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Degree Programme in Energy and Environmental Engineering: 16IDEE - Timing plan

Opetussuunitelman tunnus: 16IDEE

Tutkintonimike
Insinööri (AMK)
Laajuus
240 op
Kesto
4 vuotta (240 op)
Aloituslukukausi
Syksy 2016

Kuvaus

Degree: Bachelor of Engineering, B.Eng.
Scope and duration: 240 ECTS, 4 years (full-time studies)

VISION AND VALUES OF THE DEGREE PROGRAMME

The use of the natural resources, population growth, and unsustainable economical development have created significant local and global environmental problems. The efforts to protect the environment and mitigation of harmful impacts have become one of the major political and industrial issues all over the world. This has created an increased demand for engineering professionals that can influence and develop new and more sustainable production and service processes.

Professionals that are able to work in international and complex environments are needed. The environment, and the skills needed to manage and live with it, must be considered in a holistic way. Recognising both the interdependence and interactions of people and how we function within the built and natural environments are necessary elements in problem-solving.

The interdisciplinary concept of this Energy and Environmental Engineering programme has a firm grounding in the natural and engineering sciences, without forgetting the influence of the societal, legal, and economical dimensions. The Degree Programme prepares the students to use strategies and tools to integrate environmental management and engineering into all levels and types of businesses, industries and other organisations.

Special focus is on sustainability and efficient use of natural resources, especially water. The students have a possibility to gain competences in entrepreneurship, logistics, energy technologies, environmental and quality management. The Degree Programme has a strong international dimension and the graduates of the Degree Programme will get competence to work in international environments.

WHY ENVIRONMENTAL ENGINEERING?

Environmental field is one of the fastest growing areas of business and industry. Global market and increasing demand for sustainable products and services translates into growing need for environmental experts. As an example, water treatment business is among the fastest growing markets in the world. In addition, traditional industry, public administration and the NGO sector need variety of experts in planning, designing and implementing projects in the field of environmental engineering and management.

AIM OF THE DEGREE PROGRAMME

The overall goal of the Degree Programme is to provide students diverse working life skills and attitudes, together with the specialized professional skills and competences in the field of energy and environmental engineering. The aim is that students achieve a high level professional knowledge to work as knowledge-based professionals and in professional management positions. Thus the Degree Programme fulfills the NQF Level 6 requirements.

The graduates of the Degree Programme can steer the processes of industrial production and public services in a sustainable and environmentally sound manner. They know how to take into account the principles of sustainable development, material and energy efficiency, process emissions and environmental management. Environmental engineer can plan and implement field studies, environmental monitoring and remediation programmes and make conclusions and suggestions for further actions.

During the professional studies students will achieve advanced knowledge and skills for working in energy industry, logistics, environmental monitoring and process control as well as entrepreneurs. The curriculum makes it possible for the student to choose courses according to the student’s own interest.

The annual themes of the Degree Programme are:

First Year

The theme of the first-year studies is to create strong foundation to the structure and function of the industrial and natural environments. Development of environmental thinking in engineering is emphasized and general engineering skills of students are strengthened. After completing the studies of the first study year students will have competence to work as assistants with simple, routine environmental monitoring, LCA and EIA processes when instructed and supervised.

Second Year

The theme of the second-year studies is to strengthen both the general engineering skills and gain working life skills with different environmental engineering and management practices. After completing the studies on the second year, students have competence to assist as supervised in different environmental monitoring and management projects, environmental engineering industry, management and administration.

Third Year

The theme of the third year is to deepen the environmental engineering skills and get competences in project work and practical environmental engineering tasks. After completing the studies of the third year, students have competence to work as a member of a team in environmental monitoring, environmental management projects and various jobs in environmental engineering industry, management and administration.

Fourth Year

The theme of the fourth year is to advance students' competences through selected study modules and prepare them for challenges in working life. After completing the Degree Programme, students have competences to monitor and report environmental quality (air, water, soil) for the industry and public administration. They have competences to work in international environment, develop industrial processes in environmental monitoring, environmental management and development in various jobs in environmental engineering industry and environmental administration.

Typical job titles that the graduates have after their studies include: environmental engineer, environmental planner, environmental coordinator, environmental manager, project manager, project engineer, quality engineer, etc.

Opetussuunnitelman kehittäminen ja työelämäyhteistyö

CURRICULUM DEVELOPMENT AND WORKING LIFE COOPERATION

The Curriculum complies with the European and National Higher Education Qualification Frameworks (Bachelor of Engineering, EQF 6).

