controllers that guaranty stability and performances. Laboratories will help to consolidate the acquired knowledge.

Computer Science Fundamentals Compulsory Introduction to computer science and the Internet, information systems in companies, cloud-management, fundamentals of programming, databases, interconnecting computers, Internet of Things.

Corporate Ethics and Sustainability Compulsory Fundamentals of Business Ethics (BE) and Corporate Responsibility (CR) for a practical use in different management positions. Students learn on the basis of case studies to get in contact with practitioners for exchange of experiences. Basic and well-grounded overview about BE/CR and central concepts, empirical situation, theoretical discussion and the implementation in management practice. Students will apply gained knowledge in energy-related simulation game allowing to experience real-world ethical challenges.

Electrical Engineering with Laboratory Work Compulsory DE/E Fundamentals of electrostatics, direct current, magnetic fields, and alternating current. Become acquainted with key components and systems through laboratory experiments.

Electrical Engineering Consolidation Compulsory DE/E Consolidation of basic applications: due to enhanced mathematic skills it is possible to formulate and understand more realistic models. Analysis of meshed linear circuits for direct current and sinusoidal alternative current. Investigation of non-linear behaviour by analysing ferromagnetic circuits.

Energies, Fluids and Processes Lab 1 Compulsory DE/E Introduction to the fundamentals of energy technology, balancing of systems (mass, material and energy), state variables and fluid properties (gases and liquids), forms of energy and energy transformations, basics 17

of heat transfer, energy conservation for fluid mechanics (Bernoulli equation) and thermodynamics (1st LT) for closed and open systems). Practical relevance through lab tests with heat exchangers, pumps, compressors.

Energies, Fluids and Processes Lab 2 Compulsory DE/E Consolidation of the fundamentals of energy technology. Handling of complex energy conversion processes and machines based on laboratory tests (pelton turbine, heat pump, combustion process).

Environmental Engineering and Ecology Compulsory Introduction to fundamental concepts of environmental analysis and ecology, including sustainability, ecosystems, biodiversity and climate system; environmental impact assessment of conventional and renewable energy sources; implications of CO² emissions and other pollutants on natural systems and human mankind; application of analytical and economic tools for evaluating environmental impacts and causes of environmental problems.

Environmental Chemistry and Biology Compulsory The following topics are covered: Atomic structure; isotopes; electron configuration of atoms; chemical bonds and structure of molecules; Introduction to organic compounds and aqueous solutions and ions. Chemical reactions and energy, as well as chemical equations and reversibility. Fundamentals of contamination, air pollution, water and soil chemistry. Natural composition of oceans and lakes. In addition, laboratory exercises and excursions are carried out.

Marketing Management and Accounting Compulsory DE/E Understanding the fundamentals of marketing, knowing and applying the methods of marketing research, conception, implementation and controlling, using financial information for decision making, applying basic financial and management accounting methods, basic understanding and ability to analyze financial reporting.

Mathematics Fundamentals Compulsory DE/E Development of the fundamental ideas of differentialand integral calculus (continuity, differential, infinitesimal growth, limit, integral). Derivation of the basic rules of calculus (product, quotient, chain rule, integration by substitution, integration by parts). Understanding the notions of variables and functions (dependen-

Brief description of modules

cies, physical dimensions, growth, concavity, critical points, extremals, inflection points). Key examples from physics, geometry and applied sciences (position, velocity, acceleration, rates of change, tangent lines). Standard applications (optimization, analysis of functions, computation of volumes and areas). Infinite sequences and series.

Mathematics and Physics Technology 1 Compulsory DE/E Basic concepts of mechanics and required mathematical tools. The latter include complex numbers, polynomials and differential equations. Based on these mathematical tools the following subjects in physics are covered: dynamics of point masses and rigid bodies using Newtons laws, the concepts of energy, work and momentum, and conservation laws in translational and rotating systems.

