InterMaths is a joint interdisciplinary double degree Master’s programme held within the frame of the InterMaths International Consortium of several European Universities:
 
  • University of L'Aquila (UAQ) in Italy
  • Brno University of Technology (BUT) in the Czech Republic
  • University of Silesia in Katowice (US) in Poland
  • Gdańsk University of Technology (Gdańsk Tech) in Poland
  • Ivan Franko National University of Lviv (IFNUL) in Ukraine
  • V. N. Karazin Kharkiv National University (KhNU) in Ukraine
  • Taras Shevchenko National University of Kyiv (TSNUK), in Ukraine
InterMaths is structured in two academic years of full-time study and requires students to achieve 120 credits to gain their final qualification.
 
Gdańsk University of Technology in collaboration with University of L’Aquila offer the holders of the Bachelor’s degree in Physics, Mathematics, Materials Science, Nanotechnology and related fields of study a double degree Master’s programme in Nanotechnology and Mathematical Engineering - Mathematics for new materials design. Upon successful completion of the programme students are awarded the following degrees:
 
  • Master of Nanotechnology (awarded by Gdańsk Tech)
  • Master of Mathematical Engineering (awarded by UAQ)
Students will spend their first year at UAQ and second year at Gdańsk Tech, earning 60 ECTS credits in each Institution according to the following study plan:
 
First year (University of L’Aquila)
 
Module name
 
ECTS credits
 
Semester
 
Applied partial differential equations
 
6
 
I
 
Dynamical systems and bifurcation theory
 
6
 
I
 
Functional analysis in applied mathematics and engineering
 
9
 
I
 
Control systems
 
6
 
I
 
Complex analysis
 
6
 
II
 
Stochastic modelling and simulations
 
6
 
II
 
Discrete and continuum mechanics with applications
 
9
 
II
 
Numerical methods for linear algebra and optimisation
 
6
 
II
 
Parallel computing
 
6
 
II
 
Total
 
60
 
  

Second year  (Gdańsk University of Technology)
 
Module name
 
ECTS
credits
 
Semester
 
Quantum simulations with particles
 
6
 
I
 
Computer modelling and design of materials
 
5
 
I
 
Mechanics of composites and metamaterials
 
6
 
I
 
Introduction to low dimensional systems and nanotechnology
 
6
 
I
 
Classical simulations with particles
 
6
 
I
 
Ethics in nanotechnology
 
1
 
I
 
Humanities and social science course 1
 
2
 
II
 
Humanities and social science course 2
 
1
 
II
 
Methodology of scientific research
 
1
 
II
 
Master’s Thesis
 
26
 
II
 
Total
 
60
 
  

Individual study plans may also be taken into account, if appropriately motivated, but they will have to be approved by the InterMaths Executive Committee.
 
To find out more about the Mathematics for new materials design programme and other paths offered by the InterMaths Partners please visit https://www.intermaths.eu/ or contact one of our coordinators: