3D Maya Jobs in Tunisia

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <br><p><strong>SYSTRA est un groupe international d’ingénierie et de conseil dans le domaine des transports publics et de la mobilité durable.</strong></p><br><br><p>Depuis 65 ans, le Groupe est engagé aux côtés des villes et des territoires pour contribuer à leur développement en créant, améliorant et modernisant leurs infrastructures et systèmes de transport. SYSTRA intervient de la conception jusqu’aux phases de test, de déploiement et de maintenance, en France comme à l’international. Grâce à ses nouveaux services, SYSTRA accompagne ses clients et partenaires dans leur transition digitale, écologique et énergétique, afin d’inventer les mobilités de demain.</p><br><br> Context <br><p>Le poste est rattaché à la <strong>Direction Ferroviaire Structure et Énergie (FSE)</strong> de SYSTRA France, spécialisée dans les projets d’infrastructures ferroviaires, notamment les ouvrages d’art et les systèmes énergétiques.<br>En intégrant les équipes études, vous évoluez dans un environnement technique exigeant, en lien avec des projets menés pour des acteurs majeurs comme la SNCF ou RTE, en France et à l’international.<br>Vous participez à la production d’études Génie Civil de réaménagement de Gares. Cette alternance a pour objectif de vous faire monter en compétences sur la conception de plans et les outils CAO/DAO/BIM, avec une autonomie progressive dans le respect des normes techniques.</p><br><br> Missions/Main Duties <br>Conception et études techniques :<ul><li>Concevoir et réaliser les aménagements à réaliser en gare</li><li>Élaborer des phasages travaux<br>• Construire des métrés et estimations</li></ul>Production de plans :<ul><li>Produire des plans 2D aux différentes phases de projet (EP, AVP, PRO, DCE, EXE)<br>• Réaliser des plans techniques : vues en plan et profils en travers, plans de phasage, plans d’installation de chantier</li></ul>Modélisation en maquettes :<ul><li>Intégrer des éléments dans des maquettes 3D<br>• Participer à la coordination avec les autres disciplines</li></ul>Appui technique et suivi :<ul><li>Contribuer aux choix techniques des travaux de quai<br>• Participer au VISA des plans d’exécution<br>• Travailler en collaboration avec les ingénieurs et les équipes projet</li></ul> Profile/Skills <br><br><ul><li><span>Bac +2 en ouvrage d'art ou ferroviaire&nbsp;</span></li><li><span>Maitrise ou bases solides en CAO&nbsp;/ DAO (AutoCAD, Civil 3D et éventuellement REVIT)</span></li><li><span>La lecture et compréhension de plans techniques</span></li></ul> <br><p>SYSTRA est une entreprise handi-accueillante.</p><br><br> <br> Why SYSTRA? Read more <span> sur Why SYSTRA?</span> <br> <br> <br> </div>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p><font dir="auto" ><font dir="auto" >Write and revise instruction guides for the assembly or manufacturing of aeronautical components. Interpret, verify, and approve engineering plans and documents. Develop assembly and manufacturing strategies, as well as the necessary tools, taking into account geometric tolerances. Collaborate closely with the Engineering, Logistics, Quality, and Production teams to harmonize changes and resolve production issues. Participate in process optimization and technology monitoring. Update Methods documentation, analyze needs via SAP, and propose areas for improvement. Ensure the ergonomics, safety, and efficiency of work methods.</font></font></p></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><h2>Profile</h2><p><font dir="auto" ><font dir="auto" >College or university degree in mechanical engineering, avionics, electrical engineering, industrial engineering, electromechanical engineering, aerospace manufacturing, or a related field. At least four years of experience in the aerospace industry. Ability to read technical drawings and visualize in 3D. Proficiency in computer tools (MS Office, Catia, AutoCAD, Enovia, SAP). Team spirit, perseverance, sound judgment, and analytical skills. Bilingualism (French/English) (intermediate level required). Experience in an industrial or aerospace environment is an asset.</font></font></p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p><b><font dir="auto" ><font dir="auto" >Job Description</font></font></b></p><ul> <li><font dir="auto" ><font dir="auto" >Write and revise instruction guides for the assembly or manufacture of aeronautical components.</font></font></li> <li><font dir="auto" ><font dir="auto" >Interpret, verify and approve engineering plans and documents.</font></font></li> <li><font dir="auto" ><font dir="auto" >D Develop assembly and manufacturing strategies, as well as the necessary tools, taking into account geometric tolerances.</font></font></li> <li><font dir="auto" ><font dir="auto" >Collaborating closely with the Engineering, Logistics, Quality and Production teams to harmonize changes and resolve production issues.</font></font></li> <li><font dir="auto" ><font dir="auto" >Participate in process optimization and technology monitoring.</font></font></li> <li><font dir="auto" ><font dir="auto" >Update the Methods documentation, analyze the needs via SAP and propose areas for improvement.</font></font></li> <li><font dir="auto" ><font dir="auto" >To guarantee the ergonomics, safety and efficiency of work methods.</font></font></li> </ul><p></p><ul> <li>Write and revise instruction manuals for the assembly or manufacturing of aeronautical components.</li> <li>Interpret, verify, and approve engineering drawings and documents.</li> <li>Develop assembly and manufacturing strategies, along with necessary tooling, while taking geometric tolerances into account.</li> <li>Collaborate closely with Engineering, Logistics, Quality, and Production teams to align changes and resolve production issues.</li> <li>Contribute to process optimization and technological watch activities.</li> <li>Update Methods documentation, analyze requirements using SAP, and propose improvement opportunities.</li> <li>Ensure ergonomics, safety, and efficiency in work methods.</li> </ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><ul> <li><font dir="auto" ><font dir="auto" >College or university degree in mechanical engineering, avionics, electrical engineering, industrial engineering, electromechanical engineering, aerospace manufacturing or related field.</font></font></li> <li><font dir="auto" ><font dir="auto" >Experience of at least 4 years in the aeronautical sector.</font></font></li> <li><font dir="auto" ><font dir="auto" >Ability to read technical plans and visualize in 3D.</font></font></li> <li><font dir="auto" ><font dir="auto" >Proficiency in computer tools (MS Office, Catia, AutoCad, Enovia, SAP).</font></font></li> <li><font dir="auto" ><font dir="auto" >Team spirit, perseverance, good judgment and analytical skills.</font></font></li> <li><font dir="auto" ><font dir="auto" >Bilingualism French/English (intermediate level required).</font></font></li> <li><font dir="auto" ><font dir="auto" >Experience in an industrial or aeronautical environment is an asset.</font></font></li> </ul><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Ensure the successful development of plastic parts for the project. Analyze work requests (parts, mechanical environment, vehicle technical constraints, etc.) and identify potential challenges (problems, inconsistencies, major difficulties). Have an excellent command of plastic injection molding and its constraints. Design 3D models using Catia V5 or Siemens NX , with strong expertise in Part Design and Generative Shape Design , considering: Styling surfaces (design and functional parts). The variation of injected parts within their mechanical environment (defining fixed points and reference systems). Thickness optimization and technical integration of parts into their mechanical environment. Surface stitching, surface updates, and technical edge refinements to prevent shrinkage. Demoldability rules, including integrating slide movements into the mold, especially for complex parts (a plus). Positioning, securing, and assembling techniques for plastic parts. Mastery of joining and fitting techniques (butt joint, overlap, step joints, etc.). Proximity analysis and potential clash detection between parts. Knowledge and mastery of PLM tools would be an asset. Oversee part and/or system development up to 2D drawing production ( Catia V5 Drawing ), ensuring functional dimensioning for internal and supplier requirements. Collaborate closely with suppliers of injected plastic parts for mold development.</p></div></section>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <br><p><span>SYSTRA is an international engineering and consulting group&nbsp;dedicated to public transport and sustainable mobility.&nbsp;</span></p><br><br><p><span>For the past 65 years, the Group has been working alongside cities and regions to support their development through the design, enhancement, and modernization of transport infrastructure and systems. SYSTRA delivers expertise across the entire project lifecycle, from design to testing, commissioning, deployment, and maintenance, in France and internationnally. Through its expanded range of services, SYSTRA support its clients and partners in their digital, environmental, and energy transitions, shaping the sustainable mobility solutions of the future.