Mathematics and Physics Technology 2 Compulsory DE/E Math: partial differentiation, total differentiation, introduction into the calculus of probability and descriptive statistics. Physics: Microscopic description of heat, temperature and gas pressure. Oscillatory motion: simple harmonic, damped and driven oscillations. Wave motion and acoustics.

Materials Lab Compulsory Overview, structure and types of engineering materials like metals, plastics and ceramics including production and/or manufacturing processes. Experimental work in the laboratory on elasticity and plasticity of materials, tension tests on metals, impact test on metals at different temperatures and metallography.

Case studies on lightweight structures.

Sustainable Energy Systems Compulsory Addressing the question of "When do solutions deserve to be called 'sustainable'?" Investigate methods and innovations that address conditions of new systems, including the provisioning of energy, its processing, distribution, application and conversion as well as environmental footprint and responsibility for everyone on our planet; focus on questions of economic feasibility.

Systems Engineering Compulsory Introduction to the design and management of complex systems over their life cycles. Appropriate delimitation of systems. Illustration of the complexity of energy and

environmental systems. Possibilities to structure systems and to reduce complexity of systems.

Systems Modelling Compulsory Fundamentals of mathematical description of systems and introduction of modelling tools. Students learn how to describe mathematically a system (linear models), as well as how to implement and solve the system in MATLAB. Basics on how to run sensitivity analyses will also be taught in this module.

Technical Mechanics Compulsory Introduction to design methods and materials selection in design process. Overview of machine elements and their applications. Introduction to engineering mechanics: plain statics and strength of materials.

Thermodynamics and Fluid Dynamics Compulsory In-depth analysis of conservation variables in fluid mechanics and thermodynamics, analysis of state changes and compressibility, meaning of friction (dissipation) and entropy (irreversibility), 2nd law of thermodynamics, analysis of the boundary layer and impact on practical applications. Extended introduction to heat exchange, dimensional analysis, similarities, key figures, clockwise and counterclockwise thermodynamic cycles.

Core modules – Specialization in Energy Systems Electrical Power Grids Compulsory/Elective The following topics are covered: Transformation of primary into electrical energy. Fundamentals of the main grid components of a power system (generators, transformers, substation and transmission lines/cables). Grid analysis techniques such as load-flow and short-circuit calculation. Methods of power system control. Analysis of blackouts and concepts of protection systems.

Energy Storage Systems Compulsory/Elective Principles of energy supply, with a focus on renewable energies. Importance, application and overview of energy storage. Planning and use of modern energy storage. Storage of thermal energy: Fundamentals of thermodynamics, exergy analysis and interpretation, modeling and application, thermal energy networks.

Storage of electrical energy: fundamentals of electrical storage, analysis and interpretation. Modeling and ap18

plications and electrical networks. Combined use of thermal and electrical energy storage in networks and interplay of forms of energy (Power to Gas, Power to Heat, electro-thermal energy storage). Accompanying laboratory exercises on current topics in energy storage technology.

Renewable Energies – Bioenergy Compulsory/Elective The technologies for energy from biomass are presented with focus on combustion in residential and industrial applications for heat, combined heat and power (CHP), and dedicated power. Further, biofuels production by anaerobic digestion (biogas), fermentation (bioethanol) and synthesis are discussed. For relevant applications, investment costs are described and economic assessments of bioenergy production are discussed.

Renewable Energies – Solar Energy Compulsory/Elective Imparting of physical fundamentals and technologies regarding the usage of solar energy. Along with solar heat in buildings also photovoltaics and concentrated solar thermal processes to generate electricity are discussed. Furthermore, planning fundamentals and commercial planning software as well as costs and profitability are part of the module.

Energy Trading, Economics and Policies Compulsory/Elective Examine structures and trends of trading renewable energies as opposed to trading grey energies, trading CO2 certificates and related products, innovations in this area, political guidelines and their international ramifications.

