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Bachelor's Degree Programme in Purchasing and Logistics Engineering (AMK): Full-time Studies

Code: TLP2025SS

Degree title
Bachelor of Engineering
Credits
240 ects
Duration
4 years (240 cr)
Start semester
Autumn 2025
Teaching language
English

Select timing, structure or classification view

Show study timings by semester, study year or period

Code Name Credits (cr) 2025-2026 2026-2027 2027-2028 2028-2029 Autumn 2025 Spring 2026 Autumn 2026 Spring 2027 Autumn 2027 Spring 2028 Autumn 2028 Spring 2029 1. / 2025 2. / 2026 3. / 2026 1. / 2026 2. / 2027 3. / 2027 1. / 2027 2. / 2028 3. / 2028 1. / 2028 2. / 2029 3. / 2029
Total 240

Structure of the studies (Bachelor's degree)

Professional Studies
Working Life Project
Basics of Purchasing
World of Logistics
Purchasing Management
Transportation Modes
Intralogistics
Purchasing - Analysing and Development
Materials Management
Logistics Economy
Business Networks
Logistics Simulations
Global Supply Chain
Intralogistics Management
Intelligent Transportation
Transport Management Systems
Production Management
Sustainability and Responsibility
Material Flows of Circular Economy
Circular Economy Management
Sales and Marketing
Quality and Risk Management
Management of Organizations
Practical Training
Practical training – basic
Practical training – advanced
Practical training – professional
Bachelor's Thesis
Bachelor's Thesis, Planning
Bachelor's Thesis, Thesis Writing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Maturity Test, Bachelor's Degree
Core Studies
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Basics of Sustainable Development
InnoFlash
Entrepreneurship
Math1 Equations
Phys1 Force and Motion
Math2 Functions
Phys2 Energy
Math3 Derivative and Integral
Business Mathematics
Physics for Logistics
Optimization
Statistics and Probability
Data Analysis
Logistics Technical Drawing and CAD
Enterprise Resource Planning
New Technologies
Production and Material Technology
Logistics Information Technology
Research and Development
Elective Studies
Preparatory Mathematics
Math1 Support
Math2 Support
Math3 Support
International Logistics
Not grouped

Compulsory studies (Bachelor's degree)

Compulsory course
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Basics of Sustainable Development
InnoFlash
Entrepreneurship
Working Life Project
Math1 Equations
Phys1 Force and Motion
Math2 Functions
Phys2 Energy
Math3 Derivative and Integral
Business Mathematics
Physics for Logistics
Optimization
Statistics and Probability
Data Analysis
Logistics Technical Drawing and CAD
Enterprise Resource Planning
New Technologies
Production and Material Technology
Logistics Information Technology
Basics of Purchasing
World of Logistics
Purchasing Management
Transportation Modes
Intralogistics
Purchasing - Analysing and Development
Materials Management
Logistics Economy
Business Networks
Research and Development
Bachelor's Thesis, Planning
Bachelor's Thesis, Thesis Writing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Maturity Test, Bachelor's Degree
Practical training – basic
Practical training – advanced
Practical training – professional
Alternative course
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Logistics Simulations
Global Supply Chain
Intralogistics Management
Intelligent Transportation
Transport Management Systems
Production Management
Sustainability and Responsibility
Material Flows of Circular Economy
Circular Economy Management
Sales and Marketing
Quality and Risk Management
Management of Organizations
Elective course
Preparatory Mathematics
Math1 Support
Math2 Support
Math3 Support
International Logistics
Not grouped

