Each academic year, new topics for final theses are announced, based on the current requirements of ongoing projects and cooperation with industry or scientific institutions.

These are mainly practical final theses with extensive experimentation. The experiments are usually carried out in our laboratories, where, after learning how to use the relevant techniques, students work independently or under supervision. Some experiments also take place in other laboratories of partner scientific institutions or institutes, e.g., in the laboratories of CEITEC, IPM CAS, UD, etc., or directly at the faculty in the laboratories of ÚK, ÚST, etc.

An exception are bachelor's theses for the specialization Fundamentals of Mechanical Engineering, which may also be theoretical with an emphasis on the analysis of the given issue from modern literary sources or scientific articles.

Currently offered topics:

Bachelor's thesis topics for B-STI can be found "HERE"

Bachelor's thesis topics for B-MTI can be found "HERE"

Master's thesis topics for the fourth year of N-MTI can be found "HERE"

Current Ph.D. thesis topics for the start of studies in 2025/2026 can be found "HERE"

Final theses from recent years:

Bachelor's theses

• Application of Miniaturized Specimens for Evaluation of Creep Behaviour of Metallic Materials
• Automated Analysis of Microstructural Images of Additively Manufactured Austenitic Steel Using Neural Networks
• Synthesis of 2D structural BaTiO₃ particles for piezoapplication
• Ab initio Calculations of the Properties of Ni₂MnGa Modulated Martensite
• Machine learning for the computational design of new materials
• The influence of alloying elements and microstructure on the properties of structural weldable steels
• Materials used for ball screws
• Fatigue properties of 7075 aluminum alloy prepared by Cold Spray technology
• High-temperature response of additively manufactured aluminum alloy determined by Small Punch Test
• Structure and properties of TiAl6V4 titanium alloy prepared by SLM additive technology
• Phase-Change Heat Storage Materials: Cast Binary Alloys Al–Sn, Al–Sb
• Applications of Titanium Alloy in Automobile Industry
• Determination of residual austenite content using low energy back-reflected electrons
• Evaluation of non-ballistic and ballistic properties of armour steels
• Theoretical modeling of hydrogen storage materials
• Tool materials for mining tools and heavy machinery
• Re-entry Orbital Module Heat Shield Material Base Analysis

Master's theses

• Role of carbides in high entropy alloys
• Design and 3D printing optimization of an implant for alveolar cleft reconstruction
• The effect of electrolytic hydrogenation on the mechanical properties and fracture behavior of EN AW-2618-T6 alloy
• Corrosion properties of AISI 304L coating prepared by Cold Spray method
• Mechanical properties of wrought and additively manufactured Ti-6Al-4V ELI alloys after exposure to a hydrogen environment
• High-entropy ceramic materials with a garnet structure for optical applications
• Application of digital image correlation for characterization of early fatigue life stages of austenitic steel
• Characterization of specific 3D surface architecture created by water jet on materials intended for bioapplications
• Analysis of Micromechanical Failure Mechanisms at the Interface of Cold Spray Ti Grade 23 Coating on AA 7075 Substrate Using DIC (Digital Image Correlation)

Ph.D. study topics

• Creep of ferritic oxide dispersion strengthened alloys at low strain rates
• Cyclic plasticity of Al-Cu alloy processed by SLM Technology
• Characterization of the crack propagation behavior in austenitic stainless steels with gradient structures, fabricated by additive manufacturing methods
• Mechanical properties and strengthening mechanisms in complex alloys
• Prospective Ti-based materials for hydrogen storage
• Advanced Processing of Eutectic High-Entropy Alloys: Microstructural Control, Phase Stability, and Damage Mechanisms
• Medium-Entropy Alloys Using Immiscible Systems
• Machine-learned interatomic potentials for study of crystal lattice defects