Kushal Maurya

Following the completion of my Master’s thesis, I transitioned into a Working Student role within the Project Design (Projektkonstruktion) department. My work focuses on high-level engineering optimizations for machine tool components, specifically involving: • Structural Optimization: Leading the constructive revision of the RQX Ständer (column) as part of the "ProWerk" follow-up project. • FEM Analysis: Utilizing SolidWorks/ANSYS to perform Finite Element Method (FEM) calculations on current structures to

Mechatronics and Cyber-Physical Systems ---------------------------------------------- • Advanced Robotics and Automation • Control Systems Engineering • Cyber-Physical Systems Design and Analysis Mathematics, Business & Statistics ---------------------------------------------- • Mathematical Methods for Engineers • Statistical Analysis and Data Interpretation • Project Management and Team Leadership

My master’s thesis focuses on analysing and reducing the thermal deformation of a bed slide used in high‑precision machining systems at NSH Technology GmbH, part of the global NSH Group. During machine operation, uneven temperature distribution leads to bending of the bed slide and affects machining accuracy. To address this challenge, I conducted a detailed thermal and structural investigation using a combination of: Experimental temperature measurements on the machine using multiple sensor configuration

Mechatronics and Cyber-Physical Systems ---------------------------------------------- • Advanced Robotics and Automation • Control Systems Engineering • Cyber-Physical Systems Design and Analysis • Industrial IoT and Networked Systems Computer Systems Courses -------------------------------------

Mechanical Engineering ---------------------------------------------- • Thermodynamics and Heat Transfer • Fluid Mechanics and Hydraulics • Machine Design and Analysis • Material Science and Metallurgy • Manufacturing Processes • Automotive Engineering Computer Systems Courses --------------------