Core Modules – Specialization in Environmental Systems Air Pollution Control Compulsory/Elective Understanding the formation and release of emissions, extend and corresponding effects of emissions, transmissions and immersions of individual pollutants, knowing and applying air pollution control technologies, classification of gas treatment processes and defining their area of application.

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Environmental Law and Regulations Compulsory/Elective Introduction to the main content and effectiveness of Swiss and international environmental law, spatial planning, water protection and soil protection laws, nature conservation laws, air pollution control and climate protection laws, environmental law in the handling of hazardous and critical chemicals, substances and organisms, national and international environmental policy making and instruments.

Waste Management and Recycling Compulsory/Elective Introduction to waste management and waste categories, thermal treatment of municipal and industrial waste, sewage sludge and hazardous waste. The module deals with the final disposal, sorting and separation techniques of waste and discusses the technical fundamentals of recycling, alternative processes for thermal waste treatment and current trends/developments. In addition, laboratory exercises and excursions are carried out.

Water Management and Treatment Compulsory/Elective Introduction to drinking- and waste water systems and infrastructure, waste water constituents and water quality assessment, municipal and industrial waste water treatment, techniques of waste water treatment, rainwater and drinking water treatment processes, knowledge of planning and design of drinking- and waste water engineering processes, water / grey water re-use.

In addition, laboratory exercises and excursions are carried out.

Core modules – Elective Controlling Elective Business Insights, Conceptualizing of a Management Control and Information System for Management Control along the whole value chain.

Strategic Management and Product Management Elective Fundamentals of strategic management, importance of corporate objectives, execution of strategic analysis, approach to strategic options, implementation, and controlling; fundamentals of product and innovation management, execution of a product lifecycle and a port-

Brief description of modules

folio analysis, creation of a business model canvas, fundamentals of requirements engineering, approaches to market launch, concepts for service management and product controlling.

Project modules Bachelor Thesis Compulsory Independent execution of a very challenging task as an individual project within a company in the context of energy and environmental systems engineering. Application and deepening of problem solving, project management and professional competencies learned during the course of study and under consideration of the systemic context. Creation of convincing scientific documentation and a presentation of the results.

Context 1 Compulsory Step-by-step execution of a project by an interdisciplinary team of students, in product or process innovation coached by subject experts. Gain competences in the fields of project management, research, report writing and convincing presentations.

Context 2 Compulsory Develop English for academic and professional purposes, i.e. English communication skills, furthering presentation techniques and clear concise writing of documents considering their target audience appropriately.

Engineering Product Development Project 1 Compulsory Engineering project: experiencing the development of a product in an interdisciplinary team. Elaboration of market and product requirements; develop, evaluate and verify engineering solution concepts taking into account established ideas- and solution-finding methods.

Set-up of suitable basic tests and prototypes for proof of concept.

Engineering Product Development Project 2 Compulsory Engineering project: experiencing the development of a product in an interdisciplinary team. Integrate the solution-parts to realize, test and demonstrate the overall system concept. Presentation and visualization of solutions, design concepts and the final result to the public.

International Project Elective Hands-on introduction to the Design Thinking method.

Execution of a design project within a team, solving a real life challenge provided by an industry partner. Application and deepening of problem solving, project management and professional competencies. Creation of convincing scientific documentation and a presentation of the results.

Industrial Project Compulsory Independent execution of an individual project within a company in the context of energy and environmental systems eingineering. Application and deepening of problem solving, project management and professional competencies under consideration of the systemic context. Creation of convincing scientific documentation and a presentation of the results.

Practical Modules Elective DE/E Application and development of study-related subjectspecific skills and knowledge as part of a project in a professional context; submission of project applications to the head of degree program; only work-study students admitted; crediting of the acquired skills is made by semester.

Professional Experience Elective DE/E Acquisition of practical and/or entrepreneurial experiences as part of skills gained during the degree program; usually cooperation with an external company or module used by the student to establish their own start-up.