Our Curriculum is being continiously developed and it has been prepared in close collaboration with the working life. The Degree Programme has its own Advisory Board that consists of working life and student representatives, which participates in the development work. New learning methods, especially project studies, working life skills and latest environmental technology, are an essential part of the Curriculum.

Lisätiedot

ADDITIONAL INFORMATION

Applicability: See TAMK www-pages and applicability for Bachelor's Degree Programmes at www.tamk.fi. More information about the Degree Programme can be found at http://www.tamk.fi/web/tamken/home.

Contact information:
Tampere University of Applied Sciences (Tampereen ammattikorkeakoulu)
Kuntokatu 3, FI-33520 Tampere, FINLAND
Tel. +358 3 245 2111, Fax +358 3 245 2222

An essential part of the curriculum is to integrate the learning of general working life skills, international, innovation and ethical competences and learning skills to the studies. In order to strengthen the integration of foreign students, multilingual course implementations in advanced studies are implemented in order to develop the Finnish language skills and maintain the Finnish skills of Finnish students.

During the professional studies, students will collect portfolio from the study modules to show the achieved professional competences and skills. Portfolio is presented as a part of one selected course in a semester. In addition to the professional competences general competences are taken into account in the evaluation of studies. Ethical competences, learning skills, international and work life skills are included into the study modules and will be presented as a part of the students' portfolios.

Näytä opintojen ajoitukset lukuvuosittain, lukukausittain tai periodeittain

Tunnus Opinnon nimi Laajuus (op) 2016-2017 2017-2018 2018-2019 2019-2020 Syksy 2016 Kevät 2017 Syksy 2017 Kevät 2018 Syksy 2018 Kevät 2019 Syksy 2019 Kevät 2020 1. / 2016 2. / 2016 3. / 2017 4. / 2017 1. / 2017 2. / 2017 3. / 2018 4. / 2018 1. / 2018 2. / 2018 3. / 2019 4. / 2019 1. / 2019 2. / 2019 3. / 2020 4. / 2020
16IDEE-1024
Basic Studies

(Valitaan opintopisteitä: 90)

90
16IDEE-1025
Engineering Tools 1

(Valitaan opintopisteitä: 15)

15
5N00BF69 Geometry and Vector Algebra 3 3 3 3
5N00BF71 Functions and Matrices 3 3 3 3
5E00BF83 Writing Scientific Reports in English 3 3 3 1.5 1.5
5E00BF84 Computer and Software Tools 3 3 3 3
5N00BN91 Finnish for Foreigners 1 3 3 3 3
5N00BN93 Tekniikan suomen kieli ja viestintä 3 3 3 3
16IDEE-1026
Engineering Tools 2

(Valitaan opintopisteitä: 15)

15
5N00BF90 Differential Calculus 3 3 3 3
5N00BF91 Integral Calculus 3 3 3 3
5E00BF93 Basics for Environmental Technology and Management 6 6 6 3 3
5N00BN94 Finnish for Foreigners 2 3 3 3 1.5 1.5
5N00BN95 Tekniikan suomen kieli ja raportointi 3 3 3 1.5 1.5
16IDEE-1027
Engineering Tools 3

(Valitaan opintopisteitä: 15)

15
5N00BG05 Statistics 3 3 3 3
5E00BG16 Professional Software Tools 5 5 5 5
5N00CL88 Svenska för teknikbranschen - muntlig färdighet 2 2 2 1 1
5N00CL84 Svenska för teknikbranschen - skriftlig färdighet 2 2 2 1 1
5N00BN97 Finnish for Foreigners 3 4 4 4 2 2
5N00BN96 English for Students of Environmental Engineering 3 3 3 3
16IDEE-1028
Structure and Function of Natural and Industrial Environments 1

(Valitaan kaikki )

15
5E00BF43 Soil Science and Engineering 4 4 4 2 2
5N00BF53 Mechanics 3 3 3 3
5N00BF54 Fluid Mechanics and Thermophysics 3 3 3 3
5E00BF56 Basic Chemistry 5 5 5 2.5 2.5
16IDEE-1029
Structure and Function of Natural and Industrial Environments 2

(Valitaan kaikki )

15
5E00BG51 Inorganic and Analytical Chemistry 5 5 5 2.5 2.5
5N00BG53 Electricity and Magnetism 3 3 3 3
5N00BG54 Oscillations, Waves and Modern Physics 3 3 3 3
5E00BG55 Structure and Function of Ecosystems 4 4 4 2 2
16IDEE-1030
Structure and Function of Natural and Industrial Environments 3

(Valitaan kaikki )

