CURRICULUM ENERGY AND ENVIRONMENTAL ENGINEERING

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1 CURRICULUM ENERGY AND ENVIRONMENTAL ENGINEERING Renewable energy is one of the focus areas in the development of North Karelia province. Joensuu region is nationally responsible for the bioeconomy theme in the Innovative Towns programme. Karelia University of Applied Sciences is a central actor in the know-how cluster of Joensuu bioeconomy, which enables you to learn in cooperation with working life. As a student of energy and environmental technology you can network with national and international expert communities and become an expert in the field. Degree Degree Title Extent Bachelor of Engineering 240 cr / 4 years Typical Tasks for Graduates As a Bachelor of Engineering, you develop environmentally friendly business systems, you plan renewable energy and energy efficiency solutions as well as measure and analyse the state of the environment. You work as an environmental expert in enterprises and take part in planning and implementing of products, services and production processes. You get the ability to work in planning, research, product development and authoritative tasks and as an entrepreneur in the field of energy and environment. You can also aim at international career. Your employers can be industrial companies, the service sector in the field of environment and energy, planning and consulting offices, waste management companies, energy and water supply plants, environmental and technical services in the public sector as well as environmental administration. Your employment possibilities in the field of renewable energy and environmental business are supported by several bio-refinery investments and dynamic small-business activity in eastern Finland. The field is also nationally and internationally growing. Your expertise is needed in business fields where highly value-added products are refined from local renewable raw materials. Your professional title can be, for example, energy advisor, energy entrepreneur, environmental engineer, quality and environmental engineer, waste management advisor, environmental protection inspector and secretary, environmental designer or environmental expert.

2 Implementation of Studies Our cooperation with regional working life partners gives you great opportunities to network with working life even during your studies. You strengthen your know-how in projects and during practical training and by implementing tasks commissioned by working life partners. In your learning you utilise versatile learning environments and methods. Part of your studies or practical training you can do in our international partner institutions. In addition, part of the courses are implemented in cooperation with our international partners, and exchange teachers and students also visit classes. Part of the studies are conducted in English. The thesis at the end of your studies is commissioned by a company or other working life organisation. The centre of Bioeconomy you create connections in the field by doing joint studies with forestry students. Our extensive expert network supports and counsels you in your studies. Structure and Content of Studies The degree programme contains working life related core and complementary studies. The extent of basic studies is 210 cr. and that of complementary studies 30 cr. The core studies include 30 cr of practical training and a 15-credit thesis. The thesis process is divided into three 5-credit courses. Each course can be completed at different stages of studies. However, the thesis plan needs to be accepted before the implementation phase. At the beginning of your studies you familiarise yourself with the engineering field and gain basic skills in mathematics and natural sciences needed in problem solving. In addition, you familiarise yourself with energy and environmental technology processes and working environment. You will also be able to take part in working life commissions. You get well acquainted with business opportunities in the field. This is the basis of the core competence of your degree in renewable energy and environmental management, which will deepen in the course of your studies. In addition, you strengthen your professional language and communication skills. The complementary studies mostly contain modules of 1edits. The following modules suit especially well for those who study in the Degree Programme in Energy and Technology: - Renewable Energy - Management - Client-Oriented Marketing - Practical Financial Administration - Basics of Finnish Judicial System - Leadership and Managerial Skills - Business and Entrepreneurship - International Studies 1 - International Studies 2 - Expertise Pertaining to Russia - Optional language studies (Spanish, Chinese, French, German, Russian) - Refresher courses in languages and mathematics (3-12 credits) - Training programme of Joensuu Sports Academy (3-1edits) - Participation in peer tutoring and student union activities (3-1edits)

3 Complementary studies are scheduled to take place during the spring semester of the third year and the fourth academic year with the exception of refresher courses. Refresher courses in languages and mathematics take place during the first year of studies. You can also complete part of complementary studies as summer courses. Participation in Sports Academy training, peer tutoring or student union activities, as well optional language studies can be spread over several semesters. If the studies mentioned above do not match with your professional objectives, you can discuss other alternatives with your teacher tutor or counsellor.