Bachelor's Degree: EUR-ACE competences in Technology 2024-2030

Multidisciplinary competences

The learning process should enable Bachelor Degree graduates to demonstrate:
- awareness of the wider multidisciplinary context of engineering
- awareness of societal, health and safety, environmental, economic and industrial implications of engineering practice and recognition of the constraints that they pose
- awareness of economic, organisational and managerial issues (such as project management, risk and change management) in the industrial and business context
- ability to gather and interpret relevant data and handle complexity to inform judgements that include reflection on relevant social and ethical issues
- ability to manage complex technical or professional activities or projects, taking responsibility for decision making
- ability to recognise the need for and to engage in independent life-long learning
- abilitiy to assess and develop their skills and learning methods in different learning environments
- ability to also take responsibility for learning and sharing the learning of the group
- ability to follow developments in science and technology.
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Basics of Sustainable Development
InnoFlash
Entrepreneurship
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Practical training – basic
Practical training – advanced
Practical training – professional
Engineering Practice

The learning process should enable Bachelor Degree graduates to demonstrate:
- ability to analyse complex engineering products, processes and systems, and to correctly interpret the outcomes of such analyses, by being able to select and having the practical skills to apply relevant established analytical, computational and experimental techniques and methods
- ability to identify, formulate and solve complex engineering problems, by being able to select and having the practical skills to apply relevant established analytical, computational and experimental techniques and methods
- ability to develop and design complex products (devices, artefacts, etc.), processes and systems to meet established requirements that can include societal, health and safety, environmental, economic and industrial constraints, by being able to select and having the practical skills to apply relevant design methodologies
- practical skills for realising complex engineering designs
- ability to use the awareness of the forefront of their engineering specialisation in design and development
- ability to apply norms of engineering practice in their engineering specialisation
- ability to consult and apply codes of practice and safety regulations in their engineering specialisation.
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Basics of Sustainable Development
InnoFlash
Entrepreneurship
Working Life Project
Business Mathematics
Physics for Logistics
Optimization
Statistics and Probability
Data Analysis
Logistics Technical Drawing and CAD
Enterprise Resource Planning
New Technologies
Production and Material Technology
Logistics Information Technology
Basics of Purchasing
Purchasing Management
Transportation Modes
Intralogistics
Purchasing - Analysing and Development
Materials Management
Logistics Economy
Business Networks
Logistics Simulations
Global Supply Chain
Intralogistics Management
Intelligent Transportation
Transport Management Systems
Production Management
Sustainability and Responsibility
Material Flows of Circular Economy
Circular Economy Management
Sales and Marketing
Quality and Risk Management
Management of Organizations
Research and Development
Bachelor's Thesis, Planning
Bachelor's Thesis, Thesis Writing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Practical training – basic
Practical training – advanced
Practical training – professional
International Logistics
Knowledge and Understanding

The learning process should enable Bachelor Degree graduates to demonstrate:
- knowledge and understanding of mathematics and other basic sciences underlying their engineering specialisation, at a level necessary to achieve the other programme learning outcomes
- knowledge and understanding of engineering disciplines underlying their specialisation, at a level necessary to achieve the other programme learning outcomes, including some awareness at the forefront
- knowledge and understanding of applicable materials, equipment and tools, engineering technologies and processes, and of their limitations, in their specialisation
- knowledge and understanding of applicable techniques and methods of analysis, design and investigation, and of their limitations, in their specialisation.
Math1 Equations
Phys1 Force and Motion
Math2 Functions
Phys2 Energy
Math3 Derivative and Integral
Math1 Support
Math2 Support
Math3 Support
Business Mathematics
Physics for Logistics
Statistics and Probability
New Technologies
Basics of Purchasing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Investigations and information retrieval

The learning process should enable Bachelor Degree graduates to demonstrate:
- ability to conduct searches of literature, to consult and to critically use scientific databases and other appropriate sources of information, and to carry out simulation and analysis, in order to pursue detailed investigations and research of technical issues
- ability and practical skills to design and conduct experimental investigations, interpret data and draw conclusions
- ability to work in a laboratory/workshop setting.
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Basics of Sustainable Development
Working Life Project
Research and Development
Bachelor's Thesis, Planning
Bachelor's Thesis, Thesis Writing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Communication and Team-working