15
5N00BG56 Physics Laboratories 3 3 3 1.5 1.5
5E00BG64 Environmental Chemistry 6 6 6 3 3
5E00BG61 Sustainable Industrial Production 6 6 6 3 3
16IDEE-1031
Professional Studies

(Valitaan opintopisteitä: 90)

90
16IDEE-1047
Engineer's Working Life Skills and RDI

(Valitaan kaikki )

20
5E00BG98 Personnel Administration and Work Life Skills 3 3 3 1.5 1.5
5E00BG99 Environmental Ethics 3 3 3 3
5N00BN98 Professional Communication 3 3 3 1.5 1.5
5E00BH17 Scientific Methods 3 3 3 3
5E00BH06 Project Management Tools 3 3 3 3
5N00CQ10 Projektityö/Project Work 5 5 5 2.5 2.5
16IDEE-1048
Environmental and Civil Engineering

(Valitaan kaikki )

24
5E00BG68 Waste Management and Engineering 5 5 5 2.5 2.5
5E00BG69 Industrial Emissions and Monitoring 4 4 4 2 2
5E00BG73 Ecotoxicology 4 4 4 4
5E00BG75 Water and Sanitation 5 5 5 2.5 2.5
5E00BG81 Material Efficiency and Recycling 3 3 3 3
5E00BG96 Infrastructure and Community Development 3 3 3 3
16IDEE-1049
Environmental Management and Administration

(Valitaan kaikki )

20
5E00BG70 Environmental Management Tools 6 6 6 3 3
5E00BG88 Public Administration 3 3 3 3
5E00BG90 Industrial Economics and Marketing 4 4 4 4
5E00BG77 Risk Assessment and Management 3 3 3 3
5E00BG93 Environmental Legislation 4 4 4 4
16IDEE-1037
Advanced Study Modules

(Valitaan opintopisteitä: 26)

26
16IDEE-1038
Environmental Forensics and Consulting

(Valitaan kaikki )

18
5E00BH49 Contaminated Soils 4 4 4 2 2
5E00BH50 Advanced Water and Wastewater Engineering 5 5 5 2.5 2.5
5E00BH53 Environmental Monitoring and Measurements 4 4 4 2 2
5E00BH82 GIS and Remote Sensing Tools 5 5 5 2.5 2.5
16IDEE-1039
Energy Technology and Management

(Valitaan kaikki )

13
5E00BH56 Renewable Energy 5 5 5 2.5 2.5
5E00BH57 Energy Efficiency 4 4 4 2 2
5E00BH58 Power Plant Technology 4 4 4 4
16IDEE-1040
Logistics and Environment (Courses organized by Degree Programmes in International Business and Mechanical Engineering)

(Valitaan kaikki )

13
5E00BH63 Basics of Logistics 5
5E00BH67 Industrial Logistics Processes 5
5E00BH68 Emergencies and Disasters Management 3
16IDEE-1041
Business Management and Entrepreneurship (Courses partly organised by the Y-Campus)

(Valitaan kaikki )

10
5E00BH70 Quality Management 5 5 5 2.5 2.5
N-LY0719 Business Development 5
16IDEE-1046
Bioeconomy Products and Services

(Valitaan kaikki )

14
5P00BI69 Biorefinery 3
5P00BO89 Forest Resources and Fiber Management 3
5P00CW77 Customer Management in Forest Based Industry 3
5P00CW76 Pulping and Recycling Technologies 5
16IDEE-1042
Practical Training

(Valitaan opintopisteitä: 30)

30
5E00BN51 Practical Training 1 15 15 15 15
5E00BN52 Practical Training 2 15 15 15 7.5 7.5
5E00CX83 International Practical Training 1 15 15 15 15
5E00CX84 International Practical Training 2 15 15 15 7.5 7.5
16IDEE-1043
Bachelor's Thesis

(Valitaan kaikki )

15
5E00BN54 Bachelor's Thesis 15 15 15 7.5 7.5
16IDEE-1044
Free Choice Studies (choose 15 ECTS)

(Valitaan opintopisteitä: 15)

15
5N00BH84 Orientation for Engineering Mathematics 3 3 3 3
5E00BH85 Water Day -project 3 3 3 3
5E00DO73 Demola Project 1 - 10
5E00BN55 Environmental Engineering Projects and Excursions 0
5E00CT16 Ympäristöhallinto 3
5E00DA06 BioHub Seminar Series 1 - 2
16IDEE-1053
Bioproduct and Polymer Studies in English

(Valitaan (kpl): 0)