Related modules Basics of Electrical Drive Systems Elective Covering the functional principal, the equivalent circuit and the design fundamentals of the most common electrical machines and power electronic circuits like dc-converters, rectifiers, inverters and converters. Merging the components to efficient drive systems. Discussion of the advantage and disadvantages of the different systems.

Building Technology Systems Elective DE/E Components of the HVAC technology and their function together with the building electrical engineering and building automation, facility systems, system parts and components.

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B2B-Marketing Elective DE/E Basics of management activities that enable a firm to understand, create, and deliver value to other businesses, governments, and/or institutional customers. Inputs and case studies are used for understanding value, i.e. the examination of the three related business market processes; creating value through managing market offerings, new offering realization, and business channel management; and delivering value to customers by understanding the process of prospecting for new business relationships, assessing the mutual fit, making the initial sale, and fulfilling the initial order.

Construction Physics for Building Technology Elective DE/E Introduction to building physics and building construction, outdoor climate, thermal comfort, steady and nonsteady state thermal transmission, transparent elements, air exchange, transient behavior of buildings, energy and sustainability in the built environment, daylight.

Design, build and commission Photovoltaic in Ethiopia (intensive week) Elective Many Health Centers in Ethiopia are far from grid connections. Childbirth mortality at night and cooling of vaccines is a big challenge. A 5 kW decentral Energy System, consisting of photovoltaic panels, batteries, and controls shall help. Participants team-up with local students from AMU (Arba Minch University) and learn together the sizing of the components at AST (Advanced Solar Training Center, carried out by professionals from Sahay Solar and HSLU). The learning and the equipment are then taken to a rural Health center, where the Energy system is constructed, commissioned and handed-over to the local operator.

Design Fundamentals Elective DE/E This module gives an overview of the discipline and processes of industrial design. Parts of the design process such as perception, ergonomics and creativity will be experienced through practical exercises. The ability to innovate is core of this module and will be practiced intensively.

Digital Business Models Elective The module explains what is business model innovation and what is it used for. It reveals how business model innovation is embedded in strategic management. The module introduces the most important business model frameworks and provides hands-on guideline to select, 21

develop, and apply them. In the course of studies an overview of the most important digital technologies will be provided as an enabler for disruptive business model innovations. The students will apply a business model innovation framework to a real-life (digital) case study.

Digital Business Process Engineering Elective This module provides an introduction to the fundamentals, approaches and methods required for digital business process engineering on the basis of a cycle-based framework model (5 phases), which represents a typical management cycle. Different models, methods and techniques are applied, based on concrete practical examples. Transfer of knowledge is been facilitated and active work is necessary (group exercises, case studies).

Energy Optimization with Pinch Analysis Elective Refresher energy and process technology, fundamentals of Pinch Analysis and application of the engineering tool PinCH, representation of processes in composite curves, investment and operating costs, energy and cost targets, supertargeting, design of heat exchanger networks, optimization of utility systems, integration of heat pumps, combined heat and power systems, etc., introduction to batch and multiple base case process analysis, case studies from industry.

Heat & Fluid Machinery in Power Plants Elective Fundamentals, basic components, classification, operating principles, and applications of heat- and fluid machines, including volumetric (positive displacement) machines, pumps, compressors, gas- steam- hydro- and wind turbines, pump turbines, heat pumps, and combined heat & power units. Calculation of the losses in pipelines and piping system elements, knowledge of the characteristics of the heat- and fluid machines (especially pumps) and operation of these energy machines in power plants.

Deeper understanding of selected subjects of heat- and fluid machines by laboratory experiments.

Innovation Financing Elective Introduction to corporate finance, approaches to innovation financing, determining risk and return of investments, understanding capital structure decisions, performing project and company valuation.

Part of the experience: Excursion to the Grimsel hydroelectric power plant.

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Brief description of modules

International Marketing Elective Importance of international marketing for companies being active in today’s business environment, assessment of international environment, importance of cultural diversity, development of international marketing strategies and marketing instruments, management and organization of international marketing activities, application in case studies and in a business simulation in teams.