&nbsp;</span></p><br><br> Context <br><p><span>The “25 kV Power Supply Design Engineer” is responsible for the engineering, design, analysis, and technical coordination of 25 kV traction power supply for Railway Systems projects (High Speed Rail, Conventional Rail, Technicentres). The role focuses on the development of traction electrification infrastructures, including 25 kV AC and 2x25 kV autotransformer systems.</span></p><br><br><br><p><span>The purpose of the role is to deliver high-quality engineering studies and detailed design for traction power supply systems in accordance with project requirements, international railway standards, safety regulations, and client specifications.</span></p><br><br><br><p><span>The position requires expertise in railway electrical engineering, traction substations, SCADA interfaces, protection systems, earthing and bonding, and integration with railway operational requirements. The Design Engineer will work within multidisciplinary and international project teams throughout feasibility, preliminary design, detailed design, procurement support, construction support, testing, and commissioning phases.</span></p><br><br> Missions/Main Duties <br><p><span>Traction Power Supply System Design :</span></p><br><br><ul><li><span>Design of 25 kV AC and 2x25 kV traction power systems including functional and requirements specifications</span></li><li><span>Development of traction power supply architecture including feeding and sectioning diagram</span></li><li><span>Definition and sizing of Traction Substations, AT Posts, Switching Stations, Sectioning Posts, and Paralleling Posts</span></li><li><span>Elaboration of single-line diagrams, Substation layout drawings, cable routing, equipment specifications, and Bill of Quantities (BoQ)</span></li><li><span>Design and sizing of LV Auxiliary Power Supply, Energy SCADA and Remote Control System</span></li><li><span>Coordination of interfaces with Civils, Overhead Contact System (OCS), SCADA, signaling, telecom, rolling stock systems, and System Integration team</span></li><li><span>Contribution to FAT/SAT Procedures, As-Built Documentation&nbsp;</span></li></ul><br><p><span>Electrical Design &amp; Calculations :</span></p><br><br><ul><li><span>Load flow studies and traction power simulations analysis</span></li><li><span>Short-circuit calculations, Voltage drop analysis</span></li><li><span>Harmonic and power quality studies</span></li><li><span>Earthing &amp; Bonding and Return Current System design</span></li><li><span>Electromagnetic compatibility (EMC)</span></li><li><span>Protection coordination, interoperability compliance and RAMS assessment</span></li><li><span>Ensure compliance with EN, IEC, UIC, and local railway standards</span></li></ul><br><p><span>Interface and Coordination :</span></p><br><br><ul><li><span>Technical coordination with multidisciplinary engineering teams</span></li><li><span>Management of interfaces with utility companies and grid operators</span></li><li><span>Participation in technical workshops with clients and stakeholders</span></li><li><span>Contribute to hazard analysis and risk mitigation measures</span></li><li><span>Monitor engineering progress and technical risks.&nbsp;</span></li></ul> Profile/Skills <br><p><span><strong>Education</strong> : Master’s degree in Electrical Engineering, Power Systems Engineering, Railway Engineering, or equivalent;</span></p><br><br><br><p><span><strong>Years of Experience</strong>:&nbsp;Minimum 3 years of experience in railway electrification or traction power supply engineering</span></p><br><br><ul><li><span>Proven experience in High Speed Rail, Mainline or Conventional Rail projects</span></li><li><span>Experience with 25 kV AC and/or 2x25 kV traction systems</span></li></ul><br><p><span><strong>Skills and Competencies :</strong></span></p><br><br><ul><li><span>Knowledge of traction power system architecture and railway electrification principles and standards</span></li><li><span>Ability to perform electrical calculations and system studies</span></li><li><span>Understanding of railway operational constraints and interfaces</span></li><li><span>Knowledge of protection systems, SCADA, and control systems</span></li><li><span>Familiarity with EMC, grounding, and return current concepts</span></li><li><span>Strong technical writing and reporting skills</span></li><li><p><span>Excellent communication and interpersonal skills</span></p><br><br></li><li><p><span>Strong teamwork and collaboration capabilities</span></p><br><br></li><li><span>Software &amp; Tools : ETAP, AutoCAD, Revit, MS Office Suite; 3D Modelling in BIM environments is considered an advantage</span></li><li><span>Languages : English and French are mandatory</span></li></ul> <br><p><span>SYSTRA is committed to diversity and inclusion and actively promotes the employment of people with disabilities. </span></p><br><br> <br> Why SYSTRA? Read more <span> sur Why SYSTRA?</span> <br> <br> <br> </div>