0
5P00BQ41 Paper Board and Paper Production 5
5P00BI64 Laboratory Work 4
5P00CW72 Professional Communication in Business 3
5P00BN44 SurfaceTreatment Engineering 5
5P00BN39 Printing Technologies 6
5P00BN40 Packaging and New Products 6
5P00BN42 Design Management and Innovations 3
5P00BJ27 Polymer Processing 5
5P00BJ28 Polymer Chemistry and Laboratory Work 5
5P00CQ41 Composite Engineering 4
Yhteensä 240 69 62 74 76 36 33 31 31 29 45 27 49 18 18 16.5 16.5 13.5 17.5 15 16 13.5 15.5 12.5 32.5 11.5 15.5 24.5 24.5

Lukukausi- ja lukuvuosikohtaiset opintopistekertymät vaihtelevat valinnaisten ja vapaasti valittavien opintojen ajoituksesta johtuen.

Competences in Environmental Engineering

The competences of Environmental Engineering Degree Programme are presented here.

Competence in Environmental Management
Basics for Environmental Technology and Management
Environmental Ethics
Professional Communication
Project Management Tools
Waste Management and Engineering
Water and Sanitation
Material Efficiency and Recycling
Infrastructure and Community Development
Environmental Management Tools
Public Administration
Industrial Economics and Marketing
Risk Assessment and Management
Environmental Legislation
Contaminated Soils
Advanced Water and Wastewater Engineering
Renewable Energy
Energy Efficiency
Basics of Logistics
Industrial Logistics Processes
Emergencies and Disasters Management
Quality Management
Practical Training 1
Competence in Environmental Monitoring and Measurements
Basics for Environmental Technology and Management
Soil Science and Engineering
Basic Chemistry
Inorganic and Analytical Chemistry
Structure and Function of Ecosystems
Physics Laboratories
Environmental Chemistry
Environmental Ethics
Waste Management and Engineering
Industrial Emissions and Monitoring
Ecotoxicology
Infrastructure and Community Development
Public Administration
Environmental Legislation
Contaminated Soils
Advanced Water and Wastewater Engineering
Environmental Monitoring and Measurements
Renewable Energy
Energy Efficiency
Competence in Sustainable Industrial Production
Basics for Environmental Technology and Management
Sustainable Industrial Production
Environmental Ethics
Waste Management and Engineering
Industrial Emissions and Monitoring
Water and Sanitation
Material Efficiency and Recycling
Infrastructure and Community Development
Environmental Management Tools
Public Administration
Industrial Economics and Marketing
Risk Assessment and Management
Environmental Legislation
Advanced Water and Wastewater Engineering
Renewable Energy
Energy Efficiency
Power Plant Technology
Basics of Logistics
Industrial Logistics Processes
Quality Management
Luokittelemattomat
Geometry and Vector Algebra
Functions and Matrices
Writing Scientific Reports in English
Computer and Software Tools
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Differential Calculus
Integral Calculus
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Statistics
Professional Software Tools
Svenska för teknikbranschen - muntlig färdighet
Svenska för teknikbranschen - skriftlig färdighet
Finnish for Foreigners 3
English for Students of Environmental Engineering
Mechanics
Fluid Mechanics and Thermophysics
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Personnel Administration and Work Life Skills
Scientific Methods
Projektityö/Project Work
GIS and Remote Sensing Tools
Business Development
Biorefinery
Forest Resources and Fiber Management
Customer Management in Forest Based Industry
Pulping and Recycling Technologies
Practical Training 2
International Practical Training 1
International Practical Training 2
Bachelor's Thesis
Orientation for Engineering Mathematics
Water Day -project
Demola Project
Environmental Engineering Projects and Excursions
Ympäristöhallinto
BioHub Seminar Series
Paper Board and Paper Production
Laboratory Work
Professional Communication in Business
SurfaceTreatment Engineering
Printing Technologies
Packaging and New Products
Design Management and Innovations
Polymer Processing
Polymer Chemistry and Laboratory Work
Composite Engineering

TAMK Generic Competences

Ethical Competence

- is able to take responsibility for one’s own actions and their consequences
- is able to work according to the ethical principles of the field
- is able to take other people into account in one’s work
- is able to apply the principles of equality
- is able to apply the principles of sustainable development
- is capable of social influencing using one’s know-how and based on ethical values.

