Adrian Janiak

​Responsibilities: ​• Ensure target SW/HW meets quality criteria via execution of test cases, reporting discovered faults and supporting/driving faults correction deliveries • Contribute to definition of Testable Requirements ​• Define Use Case Acceptance Criteria ​• Participates in defining testability requirements ​• Prepare Test Cases/Test Plans and define test environments ​• Develop automated Test Cases ​• Prepare RCA/EDA for issues escaping in own area • Drive Quality improvement actions in own area

ZBM HYDROG is manufacturers of specialized machinery for road construction, railways, airports and the municipal industry. - Modify existing constructions in accordance with customers needs. - Use Solid Works Simulation – finite elements analysis module, for improving strength and decreasing and costs of designed products. - Create assemblies and parts, 3D models and also 2D drawings using Solid Works. - Design metal sheet components and welded assemblies.

The main company's activity is the design of industrial installations primarily in the field of the pulp and paper industry. - Design and construction of components for paper machines - Creating 3D and 2D documentation (SolidWorks, AutoCAD) - Performing strength calculations (frames, shaft supports) using SolidWorks Simulation - Carrying out design changes and design optimization - Participation in the assembly and commissioning of paper machines - Supervision over the implementation of projects

- Design and construction of internal transport machines - Creating 3D and 2D documentation (Catia V5, DraftSight) - Performing strength calculations (drive transmission, shaft calculations, welded structures, selection of pneumatics) - Carrying out design changes and optimization of the structure - Preparation of cost estimates and archiving of documentation - Supervision and coordination of entrusted projects - Reverse engineering - Cooperation with the client

The Diploma Project consisted in designing the concept of the gantry crane. The project included all the necessary calculations, 3D design and a strength analysis of the crane beam using FEM.

The Diploma Project consisted in designing the concept of an axial compressor. The project included all the necessary calculations for the first two steps.

The diploma project consisted in designing the "Technical and economic analysis of inseparable connections". Comparative work of joining techniques, including strength analysis using FEM.