4 ENERGY AND ENVIRONMENTAL TECHNOLOGY Bachelor of Engineering 240 cr / 4 years Renewable Energy Management Energy and Business Business Environment in Energy and Field Process in Energy and Technology Mathematic and Natural Scientific Ethical Internationalisation Learning Skills Innovation Working Community 4. year 4 th year SPECIALIST IN ENERGY AND ENVIRONMENTAL TECHNOLOGY Career Planning and Development 1 cr Restoration of Aquatic Ecosystems Acquisition and Design of Energy Solutions Work Placement 10 cr Thesis 1 3 rd year EXPERT OF ENVIRONMENTAL MANAGEMENT Research and Development Methods 3 cr Labour Legislation and Supervisory Work Statistical Mathematics and Optimisation Quality and Management Industrial Ecology and Life Cycle Analysis Communication English for Working Life 3 cr Supervisory Work Placement Complementary Studies Career Planning and Development 10 cr 30 cr 1 cr 2 nd year ADAPTER OF PROCESSES Miljösvenska för Arbetslivet (Swedish) 3 cr Energy Efficiency Health and Safety Wood-Based Energy Technologies Basics of Law Separation Processes of Emission Control Aquatic Ecosystems Process Practicals Circular Economy Auto-Cad Project Energy and Policy Energy Generation Solutions Entrepreneurship in Field Career Planning and Development 10 cr 4 cr 1 cr 1 st year EXPERT OF WORKING ENVIRONMENT Mapping and Geographic Information Systems Hydraulics and Thermology Numbers and Expressions Information and Communication Technology 3 cr Introduction to English 2 cr Microbiology Reporting and Written Communication 2 cr Career Planning and Development 2 cr Sources and Use of Renewable Energy Miljösvenska (Swedish) Theory of Electricity and Waves Vector Theory and Differential Calculus Chemistry Water Economy Working Life Communication 2 cr 3 cr 3 cr

5 Requirements Area of Renewable Energy Management Energy and Business Business Environment in Energy and Field Description of A Bachelor of Engineering - understands the importance and utilisation of renewable energy as part of energy production and climate change management - knows environmental impacts of energy production - knows the regional renewable energy sources and understands the operational preconditions of decentralised and centralised energy solutions - masters production technologies and processes based on renewable energy sources - understands the combustion theory, solid fuels and gasification as well as combustion techniques - knows the planning, sizing and investment implementation of small and medium-sized energy production solutions - knows the principles of the enterprise s social and environmental responsibility as part of corporate strategic management - knows the principles and methods of corporate environmental and quality management - can observe environmental aspects of corporate operations and assess environmental impacts of operations and make development suggestions - knows the principles of regional and product-oriented industrial ecology and is familiar with their applications - can assess life-cycle environmental impacts of products and services - knows the life-cycle methodology and can apply it to its use - knows the principles of material and energy efficiency and knows techniques and business models applicable to them - knows basics of corporate operations and is well familiar with planning a company start-up - can make cost, profitability, pricing and investment calculations - knows central labour legislation regulating employment - understands supervisory requirements, responsibilities, rights and duties in changing operational environment - knows business opportunities of energy and environmental field - knows business regulations and markets in the field - knows basics of environmental and energy policy as well as their legislation and administration and can apply them at work - manages different development methods and can apply them appropriately - can plan development measures and draft an implementation plan together with stakeholders - has an inquiry-oriented approach to principles and ways of action

6 Mathematic and Natural Scientific Process in Energy and Field Ethical Innovation Internationalisation - manages mathematic applications and problem solving needed in the field of energy and environment - can apply basic concepts of physics and manages measuring technology - knows bio-refinery processes and the principles of combustion - manages the most common office software - manages sample taking, measuring and planning techniques and can analyse different data - can use GIS and mapping tools - knows key technologies of recycling of materials, waste treatment and utilisation as well as their application possibilities - knows the basics of municipal engineering - knows industrial control processes of gaseous and solid emissions and liquid discharges including raw material supply - can draft and implement a watercourse research and analysis plan - is able to assume responsibility for one s own actions and their consequences. - is able to work according to the code of professional ethics of one s field. - is able to take different parties into account. - is able to apply the principles of equality. - is able to apply the principles of sustainable development. - is able to solve problems and develop working methods innovatively. - is able to work in projects. - is able to carry out research and development projects and to apply existing knowledge and methods of one s field. - is able to find customer-oriented, sustainable and profitable solutions. - has the language competence necessary for the work in the field and its development. - is able to cooperate with people from different cultural backgrounds. - is able to take into account the opportunities and effects of internationalisation. Learning Skills - is able to assess and develop one s competences and learning methods. - is able to retrieve/ search, process and analyse information critically. - can assume responsibility for team learning and knowledge sharing. Work Community - is able to function as a member of a work community and contribute to its work well-being. - is able to function in various communication and interaction situations at work. - is able to use information and communication technology in the tasks of one s field. - is able to establish personal occupational contacts and to work in networks. - is able to make decisions in new and unforeseen situations. - is able to manage one s work and to work independently in tasks requiring expertise. - has developed entrepreneurial skills/ abilities.