The learning process should enable Bachelor Degree graduates to demonstrate:
- ability to communicate effectively information, ideas, problems and solutions with the engineering community
- ability to communicate effectively information, ideas, problems and solutions with the society at large
- ability to function effectively and ethically in a national and an international context
- ability to function effectively as an individual and as an entrepreneurship as a member of a team
- ability to cooperate effectively with engineers and non-engineers.
Me as a Student in Higher Education
Information Seeking and Reporting
Career Planning and Working Life Skills
ICT Skills
English at Work
Swedish for Working Life
Finnish 1
Finnish 2 for Technology
Basics of Sustainable Development
InnoFlash
Entrepreneurship
Working Life Project
Business Mathematics
Basics of Purchasing
World of Logistics
Purchasing Management
Transportation Modes
Intralogistics
Purchasing - Analysing and Development
Materials Management
Logistics Economy
Business Networks
Global Supply Chain
Research and Development
Bachelor's Thesis, Planning
Bachelor's Thesis, Thesis Writing
Bachelor's Thesis, Implementation
Bachelor's Thesis, Reporting and Assessment
Practical training – basic
Practical training – advanced
Practical training – professional
International Logistics
Not grouped
Preparatory Mathematics
Maturity Test, Bachelor's Degree

Code Name Credits (cr)
TLP2025SS-1001
TRANSFERABLE SKILLS

(Choose all )

8 - 13
ZZ00CB57 Me as a Student in Higher Education 2
ZZ00CB58 Information Seeking and Reporting 1
ZZ00CB59 Career Planning and Working Life Skills 2
ZZ00CB60 ICT Skills 3
ELECTIVE STUDIES

(Choose 5 )

0 - 5
ZWTUTOR
TUTORING
0 - 5
ZW00BM05 Degree Student Tutoring 3 - 5
ZW00BM04 Exchange Student Tutoring 3 - 5
TLP2025SS-1002
LANGUAGES AND COMMUNICATION STUDIES

(Choose all )

9 - 14
ZZ00CD03 English at Work 5
TLP2025SS-1003
OPTIONAL LANGUAGES

(Choose 9 )

4 - 9
ZZ00CD01 Swedish for Working Life 4
ZZ00CD04 Finnish 1 4
ZZ00CD07 Finnish 2 for Technology 5
TLP2025SS-1004
JAMK FUTURE FACTORY

(Choose all )

11
ZZ00CD13 Basics of Sustainable Development 1
ZZ00CK91 InnoFlash 2
ZZ00CK90 Entrepreneurship 3
ZZ00CD12 Working Life Project 5
TLP2025SS-1005
BASIC ENGINEERING MATHEMATICS AND PHYSICS

(Choose all )

15
TZLM1300 Math1 Equations 3
TZLF1300 Phys1 Force and Motion 3
TZLM2300 Math2 Functions 3
TZLF2300 Phys2 Energy 3
TZLM3300 Math3 Derivative and Integral 3
TLP2025SS-1006
MATHEMATICS SUPPORT

(Choose 6 )

0 - 6
TZMV0300 Preparatory Mathematics 3
TZMV1100 Math1 Support 1
TZMV2100 Math2 Support 1
TZMV3100 Math3 Support 1
TLP2025SS-1007
APPLYING MATHEMATICS AND NATURAL SCIENCES IN LOGISTICS

(Choose all )

15
TZLM8300 Business Mathematics 3
TZLF7300 Physics for Logistics 3
TZLM5300 Optimization 3
TZVM6300 Statistics and Probability 3
TZLM7300 Data Analysis 3
TLP2025SS-1008
TECHNOLOGY

(Choose all )

25
TLTT2500 Logistics Technical Drawing and CAD 5
TLTT3500 Enterprise Resource Planning 5
TLTT4500 New Technologies 5
TLTT5500 Production and Material Technology 5
TLTT6500 Logistics Information Technology 5
TLP2025SS-1009
PURCHASING AND LOGISTICS

(Choose all )