Writing Scientific Reports in English
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Finnish for Foreigners 3
English for Students of Environmental Engineering
Structure and Function of Ecosystems
Sustainable Industrial Production
Personnel Administration and Work Life Skills
Environmental Ethics
Infrastructure and Community Development
Environmental Management Tools
Risk Assessment and Management
Environmental Legislation
Practical Training 1
Practical Training 2
Bachelor's Thesis
Innovation Competence

- is capable of creative problem solving and development of working methods
- is able to work in projects
- is able to conduct research and development projects applying the existing knowledge and methods of the field
- is able to find customer-oriented, sustainable and profitable solutions.

Soil Science and Engineering
Structure and Function of Ecosystems
Sustainable Industrial Production
Project Management Tools
Practical Training 1
Practical Training 2
Bachelor's Thesis
Water Day -project
Internationalisation Competence

- possesses language skills necessary for one’s work and for professional development in the field
- is capable of multicultural cooperation
- can take into account the effects of and opportunities for internationalisation development in one’s own field.

Writing Scientific Reports in English
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Basics for Environmental Technology and Management
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Finnish for Foreigners 3
English for Students of Environmental Engineering
Professional Communication
Practical Training 1
Practical Training 2
Bachelor's Thesis
Learning Competences

- is able to evaluate and develop one’s competence and learning style
- is able to retrieve and analyse information and evaluate it critically
- is capable of taking responsibility for learning and sharing of knowledge in teams.

Geometry and Vector Algebra
Functions and Matrices
Writing Scientific Reports in English
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Differential Calculus
Integral Calculus
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Statistics
Finnish for Foreigners 3
English for Students of Environmental Engineering
Soil Science and Engineering
Structure and Function of Ecosystems
Professional Communication
Industrial Economics and Marketing
Bachelor's Thesis
Water Day -project
Working Community Competence

- is able to operate as a member of a work community and promote its wellbeing
- is able to operate in communicative and interactive situations in working life
- is able to utilise information and communications technology in one’s field
- is able to create personal contacts in working life and work in networks
- is capable of decision making in unpredicted situations
- has abilities for leadership and independent work as an expert
- possesses entrepreneurial skills.

Structure and Function of Ecosystems
Sustainable Industrial Production
Personnel Administration and Work Life Skills
Professional Communication
Project Management Tools
Public Administration
Industrial Economics and Marketing
Environmental Legislation
Quality Management
Practical Training 1
Practical Training 2
Bachelor's Thesis
Water Day -project
Luokittelemattomat
Computer and Software Tools
Professional Software Tools
Svenska för teknikbranschen - muntlig färdighet
Svenska för teknikbranschen - skriftlig färdighet
Mechanics
Fluid Mechanics and Thermophysics
Basic Chemistry
Inorganic and Analytical Chemistry
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Physics Laboratories
Environmental Chemistry
Scientific Methods
Projektityö/Project Work
Waste Management and Engineering
Industrial Emissions and Monitoring
Ecotoxicology
Water and Sanitation
Material Efficiency and Recycling
Contaminated Soils
Advanced Water and Wastewater Engineering
Environmental Monitoring and Measurements
GIS and Remote Sensing Tools
Renewable Energy
Energy Efficiency
Power Plant Technology
Basics of Logistics
Industrial Logistics Processes
Emergencies and Disasters Management
Business Development
Biorefinery
Forest Resources and Fiber Management
Customer Management in Forest Based Industry
Pulping and Recycling Technologies
International Practical Training 1
International Practical Training 2
Orientation for Engineering Mathematics
Demola Project
Environmental Engineering Projects and Excursions
Ympäristöhallinto
BioHub Seminar Series
Paper Board and Paper Production
Laboratory Work
Professional Communication in Business
SurfaceTreatment Engineering
Printing Technologies
Packaging and New Products
Design Management and Innovations
Polymer Processing
Polymer Chemistry and Laboratory Work
Composite Engineering

