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Informations supplémentaires

Nous vous offrons :

• Un tremplin pour votre future carrière chez Artelia
• Un tuteur proche de vous au sein d'une équipe à taille humaine
• Des experts métiers pour vous accompagne sur des projets variés, de différentes tailles
• Une équipe RH dédiée pour vous guider durant votre stage

Companydescription

Description de l'entreprise

Qui sommes-nous ?

Nous sommes un groupe d'ingénierie, acteur majeur dans les domaines du bâtiment, de l’eau, de l’énergie, de l’industrie et de la mobilité.

Détenu à 100% par nos salariés, nous sommes unis par une même passion, celle d’exercer un métier qui allie l’art de concevoir avec ingéniosité et de réaliser avec engagement.

Nos 11 000collaborateurs et collaboratrices, dans plus de 40 pays, créent chaque jour des solutions pour une vie positive au travers de nos enjeux stratégiques pour la planète et l’humanité. Nos équipes sont à taille humaine, privilégiant la proximité, les échanges quotidiens et le partage d’expérience.

Pour faciliter la lecture, l’écriture inclusive n’est pas utilisée dans le corps de cette annonce, les termes employés au masculin se réfèrent aussi bien aux femmes, hommes qu'aux personnes non binaires.

Jobdescription

Description du poste

A three-hold model is a finite element (FE) model representing three consecutive cargo holds within a ship’s cargo area, typically located amidships. It is commonly used to perform direct strength assessments of ship structures, particularly for bulk carriers and oil tankers.

The preparation and application of the required load cases involve numerous calculations and repetitive modelling operations. This internship aims to review the applicable methodologies and develop tools to improve the reliability, efficiency and traceability of this process.

SCOPE OF WORK:

The internship will be structured around four main work packages:

1. Review of three-hold model load calculation methodologies
2. Update and enhancement of internal load calculation tools
3. Development of FEMAP API scripts or macros for automated load application
4. Validation, documentation and handover of the developed methodology and tools

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1. Review of Three-Hold Model Load Calculation Methodologies

The student will review the methodologies prescribed by the selected classification societies, such as Bureau Veritas (BV), the American Bureau of Shipping (ABS) and DNV, for the direct strength assessment of three-hold models.

The objective will be to identify, extract and compare the load cases and load components required for application to the finite element model, with particular emphasis on pressure loads.

1. Update and Enhancement of Internal Load Calculation Tools

Based on PRINCIPIA’s existing Excel-based tools, the student will update and enhance the load calculation workflows in accordance with the requirements and methodologies identified during the first stage of the internship.

The objective will be to ensure consistency with the selected classification rules and to prepare reliable input data for the subsequent application of loads in FEMAP.

1. Development of FEMAP API Scripts or Macros

Once the load calculation tools have been updated, the student will investigate the automated application of the calculated loads in FEMAP through the FEMAP API.

The objective will be to develop and validate scripts or macros, using VBA or another suitable programming language supported by the FEMAP API, in order to reduce repetitive manual operations and improve the reliability, traceability and maintainability of PRINCIPIA’s internal tools.

1. Validation, Documentation and Handover

The student will document the overall methodology used to create and load a three-hold model in FEMAP. The report will consolidate the results obtained throughout the internship, standardise the modelling and load application methodology, and provide a reference document for future use by PRINCIPIA engineers.

A validation dossier will also be prepared to demonstrate the robustness and reliability of the developed tools, including representative test cases, verification results and identified limitations.

MAIN DELIVERABLES

1. Classification rule review and comparison note
2. Updated Excel-based load calculation tools
3. FEMAP API scripts or macros for automated load application
4. Validation dossier, including test cases and verification results
5. User guide and internship technical report

INDICATIVE SCHEDULE

1. Methodology review and rule comparison — 1 month
2. Tool development and implementation — 4 months
3. Validation, documentation and handover — 1 month

Qualifications

Vos atouts

• Final-year Master’s degree student in Naval Architecture, Marine Engineering, Mechanical Engineering, Structural Engineering or a related field
• Basic programming skills; knowledge of VBA would be an advantage
• Basic knowledge of finite element analysis and structural mechanics
• Organised, curious, proactive and capable of working independently
• Interest in developing practical engineering tools and working on non-routine technical topics

Good technical writing skills in English

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