Dimitris Sideris

Supported power plant and water chemistry activities in the areas of geothermal energy, water-steam systems, water pretreatment, thermal storage, district cooling, CCGT plants, external power plants, and geothermal facilities • Performed sampling and analyses at CCGT and water treatment plants, as well as on geothermal water samples • Conducted chemical analyses and measurements of critical water parameters • Performed data analysis, plausibility checks, and automation of reports using MS Excel and Word

Contributed to the development of the Electric Mobility lab course by building and adapting a full-vehicle EV model in Python (contract for 100 working hours, executed with 20 h/week). • Developed a modular full-vehicle EV simulation framework in Python (battery cell, BMS, power electronics, electric machine, drivetrain) • Migrated and adapted MATLAB/Simulink scripts into a Python codebase

• Supported the Tests & Analyses team with temperature, humidity, pressure, dust, and salt spray testing of components and systems for automotive, aerospace, and energy applications • Assisted with quality-management plans and documented test procedures, results, and deviations

Academic Tutor in the mandatory course "Heat Transfer Phenomena" for the bachelor's programmes Mechanical Engineering & Chemical Engineering. Supervised more than 60 students in weekly tutorials and in individual office hours

• Assisted in a material characterization study on novel optical gas sensors, subsequently published as: “Investigation of Polymers as Matrix Materials for Application in Colorimetric Gas Sensors for the Detection of Ammonia”. Provided only experimental support (no authorship). • Fabricated novel sensor materials and coatings in the chemical laboratory and analyzed them, among other methods, using microscopy, profilometry, and fluorescence spectroscopy

Academic Tutor in the mandatory course "Heat Transfer Phenomena" for the bachelor's programmes Mechanical Engineering & Chemical Engineering

Academic Tutor in the course "Fluid Mechanics I" of the Aerospace Engineering study program