Project overview:

• Department: Research and Development. Profile: Student in Electrical Engineering.
• Aim: design and simulate a low-voltage electrical system to analyze how conductor parameters (cross-sectional area, wire length, material resistivity) affect system performance.

Objectives:

• Analyze the impact of conductor cross-sectional area, wiring length, and material resistivity on voltage drop, power loss, current-carrying capability, and thermal behavior.
• Provide recommendations on conductor selection and wiring practices based on simulation results.

Scope and system definition:

• Identify system requirements for a representative low-voltage electrical system to be studied (load types, supply conditions, ambient/thermal constraints).
• Define electrical system architecture and create models suitable for parametric analysis.

Tasks and methodology:

• Review standards and norms related to conductors and wiring to ensure compliance in the simulations.
• Investigate existing simulation tools and implement models using MATLAB/Simulink (parametric simulations of conductor parameters).
• Create and run parametric simulations varying cross-sectional area, wire length, and material resistivity; analyze voltage drop, power loss, current capacity, and thermal effects under different operating conditions.

Deliverables and expected results:

• Simulation models (MATLAB/Simulink) and parametric setup documenting assumptions and boundary conditions.
• A technical report including graphs/tables of voltage drop, power loss, temperature rise, and recommended conductor choices based on results.

Required skills and conditions:

• Mandatory: MATLAB/Simulink proficiency and solid electrical engineering knowledge (circuit theory, thermal effects, conductor properties).
• Duration: 06 Months. Number of interns: 01 or 02.

Application:

• To apply, send your application to G-TN-StagePFE@autoelectric.com with CV and motivation letter.
• For email applications use the subject line indicated in the application email field below and reference Subject 17 in your message.