Master Student Program (f/m/d) – Electric Stress Evaluation in Transformer Insulation

Hitachi Vantara Corporation; Bad Honnef; Vor Ort; EUR 40.000 - 60.000; Vollzeit

Zusammenfassung

A leading engineering firm in Bad Honnef seeks a Master Student for a program focused on high-voltage transformer insulation and electric field analysis. The candidate will perform FEM simulations and work on real engineering challenges while completing their Master’s studies. Responsibilities include investigating electric stress systems and documenting results. Ideal candidates are enrolled in a relevant Master’s program with strong analytical skills. Flexible hours and close supervision offered.

Leistungen

Flexible working hours

Close supervision by experienced engineers

Opportunity to base Master's thesis on the project

Qualifikationen

• Enrolled in a Master's degree program in a relevant field.
• Initial experience with finite element methods (FEM) or numerical simulations is preferred.
• Ability to work independently in a structured research-oriented environment.

Aufgaben

• Perform FEM simulations for electric field and stress calculations.
• Investigate electric stress in insulation systems.
• Calculate and compare electric stresses using analytical methods with FEM.
• Document results and support technical reports and presentations.

Kenntnisse

Finite Element Methods (FEM)

Analytical and problem-solving skills

Independent work

Good communication skills in English

Ausbildung

Master’s degree program in Electrical Engineering

Jobbeschreibung

Description

The opportunity

We are offering a Master Student Program in the field of high-voltage transformer insulation and electric field analysis. The program focuses on the evaluation of electric stresses in continuously transposed conductors (CTC) and shielding structures, combining finite element simulations (FEM) with analytical calculation methods. This position provides hands-on experience in industrial R&D, allowing students to work on real engineering challenges while completing their Master’s studies.

How you'll make an impact

• Perform FEM simulations for electric field and stress calculations based on defined test configurations
• Investigate electric stress in insulation systems
• Calculate electric stresses using analytical methods and compare results with FEM simulations
• Improve analytical models by developing and applying correction factors based on FEM results
• Conduct parametric studies
• Study the influence of adjacent discs and nearby applied potentials on electric field distribution and stress maxima
• Investigate advanced effects
• Document results and support technical reports, presentations, and thesis work

Your background

• Enrolled in a Master’s degree program in Electrical Engineering. Power Engineering, High-Voltage Engineering, Applied Physics or a related field
• Initial experience with finite element methods (FEM) or numerical simulations
• Strong analytical and problem-solving skills
• Ability to work independently in a structured and research-oriented environment
• Good communication skills in English (written and spoken)

What we offer

• Direct involvement in industry-relevant R&D projects
• Close technical supervision by experienced engineers and researchers
• Opportunity to base your Master’s thesis on the project
• Valuable insights into transformer insulation design and high-voltage engineering
• Flexible working hours compatible with your studies

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