FEANI

FEANIn mukainen opintojaksojen jaottelu

Basic Sciences (Other than mathematics)
Computer and Software Tools
Professional Software Tools
Mechanics
Fluid Mechanics and Thermophysics
Basic Chemistry
Inorganic and Analytical Chemistry
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Structure and Function of Ecosystems
Physics Laboratories
Environmental Chemistry
Sustainable Industrial Production
Ecotoxicology
Industrial Economics and Marketing
Basic Sciences, Mathematics
Geometry and Vector Algebra
Functions and Matrices
Differential Calculus
Integral Calculus
Basics for Environmental Technology and Management
Statistics
Soil Science and Engineering
Mechanics
Fluid Mechanics and Thermophysics
Basic Chemistry
Inorganic and Analytical Chemistry
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Physics Laboratories
Environmental Chemistry
Sustainable Industrial Production
Scientific Methods
Engineering subjects
Computer and Software Tools
Basics for Environmental Technology and Management
Professional Software Tools
Soil Science and Engineering
Structure and Function of Ecosystems
Sustainable Industrial Production
Professional Communication
Scientific Methods
Project Management Tools
Waste Management and Engineering
Industrial Emissions and Monitoring
Ecotoxicology
Water and Sanitation
Material Efficiency and Recycling
Infrastructure and Community Development
Environmental Management Tools
Risk Assessment and Management
Environmental Legislation
Contaminated Soils
Advanced Water and Wastewater Engineering
Environmental Monitoring and Measurements
GIS and Remote Sensing Tools
Renewable Energy
Energy Efficiency
Power Plant Technology
Basics of Logistics
Industrial Logistics Processes
Emergencies and Disasters Management
Practical Training 1
Practical Training 2
Bachelor's Thesis
Orientation for Engineering Mathematics
Water Day -project
Non-technical subjects
Writing Scientific Reports in English
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Finnish for Foreigners 3
English for Students of Environmental Engineering
Personnel Administration and Work Life Skills
Environmental Ethics
Professional Communication
Scientific Methods
Environmental Management Tools
Public Administration
Industrial Economics and Marketing
Environmental Legislation
Emergencies and Disasters Management
Quality Management
Luokittelemattomat
Svenska för teknikbranschen - muntlig färdighet
Svenska för teknikbranschen - skriftlig färdighet
Projektityö/Project Work
Business Development
Biorefinery
Forest Resources and Fiber Management
Customer Management in Forest Based Industry
Pulping and Recycling Technologies
International Practical Training 1
International Practical Training 2
Demola Project
Environmental Engineering Projects and Excursions
Ympäristöhallinto
BioHub Seminar Series
Paper Board and Paper Production
Laboratory Work
Professional Communication in Business
SurfaceTreatment Engineering
Printing Technologies
Packaging and New Products
Design Management and Innovations
Polymer Processing
Polymer Chemistry and Laboratory Work
Composite Engineering

Todistusjäsentely - amk-tutkinto (EQF 6)

Jäsentely, jossa voidaan tuoda näkyväksi opintojaksojen jakautuminen asetuksen mukaisesti perus- tai ammattiopintoihin, harjoitteluun, opinnäytetyöhön tai vapaasti valittaviin opintoihin.

Harjoittelu
Practical Training 1
Practical Training 2
Opinnäytetyö
Bachelor's Thesis
Perus- ja ammattiopinnot
Geometry and Vector Algebra
Functions and Matrices
Writing Scientific Reports in English
Computer and Software Tools
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Differential Calculus
Integral Calculus
Basics for Environmental Technology and Management
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Statistics
Professional Software Tools
Finnish for Foreigners 3
English for Students of Environmental Engineering
Soil Science and Engineering
Mechanics
Fluid Mechanics and Thermophysics
Basic Chemistry
Inorganic and Analytical Chemistry
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Structure and Function of Ecosystems
Physics Laboratories
Environmental Chemistry
Sustainable Industrial Production
Personnel Administration and Work Life Skills
Environmental Ethics
Professional Communication
Scientific Methods
Project Management Tools
Waste Management and Engineering
Industrial Emissions and Monitoring
Ecotoxicology
Water and Sanitation
Material Efficiency and Recycling
Infrastructure and Community Development
Environmental Management Tools
Public Administration
Industrial Economics and Marketing
Risk Assessment and Management
Environmental Legislation
Contaminated Soils
Advanced Water and Wastewater Engineering
Environmental Monitoring and Measurements
GIS and Remote Sensing Tools
Renewable Energy
Energy Efficiency
Power Plant Technology
Basics of Logistics
Industrial Logistics Processes
Emergencies and Disasters Management
Quality Management
Biorefinery
Forest Resources and Fiber Management
Vapaasti valittavat opinnot
Orientation for Engineering Mathematics
Water Day -project
Environmental Engineering Projects and Excursions
Ympäristöhallinto
Luokittelemattomat
Svenska för teknikbranschen - muntlig färdighet
Svenska för teknikbranschen - skriftlig färdighet
Projektityö/Project Work
Business Development
Customer Management in Forest Based Industry
Pulping and Recycling Technologies
International Practical Training 1
International Practical Training 2
Demola Project
BioHub Seminar Series
Paper Board and Paper Production
Laboratory Work
Professional Communication in Business
SurfaceTreatment Engineering
Printing Technologies
Packaging and New Products
Design Management and Innovations
Polymer Processing
Polymer Chemistry and Laboratory Work
Composite Engineering

Degree Certificate - Bachelor's Degree (EQF 6)

Structuring for Degree Certificate for Bachelor's Degree, according to AMK legislation. (Basic model).

Bachelor´s Thesis
Bachelor's Thesis
Basic and Professional Studies
Geometry and Vector Algebra
Functions and Matrices
Writing Scientific Reports in English
Computer and Software Tools
Finnish for Foreigners 1
Tekniikan suomen kieli ja viestintä
Differential Calculus
Integral Calculus
Basics for Environmental Technology and Management
Finnish for Foreigners 2
Tekniikan suomen kieli ja raportointi
Statistics
Professional Software Tools
Svenska för teknikbranschen - muntlig färdighet
Svenska för teknikbranschen - skriftlig färdighet
Finnish for Foreigners 3
English for Students of Environmental Engineering
Soil Science and Engineering
Mechanics
Fluid Mechanics and Thermophysics
Basic Chemistry
Inorganic and Analytical Chemistry
Electricity and Magnetism
Oscillations, Waves and Modern Physics
Structure and Function of Ecosystems
Physics Laboratories
Environmental Chemistry
Sustainable Industrial Production
Personnel Administration and Work Life Skills
Environmental Ethics
Professional Communication
Scientific Methods
Project Management Tools
Projektityö/Project Work
Waste Management and Engineering
Industrial Emissions and Monitoring
Ecotoxicology
Water and Sanitation
Material Efficiency and Recycling
Infrastructure and Community Development
Environmental Management Tools
Public Administration
Industrial Economics and Marketing
Risk Assessment and Management
Environmental Legislation
Contaminated Soils
Advanced Water and Wastewater Engineering
Environmental Monitoring and Measurements
GIS and Remote Sensing Tools
Renewable Energy
Energy Efficiency
Power Plant Technology
Basics of Logistics
Industrial Logistics Processes
Emergencies and Disasters Management
Quality Management
Business Development
Biorefinery
Forest Resources and Fiber Management
Customer Management in Forest Based Industry
Pulping and Recycling Technologies
Free-Choice Studies
Orientation for Engineering Mathematics
Water Day -project
Environmental Engineering Projects and Excursions
Ympäristöhallinto
BioHub Seminar Series
Paper Board and Paper Production
Laboratory Work
Professional Communication in Business
SurfaceTreatment Engineering
Printing Technologies
Packaging and New Products
Design Management and Innovations
Polymer Processing
Polymer Chemistry and Laboratory Work
Composite Engineering
Practical Training
Practical Training 1
Practical Training 2
International Practical Training 1
International Practical Training 2
Luokittelemattomat
Demola Project

Tunnus Opinnon nimi Laajuus (op)
16IDEE-1024
Basic Studies

(Valitaan opintopisteitä: 90 )

90
16IDEE-1025
Engineering Tools 1

(Valitaan opintopisteitä: 15 )

15
5N00BF69 Geometry and Vector Algebra 3
5N00BF71 Functions and Matrices 3
5E00BF83 Writing Scientific Reports in English 3
5E00BF84 Computer and Software Tools 3
5N00BN91 Finnish for Foreigners 1 3
5N00BN93 Tekniikan suomen kieli ja viestintä 3
16IDEE-1026
Engineering Tools 2

(Valitaan opintopisteitä: 15 )

15
5N00BF90 Differential Calculus 3
5N00BF91 Integral Calculus 3
5E00BF93 Basics for Environmental Technology and Management 6
5N00BN94 Finnish for Foreigners 2 3
5N00BN95 Tekniikan suomen kieli ja raportointi 3
16IDEE-1027
Engineering Tools 3

(Valitaan opintopisteitä: 15 )

15
5N00BG05 Statistics 3
5E00BG16 Professional Software Tools 5
5N00CL88 Svenska för teknikbranschen - muntlig färdighet 2
5N00CL84 Svenska för teknikbranschen - skriftlig färdighet 2
5N00BN97 Finnish for Foreigners 3 4
5N00BN96 English for Students of Environmental Engineering 3
16IDEE-1028
Structure and Function of Natural and Industrial Environments 1

(Valitaan kaikki )

15
5E00BF43 Soil Science and Engineering 4
5N00BF53 Mechanics 3
5N00BF54 Fluid Mechanics and Thermophysics 3
5E00BF56 Basic Chemistry 5
16IDEE-1029
Structure and Function of Natural and Industrial Environments 2

(Valitaan kaikki )