45
TLLY2500 Basics of Purchasing 5
TLLY1500 World of Logistics 5
TLHH1500 Purchasing Management 5
TLLY4500 Transportation Modes 5
TLLY5500 Intralogistics 5
TLHH2500 Purchasing - Analysing and Development 5
TLLY6500 Materials Management 5
TLLY8500 Logistics Economy 5
TLHH3500 Business Networks 5
ADVANCED PROFESSIONAL STUDIES

(Choose 45 )

45
TLP2025SS-1010
LOGISTICS MANAGEMENT

(Choose 30 )

0 - 30
TELL1500 Logistics Simulations 5
TLLY7500 Global Supply Chain 5
TLSS1500 Intralogistics Management 5
TLKK2500 Intelligent Transportation 5
TLKK3500 Transport Management Systems 5
TLLY9500 Production Management 5
TLP2025SS-1011
CIRCULAR ECONOMY

(Choose 15 )

0 - 15
TLIK1500 Sustainability and Responsibility 5
TLIK2500 Material Flows of Circular Economy 5
TLIK3500 Circular Economy Management 5
TLP2025SS-1012
BUSINESS MANAGEMENT

(Choose 15 )

0 - 15
TLBC1500 Sales and Marketing 5
TLBC2500 Quality and Risk Management 5
TLBC3500 Management of Organizations 5
TLP2025SS-1016
WORKING LIFE PROJECT

(Choose 0 )

0
TLP2025SS-1017
LOGISTICS STUDIES ABROAD

(Choose 0 )

0
TLP2025SS-1018
OTHER LOGISTICS, TECHNOLOGY OR ECONOMICS STUDIES

(Choose 0 )

0
TLP2025SS-1013
DEVELOPMENT ACTIVITIES AND THESIS

(Choose all )

20
ZZ00CK89 Research and Development 5
ZZ00BL91 Bachelor's Thesis, Planning 3
ZZ00BL97 Bachelor's Thesis, Thesis Writing 2
ZZ00BL92 Bachelor's Thesis, Implementation 6
ZZ00BL93 Bachelor's Thesis, Reporting and Assessment 4
ZZOA0220 Maturity Test, Bachelor's Degree 0
TLP2025SS-1014
PRACTICAL TRAINING

(Choose all )

30
TL00CL83 Practical training – basic 10
TL00CL84 Practical training – advanced 10
TL00CL85 Practical training – professional 10
TLP2025SS-1015
ELECTIVE STUDIES

(Choose ects: 17 )

12 - 17
TLMV1320 International Logistics 3
YHTYRI
Shared Entrepreneurship Studies (For Bachelor's and Master's Student)
0 - 23
ZZ00BC02 Idea to Business 5
ZZ00BC03 Business Coaching 8
ZYVZ0200 The Dreams+Inspiration! 3
ZZ00CQ16 Narratives of entrepreneurship 2
ZZ00CQ17 Valmiina yrittämään 3
ZZ00CQ18 JA Company Program 1 - 5
ZZ00CQ62 Yritystoimintaa kehittävät opinnot 1 - 5
INTEG2022
Talent Boost: Integration into Finland
0 - 35
ZW00BS75 Integration into the Finnish Society 2
HBIETE02 Creating Careers 1
HBIETE03 Team and Client - Multidisciplinary Business Project Course 5
BI00BB21 Finnish 2 5
BI00BB22 Finnish 3 5
BI00BB23 Finnish 4 5
BI00BO69 Finnish 5 5
BI00BB47 Each One Teach One 2 - 8
BITB001
Talent Boost: Let´s communicate in Finnish
0 - 15
BI00BT55 Write in Finnish 4
BI00BT57 Puhu suomeksi 2
BI00BT58 Kehitä kielioppia 2
BI00CJ87 Finnish 6 5
TLP2025SS-1020
CROSS-INSTITUTIONAL STUDIES

(Choose 0 )

0
TLP2025SS-1021
EUDRES

(Choose 0 )

0

Due to the timing of optional and elective courses, credit accumulation per semester / academic year may vary.

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