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Syllabus

Field of study* : International Economic Relations

Module name
Strategic technology alliances - technological co-operation in international business
Module name in english
Strategic technology alliances - technological co-operation in international business
Module code Method of evaluation
GM00S.110D(B).9038.17 Assessment
Field of study Track Year / semester
International Economic Relations General academic 3 / 5
Specialisation Language of instruction Module
All English Elective
Number of hours Number of ECTS points Block
Lectures: 30 Classes: 0 3 D(B)
Level of qualification Mode of studies Education field
First-cycle programme Full-time Social Sciences
Author Łukasz Puślecki
Teachers Łukasz Puślecki

Subject’s educational aims

C1 to identify technological co-operation and strategic technology partnering in international business
C2 to present the main differences between strategic technology alliances (STA) and strategic alliances (SA) as well as the phenomenon of alliances in years 1970-2010
C3 to show different modes of strategic technology partnering and alliance

Subject’s learning outcomes

Code Outcomes in terms of Learning outcomes within the field
Knowledge
W1 student can identify the characteristic features of technological co-operation and the modes of strategic technology partnering K1_W01, K1_W02
W2 student can characterize different features of STA and SA as well as determinants of theirs success K1_W03
W3 student can identify alliance management tools and main trends in the field of alliances K1_W08, K1_W12
Skills
U1 student can characterize technological co-operation and strategic alliances of companies in international business K1_U01
U2 student can give the most important determinants of success of alliance, describe alliance management tools which have influence on success rate of alliances (SRA) K1_U07
U3 student can prepare the presentation of chosen example of strategic technology alliances (STA) or strategic alliances (SA) K1_U13, K1_U15
Social competences
K1 students learn how to manage international and R&D alliances K1_K02, K1_K03
K2 students learn how to co-operate and realize cross-cultural alliances with people coming from different countries K1_K07
K3 students learn how to work in international group K1_K05

Study content

No. Study content Subject’s educational aims Subject’s learning outcomes
1. Introduction to SA and STA C1 W1, U1
2. Technological co-operation. Strategic technology partnering C1, C2 W1, W2, U1, K1
3. Modes of strategic technology partnering C3 W2, U1, K1, K2
4. Strategic alliances and strategic technology alliances (STA) C2, C3 W2, U1, K1, K2
5. Presentation of project proposals C1, C2, C3 W1, W2, U1, K1, K2, K3
6. Determinants of success in technology alliances. Failure and success rates of strategic alliances C3 W2, U2, U3, K1, K2, K3
7. How to create successful partnerships? Main trends in the field of alliances. C3 W2, W3, U2, K1, K2, K3
8. Sectoral Analysis, Case studies, Alliance Management C2, C3 W3, U2, U3, K1, K2, K3
9. Visit to Technology Park/ High-Tech Company/ Debate with invited guest C1, C2, C3 W1, W2, W3, U1, U2, K1, K2, K3
10. Presentation of team projects C1, C2, C3 W1, W2, U1, U2, U3, K1, K2, K3

Bibliography

Obligatory
  1. J. R. Harbison, P. P. Pekar, Smart Alliances: A Practical Guide to Repeatable Success, Jossey-Bass Inc Pub, 1998
Recommended
  1. 1. Ł. Puślecki, "Wpływ współpracy technologicznej krajów rozwiniętych gospodarczo na ich konkurencyjność międzynarodową", Wydawnictwo Naukowe GRADO, Toruń 2010
  2. 2. J. H. Dyer , B.C. Powell, M. Sakakibara , A.J. Wang , Determinants of Success in R&D Alliances, National Institute of Standards and Technology, Us. Department of Commerce, August 2006
  3. 3. G. Duysters , J. Hagedoorn, A note on organizational modes of strategic technology partnering, „Journal of Scientific & Industrial Research” 2000, Vol. 58
Entry requirements Basic knowledge about international business and international strategies
Teaching methods Project method
Method of evaluation Final quiz, Class participation, Group project / Group work, Presentation

Settlement of ECTS points

Forms of student work Average number of hours for student work*
Project preparation 30
Participation in lectures 30
Preparation of multimedia presentation 15
Student work in total
Number of hours
75
ECTS points
3
Contact hours (with the teacher)
Number of hours
30
ECTS points
1
Practical-class work
Number of hours
30
ECTS points
1

* one hour of classes = 45 minutes

Methods of evaluating the learning outcomes

Learning-outcome code Methods of evaluation
Final quiz Class participation Group project / Group work Presentation
W1 x
W2 x
W3 x
U1 x x
U2 x x
U3 x x
K1 x
K2 x x x
K3 x x x