15
5E00BG51 Inorganic and Analytical Chemistry 5
5N00BG53 Electricity and Magnetism 3
5N00BG54 Oscillations, Waves and Modern Physics 3
5E00BG55 Structure and Function of Ecosystems 4
16IDEE-1030
Structure and Function of Natural and Industrial Environments 3

(Valitaan kaikki )

15
5N00BG56 Physics Laboratories 3
5E00BG64 Environmental Chemistry 6
5E00BG61 Sustainable Industrial Production 6
16IDEE-1031
Professional Studies

(Valitaan opintopisteitä: 90 )

90
16IDEE-1047
Engineer's Working Life Skills and RDI

(Valitaan kaikki )

20
5E00BG98 Personnel Administration and Work Life Skills 3
5E00BG99 Environmental Ethics 3
5N00BN98 Professional Communication 3
5E00BH17 Scientific Methods 3
5E00BH06 Project Management Tools 3
5N00CQ10 Projektityö/Project Work 5
16IDEE-1048
Environmental and Civil Engineering

(Valitaan kaikki )

24
5E00BG68 Waste Management and Engineering 5
5E00BG69 Industrial Emissions and Monitoring 4
5E00BG73 Ecotoxicology 4
5E00BG75 Water and Sanitation 5
5E00BG81 Material Efficiency and Recycling 3
5E00BG96 Infrastructure and Community Development 3
16IDEE-1049
Environmental Management and Administration

(Valitaan kaikki )

20
5E00BG70 Environmental Management Tools 6
5E00BG88 Public Administration 3
5E00BG90 Industrial Economics and Marketing 4
5E00BG77 Risk Assessment and Management 3
5E00BG93 Environmental Legislation 4
16IDEE-1037
Advanced Study Modules

(Valitaan opintopisteitä: 26 )

26
16IDEE-1038
Environmental Forensics and Consulting

(Valitaan kaikki )

18
5E00BH49 Contaminated Soils 4
5E00BH50 Advanced Water and Wastewater Engineering 5
5E00BH53 Environmental Monitoring and Measurements 4
5E00BH82 GIS and Remote Sensing Tools 5
16IDEE-1039
Energy Technology and Management

(Valitaan kaikki )

13
5E00BH56 Renewable Energy 5
5E00BH57 Energy Efficiency 4
5E00BH58 Power Plant Technology 4
16IDEE-1040
Logistics and Environment (Courses organized by Degree Programmes in International Business and Mechanical Engineering)

(Valitaan kaikki )

13
5E00BH63 Basics of Logistics 5
5E00BH67 Industrial Logistics Processes 5
5E00BH68 Emergencies and Disasters Management 3
16IDEE-1041
Business Management and Entrepreneurship (Courses partly organised by the Y-Campus)

(Valitaan kaikki )

10
5E00BH70 Quality Management 5
N-LY0719 Business Development 5
16IDEE-1046
Bioeconomy Products and Services

(Valitaan kaikki )

14
5P00BI69 Biorefinery 3
5P00BO89 Forest Resources and Fiber Management 3
5P00CW77 Customer Management in Forest Based Industry 3
5P00CW76 Pulping and Recycling Technologies 5
16IDEE-1042
Practical Training

(Valitaan opintopisteitä: 30 )

30
5E00BN51 Practical Training 1 15
5E00BN52 Practical Training 2 15
5E00CX83 International Practical Training 1 15
5E00CX84 International Practical Training 2 15
16IDEE-1043
Bachelor's Thesis

(Valitaan kaikki )

15
5E00BN54 Bachelor's Thesis 15
16IDEE-1044
Free Choice Studies (choose 15 ECTS)

(Valitaan opintopisteitä: 15 )

15
5N00BH84 Orientation for Engineering Mathematics 3
5E00BH85 Water Day -project 3
5E00DO73 Demola Project 1 - 10
5E00BN55 Environmental Engineering Projects and Excursions 0
5E00CT16 Ympäristöhallinto 3
5E00DA06 BioHub Seminar Series 1 - 2
16IDEE-1053
Bioproduct and Polymer Studies in English

(Valitaan (kpl): 0 )

0
5P00BQ41 Paper Board and Paper Production 5
5P00BI64 Laboratory Work 4
5P00CW72 Professional Communication in Business 3
5P00BN44 SurfaceTreatment Engineering 5
5P00BN39 Printing Technologies 6
5P00BN40 Packaging and New Products 6
5P00BN42 Design Management and Innovations 3
5P00BJ27 Polymer Processing 5
5P00BJ28 Polymer Chemistry and Laboratory Work 5
5P00CQ41 Composite Engineering 4
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