Sales Management (intensive week) Elective Inputs and business cases to understand, analyze, and optimize both distribution channels and sales organizations. Learn to lead, motivate and measure sales teams by setting appropriate objectives; to develop suitable sales strategies and tools; to understand and deploy key characteristics of sales psychology; to apply essential practices for sales control.

Leadership (intensive week) Elective Students shall understand the concept of leadership and its different aspects and success factors by looking at themselves, their teams and organizations. The training will be based on basic theoretical concepts but to make it more applicable in real life one of the key elements of the training is practicing with tools that leaders apply to be successful. One of the aims of the training is to prepare the students for their future roles as leaders: project leaders or product managers.

Service Innovation Elective The focus is on service innovations that aim to make the most of high value capital equipment. The creation of high impact innovation by cross-functional project teams will be discussed. The stage gate innovation process will be described and limitations will be discussed within the context of service products and service industries. Service Design Thinking plays a major part of the module.

Linear Algebra Elective DE/E Basics of linear algebra including matrix algebra and its applications, in particular on differential equations; modelling and discussion of applied problems; solution of mathematical problems with analytical and numerical methods, their graphical representation, in particular, using numerical software as e.g. MATLAB. New Business Development Elective The module teaches how to design a new business development strategy and how to set up a related project. The presented framework is embedded in strategic management, business model innovation, corporate finance, and project management. The module strongly relies on case studies. The module covers intrapreneurship, ambidextrous organization designs, venturing, mergers, acquisitions, joint ventures, negotiations tactics, legal aspects, integration management/change management.

Operational Excellence Elective Deepened analysis of the Supply Chain of industrial companies. in search of Excellence, based on the principles and tools of the Toyota Production System and its evolution into Lean Management. These concepts and tools will be explained and applied in several case studies and in a final production simulation over three days, so that participants will "touch with their hands" the significant difference between traditional and "lean" approaches in Operations.

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Statistical Data Analysis 1 Elective DE Foundations of probability theory and statistics, comprehension and interpretation of summary statistics and distributions, analysis of data samples, dealing with estimation and test problems, setting up a suitable experimental design, analyzing and interpreting regression models.

Statistical Data Analysis 2 Elective DE Regression analysis: multiple linear regression with parameter assessment, graphic validation of models, variable transformations, prediction and confidence intervals for target variables, statistic tests and confidence intervals for parameters, variable selection, Ridge and Lasso Regression.

Classification: classification concepts, logistic regression, CART, random forests, support vector machines (SVM) and model evaluation through cross validation.

Time series analysis: descriptive time series analysis, STL disassembly, autocorrelation, AR and ARIMA model with parameter assessment, GARCH, confidence and prediction bands, model selection.

Brief description of modules

Supply Chain Management Elective Introduction to the supply chain of industrial companies, through examples from various businesses, analysis and discussion of business cases, including the use of simulation software. Starting with a high-level view of the Supply chain across several tiers, then analysing in detail the Logistics activities in a company. Moving to Sourcing strategies and tools for strategic and operational Purchasing, Ending with Production, Costing, Risk management and Sustainability.

Windpower and Ecotechnology (intensive week) Elective Basics of wind energy engineering, starting with determination of wind power potentials, applied to different kinds of turbines and systems including selection of materials and components up-to the estimation of electrical power production. Based on actual installations, stakeholder analysis and environmental impact analyses are applied to assess the impact of emissions on humans and ecosystems.

Usability Elective Physiology and Psychology of human being, recognition and interpretation, GUI Design, Usability and Quality, Usability methods (e.g. User Questioning, Personas, Scenarios, Styleguides, Prototyping, Usability-Testing) and Project integration, User Centred Design, Accessibility and User Experience.

Study in beautiful Lucerne and anywhere else in the world.

