Your responsibilities will include:

• Performing concept and detail design (3D & 2D) of mechanical systems
• Supporting the development of automotive components
• Creating and maintaining bills of material
• Checking digital vehicle mock-ups and package models
• Creating part assemblies
• Presenting the work results in project and design reviews

To succeed in this role, you will need to have a good working knowledge of CAD systems such as CATIA V5, SolidWorks, Pro/ENGINEER, or Creo Elements, as well as knowledge in fabrication technologies. You should also be proficient in English and have strong communication and collaboration skills, combined with a high standard for delivering quality-driven engineering services.

Our company offers a range of benefits, including knowledge-sharing, collaboration with universities and master's program, expanding our know-how, performance running in our blood, community support, and more.

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The ideal candidate brings hands-on metrology experience, is comfortable working in a manufacturing and tooling environment and enjoys collaborating with Engineering and Production teams to ensure that tooling and aircraft components meet engineering and aerodynamic requirements.

You will use advanced measurement technologies,including laser trackers, 3D scanners, and metrology arms,to verify tooling and aircraft components, support Production activities and provide clear analytical feedback to internal customers both in written and verbal forms.

Key responsibilities include:

Performing dimensional measurement and verification of tooling, fixtures, jigs, and aircraft components using laser trackers, portable metrology arms, and 3D scanning systems. Collecting, analysing and interpreting measurement data to verify conformance to engineering drawings, aerodynamic specifications and CAD models. Generating clear analytical and graphical inspection reports for Engineering and production stakeholders. Supporting development of measurement strategies, including selecting appropriate metrology equipment and methods for Tooling and specific applications. Maintaining and monitoring metrology equipment to ensure accuracy, calibration and operational readiness.

Additionally, you will provide hands-on support of tooling build, assembly and adjustment activities for tight-tolerance fixtures and tooling systems, assist Production teams with fixture setup, alignment, and troubleshooting, collaborate with Tooling machinists, Engineers, and Production personnel to develop practical measurement and tooling solutions, and work with limited supervision while managing assigned measurement and support activities.

What you will learn includes advanced aerospace metrology techniques and best practices, tooling build philosophies and manufacturing processes, measurement data analysis and interpretation, and use of multiple metrology systems and CAD platforms in a production environment.

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This role partners closely with Engineering and Production to ensure product producibility, define efficient build processes, develop tooling requirements, and support continuous improvement initiatives across assigned aircraft areas.

Key responsibilities include owning production process definition and implementation, developing and reviewing installation build plans, reviewing and approving engineering drawings and models, identifying and requesting manufacturing tooling, and managing Design for Manufacturability (DFM) requests.

You will also review and approve change requests, assess impacts to production, and coordinate with cross-functional teams. Additionally, you will support shop floor implementation of major engineering and process changes, drive process improvements to improve quality, efficiency, and production performance, and collaborate with suppliers, engineering, and production teams to support manufacturing execution.

As a Design Manufacturing Engineer II, you will have the opportunity to work on complex projects, develop your technical skills, and contribute to the success of Honda's manufacturing operations.

We offer a competitive base salary, paid overtime, regional bonus, industry-leading benefit plans, paid time off, and relocation assistance. We also provide opportunities for career growth, education reimbursement, training and development programs, tuition assistance, student loan repayment, lifestyle account, childcare reimbursement account, elder care support, wellbeing program, community service and engagement programs, and product programs.

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Key Accountabilities

• Analyze Catia design data and part quality to identify and solve potential problems.
• Evaluate Honda Engineering Standards and design specification applications.
• Work with design and test associates to solve problems and propose design changes.
• Utilize prototype expertise to design tools or parts to improve performance/accuracy.

New Model Team Leader

• Interact with other departments to plan prototype projects and resources.
• Create process manuals and document problems during prototype builds.
• Train team members to build high quality prototype vehicles efficiently.
• Lead a team of associates to build prototype vehicles to design and test specifications.

Welding Prototype Development

• Build or modify prototype metal parts and vehicle body to match design specifications.
• Collaborate with design and test associates to achieve the goals of each project.
• Create, modify, and execute spot welding robot programs with servo gun.
• Assemble weld fixtures and adjust tooling accuracy with 3D measurement equipment.

