Education and didactics

Join the Space Exploration Laboratory to explore two pillars: (1) regolith handling with the Discrete Element Method (DEM), and (2) space-structure analysis with the Finite Element Method (FEM). Learn to calibrate DEM particles, model excavation, conveying and sieving in lunar/Martian gravity, and design hardware that avoids clogging and wear. In FEM, simulate lightweight trusses and panels under launch loads, thermal cycling and vacuum; verify by modal and vibration tests. We supervise BSc/MSc theses and student teams, offer EDEM and Abaqus/NX/… workflows, and co-create publications and demonstrators with industry and space-agency partners.

classes

SPACE TECHNOLOGIES AND SPACE RESOURCES

Lecture giving general understanding about developement of space technologies in the context of space resources and new space economy.
Classes for PhD candidates.
For details see here:
https://szd.pwr.edu.pl/en/education/courses

DISCRETE ELEMENT METHOD (DEM) in PRACTICE

Laboratories giving general understanding of Discrete Element Method for modeling of granular materials (e.g. regolith).
Classes for PhD candidates.
For details see here:
https://szd.pwr.edu.pl/en/education/courses

engineering and master thesis

STRUCTURAL ENGINEERING

Exemplary topics:

numerical vibration analysis of a small spacecraft payload
preliminary design and calculations of a component/device for operation in the space environment
vibration testing of a selected object using a modal shaker

REGOLITH HANDLING

Exemplary topics:

simulation of lunar regolith excavation using the RASSOR excavator
studies and simulations of lunar regolith interacting with a working machine/rover
investigation of the extraterrestrial minerals (e.g. regolith) – simulations and testing

space enthusiast?

If you are space enthusiast student and want to join Space Exploration Laboratory you are welcome to contact. Lest see what we can do together.

Contact

damian.pietrusiak@pwr.edu.pl