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International matters

Broaden your horizon An exchange semester greatly enhances a student’s personal, professional and social life. You may complete up to two semesters at one of the listed partner universities abroad.

Selecting specific options may even allow for an additional degree from a partner University, i.e. a dual degree.

For further information, visit www.hslu.ch/ea-international

Co-operation: Partner universities abroad 1 California Polytechnic State University (CalPoly), USA 2 Coventry University, United Kingdom 3 Edinburgh Napier University, United Kingdom 4 Fachhochschule Technikum Wien, Austria 5 Halmstad University, Sweden 6 Hong Kong Polytechnic University (PolyU), Hong Kong 7 Indian Institute of Technology (IIT) Roorkee, India 8 Kasetsart University, Faculty of Engineering, Bangkok, Thailand 9 Mid-Sweden University, Sweden 10 Murdoch University, Perth, Australia 11 Musashino University, Tokyo, Japan 12 Pôle Léonard de Vinci Paris, France 13 Stellenbosch University, South Africa 14 SungKyunKwan University (SKKU), Seoul, South Korea 15 Universidad de Ingeniería & Technología (UTEC), Lima, Peru 16 Universidad de Monterrey (UDEM), Mexico 17 University of the Sunshine Coast, Australia

“Studying in a Scandinavian country has always been my dream. During my semester abroad, I appreciated the way of teaching at Halmstad University. The group work expanded my knowledge and teamwork skills – and incidentally my network and language skills.”

Tushita Prakash Student MSE in Business Engineering Alumna 2021

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Useful information

Application For organizational and administrative reasons, we recommend you sign up for the program at least four months before the commencement of studies. Later registrations are possible as well. Apply now on www.hslu.ch/ta-anmeldung

Accommodation For affordable accommodation, visit www.stuwoluzern.ch/en

Military Service Contact Prof. Urs Grüter for all Swiss military matters: urs.grueter@hslu.ch

University Sports Lucerne UASA offers an attractive and wide-ranging sports program: www.unilu.ch/en/life-at-university/ sports/

Grants and Scholarships You may be eligible for grants or scholarships. If you are studying for your first degree, please contact your parents’ Canton or country of residence. For further information, visit www.hslu.ch/scholarships

Living and Learning In our project spaces and labs, you will work with a practical and interdisciplinary focus. Particularly convenient: the technical library with its broad range of media is a short ten steps away from the cafeteria.

Schedule 2022/2023 Calendar weeks

Start of academic year: MO 19.9.2022

Start of the semester modules:

Christmas break

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Contact studies Introductory days Intensive weeks Vacation Exam period End-of-module assessment Bachelor-Thesis/ Graduation Ceremony Fall semester Spring semester

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Lucerne University of Applied Sciences and Arts – School of Engineering and Architecture

Focus on the future Get ready for a sustainable and digitally transformed working world with our degree programs.

Self-employment Do you want to prepare yourself for future self-employment? The Smart-up scheme provides support and advice. www.hslu.ch/smart-up

Flexibility Our programs are designed to fit your needs. You can choose from a range of time models, shape the key elements of your program or fill specific gaps in your previous education.

Interdisciplinarity Teaching at our School is interdisciplinary. You will closely collaborate with students from other programs. More than half of our modules are available to students from more than one program.

Practical focus We provide you with the skills for your future career. Students closely collaborate with real-life businesses throughout their program, including their thesis projects.

Campus Are you more of a mountain or a city person? Our campus is conveniently located and easy to reach from both rural and urban areas. www.hslu.ch/ta-standort

Start of academic year: MO 18.9.2023

Easter: 6.–12.4.

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Do you have any questions?

Our Bachelor & Master Secretariat will be happy to assist you: T: +41 41 349 32 07 eese@hslu.ch Lucerne University of Applied Sciences and Arts School of Engineering and Architecture Secretariat Bachelor & Master Technikumstrasse 21 CH-6048 Horw/Lucerne www.hslu.ch/eese 10-2021

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