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Responsibilities:

• Conduct early stamping process feasibility evaluation in an integrated CAD/CAE environment and coordinate between product development and manufacturing teams to lead resolution of manufacturing feasibility concerns.
• Lead the creation of draw die CAD developments and construction release files for new model stampings.
• Update and maintain existing stamping die process information for the inclusion of improvements, service requirements and carry-over modified part releases required for new model usage.
• Develop stamping die processes for new model parts, optimized for cost and quality on a timely basis to achieve company objectives.
• Lead the development of Process Failure Modes and Effects Analysis (PFMEAs) for new model stampings.
• Participate in and initiate cost requests for new model costing, evaluation of engineering proposals.
• Perform simulations of stamping processes for comprehensive formability evaluation.
• Optimize stamping processes: Perform draw and line die simulations and remain extensively involved in taking corrective measures to resolve stamping concerns through the refinement of product design and the stamping process until the launch of production to ensure that the manufactured stamping quality is in adherence to Ford standards.
• Support die design and tooling problem resolution during tool construction.

Qualifications:

• Bachelor’s Degree in Mechanical Engineering, Aerospace Engineering, Materials Science or related field; or a combination of equivalent experience and education.
• 3+ years of manufacturing experience: Die Process, CAD Draw Development, Die Design, Die Construction and / or Tryout.
• Experience with stamping and machining processes.
• Must be capable of conducting early stamping process feasibility evaluations in an integrated CAD/CAE environment.
• Must be able to perform simulations of stamping processes for comprehensive formability and dimensional evaluation.
• Must support the die design sections.
• Must be fluent with at least one stamping process simulation software: Dyna, Autoform or ESI PamStamp
• Practical CAD experience, CATIA V5 and TeamCenter a plus.
• Good verbal and written skills.

Even better, you may have:

• Tool & Die Journeyman’s Card
• Ability to support die try-out: Understand stamping dimensional errors and correction
• Highly motivated self-starter capable of delivering objectives with minimal direct supervision.
• Experience in planning, implementation, and onsite launch of manufacturing systems.
• 5+ years of automotive manufacturing experience.
• Proficiency in GD&T, part fixturing, holding datums, and tolerance stack-ups.

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As a Senior DVA Engineer at McLaren Automotive, you will play a critical role in ensuring the dimensional accuracy and quality of our vehicles. You will be responsible for applying 3D Dimensional Variation Analysis (DVA) tools to validate the effectiveness of our vehicle concepts and support the development of our complete dimensional control concept.

Key Responsibilities

• Ensure DVA work carried out meets project timing and is delivered in a robust manner
• Apply 3D Dimensional Variation Analysis (DVA) tools to prove out multiple concepts and ultimately validate the effectiveness of the optimal complete vehicle concept
• Support Engineering Releases (ER) sign off across all components for a new model and be a subject matter expert to support the business
• Support the definition of vehicle level gap and flush targets with Perceived Quality department
• Work cross-functionally to develop and define a complete dimensional control concept
• Be able to build a tolerance simulation model using 3DCS software to evaluate design concept capability
• Attend design reviews to drive the development of the overall vehicle concept to ensure previous lessons learned and concept issues are raised, thus finding optimal design solutions
• Raise all validated concerns into the McLaren faults management system
• Have a thorough understanding of the various component manufacturing processes with respect to best practice tooling philosophies
• Provide Input to manufacturing assembly sequence and assembly concept decision making process
• Be a GD&T ‘Champion’ in the business and be the point of contact within the DVA team for GD&T knowledge
• Govern FT&A/GD&T in released designs is in accordance with BS:8888 ISO:1101 and supports vehicle dimensional concept in context to downstream manufacturing processes
• Provide support in generating datum strategy concepts, (Using GD&T), which sets overall engineering concept; which is required for assembly jigs, fixtures, and measurement plans
• Management of internal training guides and standards for 3DCS model creation
• Provide support to DVA engineers with best practices and innovative ways of solving problems
• Work with the DVA Lead Engineer to develop the team and create a larger presence in the business
• Support and drives new continuous improvement initiatives to improve and refine the analysis work carried out

What You'll Bring

• Experience of relevant experience in DVA/GD&T
• A degree in mechanical / automotive engineering or similar (2:1 or above) or equivalent experience in a similar role
• CATIA V5
• GD&T And its application to the BS8888 standard
• 8D or Practical Problem Solving (PPS)
• Methodical approach to work with strong analytical skills
• Self-starter capable of using initiative
• New product development experience in the Automotive Industry
• Experienced in 3DCS Tolerance analysis software, or similar
• The application of best practice location strategies for a range of components/assemblies, materials and manufacturing processes covering composites, polymer mouldings, pressed steel/aluminium sheet metal, castings, and laminates
• Good understanding of jig and fixture concepts
• Good problem-solving ability
• Good understanding of SPC, statistics and process capabilities

Personal Attributes

• As a Senior DVA Engineer you will naturally have an aptitude to learn and develop your engineering skills, with regards to tolerance analysis and the impact of tolerance on the engineering and manufacturing processes
• You will have the drive to push the department forward and always strive for doing better through continuous improvement initiatives
• We work in a fast-paced environment so the ability to act under pressure with calmness, clarity of thought, and decisive authority is crucial
• You may be required to travel to off-site development facilities, within the UK and throughout Europe, therefore a flexible approach to travel is required

What We'll Do for You

We offer a wide-ranging benefits package, which includes:

• Structured career development framework
• 25 days’ holiday, plus bank holiday. Annual buy & sell up to five days
• Enhanced company pension scheme
• Discretionary annual bonus award
• Private medical insurance and health cash plan
• Life assurance benefit
• Ability to apply for a sabbatical of up to one year after only two years’ service
• Benefits you can adapt to your lifestyle, such as discounted shopping
• Generous parental leave policies
• A range of wellbeing initiatives, such as employee assistance programme and free financial & mortgage advice

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Full Time

Frankfurt, Germany

Experienced Professional

December 18, 2025

Main tasks

• Design, specification and development of vehicle systems (including for example and not limited to, cooling, steering and fuel systems)
• 3D detailed design CAD models and assembly drawings using Catia V5
• Support text and validation of systems plus support design of any required test jigs and or rigs
• Work cross functionally with multiple departments to provide solutions on new designs as well as problem solve and find solutions to issues
• Support vehicle and test car builds and problem solve technical related issues
• Create and maintain systems technical library documentation
• Work with suppliers to define and deliver engineering systems plus problem solve manufacturing issues

Qualifications

• Bachelor’s Degree in Mechanical, Automotive or Aeronautical engineering or similar background
• At least 6 years of experience in a comparable environment working with high performance parts
• Have a strong background with a solid understanding of systems and mechanical engineering fundamentals
• Good knowledge of CAD (CATIA V5 preferable)
• Knowledge of PLM System (Windchill preferable)
• Ability to complete tasks with minimal guidance and to work under pressure to meet deadlines
• Fluent English is compulsory

Our Offer

• Secure and long-term employment relationship
• Market and performance-related remuneration
• Training and career development
• Working in an international and dynamic environment
• 30 days vacation per calendar year
• Free parking
• Attractive benefits
• Car leasing options

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Full Time

Frankfurt, Germany

Experienced Professional

January 07, 2026

Main tasks

• Design of mechanical components including and not limited to suspension, steering, brakes and subframes
• 3D detailed design CAD models and assembly installations plus related 2D technical manufacturing and assembly drawings using Catia V5
• Full lifecycle ownership of mechanical design components and from concept through testing and validation to reliability, problem solving and performance development
• Support validation testing plus support design of any required test jigs and or rigs
• Support vehicle and test car builds and problem solve technical related issues
• Work with suppliers to support manufacture and optimization.

Qualifications

• Bachelor’s Degree in Mechanical, Automotive or Aeronautical engineering or similar background
• Proven professional experience in motorsport with 7+ years experience. Rally and Track racing disciplines
• Strong mechanical design background with a solid understanding of materials science and mechanical engineering fundamentals
• Good knowledge of CAD (CATIA V5 preferable) and 2D or 3D GD&T technical drawing experience
• Experience and knowledge of surface design is a plus
• Knowledge of PLM System (Windchill preferable)
• Fluent English is compulsory

Our Offer

• Secure and long-term employment relationship
• Market and performance-related remuneration
• Training and career development
• Working in an international and dynamic environment
• 30 days vacation per calendar year
• Free parking
• Attractive benefits
• Car leasing options

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Full Time

Frankfurt, Germany

Young Professional

August 28, 2025

Hybrid

Main tasks

• Design and engineer composite components for motorsport applications
• Provide technical engineering solutions for lightweight composite problems and designs
• 3D design (surface design) of composite components across multiple vehicle projects, external (bodywork) and internal
• 3D detailed design CAD models and assembly installations plus related 2D technical manufacturing and assembly drawings using Catia V5
• Define joint design, adhesive and fixing strategies
• Generate and define Ply books / laminates with composite and FEA engineers
• Support test and validation of composite components plus support design of any required test jigs and or rigs
• Support vehicle and test car builds and problem solve technical related issues
• Work with suppliers to support tool design, layup optimization and manufacturability of composite components

Qualifications

• Bachelor’s Degree in Mechanical, Automotive or Aeronautical engineering or similar background
• At least 2 to 3 years of experience in a comparable environment working with high performance parts
• Have a strong composites background with a solid understanding of materials science and mechanical engineering fundamentals
• Good knowledge of CAD (CATIA V5 preferable) and 2D or 3D GD&T technical drawing experience
• Experience and knowledge of surface design is a plus
• Knowledge of PLM System (Windchill preferable)
• Ability to complete tasks with minimal guidance and to work under pressure to meet deadlines
• Fluent English is compulsory

Our Offer

• Secure and long-term employment relationship
• Market and performance-related remuneration
• Training and career development
• Working in an international and dynamic environment
• 30 days vacation per calendar year
• Free parking
• Attractive benefits
• Car leasing options

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Full Time

Frankfurt, Germany

Experienced Professional

April 14, 2025

Based in Frankfurt, Hyundai Motorsport GmbH is responsible for Hyundai’s global motorsport activities and primarily for its World Rally Championship program. We are currently looking for an Electrical System Design Engineer to join our team.

Main tasks

• Demonstrable experience of electrical system design - specifically circuit design, wiring/fusing and electrical packaging.
• Proficient in the creation of schematics and 2d harness drawings in line with industry recognised EDS standards.
• Design, development and production release solutions for the electrical package and wiring systems for our range of vehicles.
• Familiar with Catia V5 design tools including the electrical harness work bench and the creation of detailed harness routes and feasible design solutions from conceptual phase.
• Able to present design information to support both external and internal project status reviews.
• Practical vehicle fault analysis and electrical harness modification.
• Experience with program launch engineering and manufacturing support, including guidance for installation and rework by Manufacturing and Service departments.

Qualifications

• Bachelor’s Degree in Engineering, ideally from an electrical discipline.
• Min. 3 years of relevant work experience within motorsport industry.
• Well organised mental approach, flexibility to modify immediately planned operation according to last minutes issues.
• Fluent English is compulsory.
• Knowledge on High Voltage Systems & Motorsport Looms.
• Knowledge of MS Office (Excel, Access, Outlook), Catia V5.
• You complete tasks with minimal guidance and work under pressure to meet deadlines.

Our offer

• Secure and long-term employment relationship.
• Market and performance-related remuneration.
• Training and career development.
• Working in an international and dynamic environment.
• 30 days vacation per calendar year.
• Attractive benefits.
• Car leasing options.

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Full Time

Frankfurt, Germany

Experienced Professional

March 08, 2022

Hybrid

Senior Design Engineer

Main tasks

• Design advanced models and drawings of chassis, suspension or surface components with specialized softwares

• Assign, approve, perform or delegate designs as appropriate

• Liaise with the calculation engineer to optimize and verify the design

• Complete and release component designs and documentation, including drawings

• Close collaboration with other engineering departments and external suppliers to ensure fully integrated system designs, achieving optimal car performance

• Supporting all areas/departments in the design office when workloads dictate

• Apply theoretical knowledge of material science and mechanical engineering to solve complex engineering challenges

• Engineer parts in ways to have easy assembling and maintenance in relationship with workshop leader

• Establish ply book in relationship with composite and FEM engineers

• Provide hands-on support of prototype and test sample production

Qualifications

• Bachelor’s Degree in Mechanical, Automotive or Aeronautical engineering or similar background

• At least 3 years of experience in a comparable environment working with high performance parts

• Have a strong composites background with a solid understanding of materials science and mechanical engineering fundamentals

• Good knowledge of CAD (CATIA V5 preferable)

• Experience and knowledge of surface design is a plus

• Knowledge of PLM System (Windchill preferable)

• Ability to complete tasks with minimal guidance and to work under pressure to meet deadlines

• Fluent English is compulsory

Our Offer

• Secure and long-term employment relationship

• Market and performance-related remuneration

• Training and career development

• Working in an international and dynamic environment

• 30 days vacation per calendar year

• Free parking

• Attractive benefits

• Car leasing options

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What you'll do

• Plans and formulates workflow of self and others to meet specified deadlines with minimum of supervision.
• Has engineering responsibility and can lead specific phases of projects i.e., technical studies, specification writing, establishing technical plans.

What you need

• Bachelor’s degree in Mechanical Engineering or related.
• Master’s degree preferred.
• 3-5+ years’ experience in powertrain design.
• Excellent knowledge of more than one area of engine systems.
• CAD skills, preferable Catia V5, (not required but would be an advantage).
• Can lead system engineering process i.e. P-diagrams and boundary diagrams, DFMEA’s, DVP&R, Supplier negotiations, Team leader skills, Communication and presentation skills.

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What you'll do

As a Principal Engineer (m/f/d) Composite Design, you will be in charge of producing designs for structural assemblies (including the respective tooling) and drawings as well as providing full documentation in English. You will work closely as part of a team of designers and be responsible for ensuring on-time delivery of projects within agreed cost limits.

• Undertake the concept scheming and designing of, structural and non-structural, composite components or assemblies
• Generate detailed specifications of various composite components as well as associated component testing
• Responsible for design and development of high-end race car components
• Definition of drawings, ply books and full documentation in English
• Developing the tooling, jigs and fixtures for component production, inspection and testing

What you need

• Have a degree in Mechanical or Automotive Engineering
• High-level knowledge and relevant experience in motorsport parts layout and the design of high-performance structural components
• Display sound knowledge and hands-on experience of carbon composite design technologies and laminate definition, including structural components and crash structures

Why this matters

As a Principal Engineer (m/f/d) Composite Design, you will be part of a dynamic team that is passionate about motorsport and automotive projects. You will have the opportunity to work on exciting projects and contribute to the development of high-performance structural components. Your skills and experience will be valued and utilized to ensure the success of the team and the company.

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What you'll do

• Plans and formulates workflow of self and others to meet specified deadlines with minimum of supervision.
• Has engineering responsibility and can lead specific phases of projects i.e., technical studies, specification writing, establishing technical plans.

What you need

• Bachelor’s degree in Mechanical Engineering or related.
• Master’s degree preferred.
• 3-5+ years’ experience in powertrain design.
• Excellent knowledge of more than one area of engine systems.
• CAD skills, preferable Catia V5, (not required but would be an advantage).
• Can lead system engineering process i.e., P-diagrams and boundary diagrams, DFMEA’s, DVP&R, supplier negotiations, team leader skills, communication and presentation skills.

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What you'll do

Delivering innovative engineering solutions.

• Design advanced models and drawings of a variety of car components and chassis design.

What you need

Intro.

• Excellent interpersonal, relationship and team building skills.

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What you'll do

Design, develop, and optimise high-performance engine components and systems using 3D CAD.

• Create detailed engineering drawings and support manufacturing with technical specifications and tolerance analysis.

• Work closely with engineering and engine build team to integrate design with engine performance targets.

What you need

• Educated to MEng or BEng degree level in Motorsport, Automotive or Mechanical Engineering, and have good knowledge of 3D CAD, preferably CATIA V5.

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What you'll do

Design advanced models and drawings of a variety of car components and chassis design. Verification of designs through own calculations, analysis and CAE. Ensuring the success of the design from inception through to production.

What you need

Excellent interpersonal, relationship and team building skills, and share our determination to deliver the very best results.

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You'll support the development of new innovative concepts and components, bringing in your own ideas. You'll work independently to implement the concepts in the CATIA V5 CAD system within the development team. You'll exchange ideas with experienced development engineers and our partners in design, aerodynamics, testing, and production. You'll create 2D and 3D designs (front, rear, or aerodynamics systems).

What you need

• A study place for engineering or a comparable course of study (at least in the 3rd semester or in the gap year between Bachelor and Master)
• Good knowledge in the areas of technical mechanics, materials science, and design methods
• Self-contained, analytical, and structured way of working
• Team, communication, and enthusiasm skills
• For construction: knowledge in the CAD system Catia V5 or comparable programs
• A safe handling of MS Office
• Very good German and good English knowledge (at least B2)

Why this matters

This role is a great opportunity to gain hands-on experience in the development of innovative concepts and components. You'll work with experienced engineers and partners to bring your ideas to life. You'll have the chance to develop your skills and knowledge in a dynamic and fast-paced environment.

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Deine Themenschwerpunkte sind... Konstruktion, Simulation oder Auslegung

• Komponentenentwicklung für Projekte mit und ohne Straßenzulassung (z.B. für Verbrennungsmotoren, Getrieben, el. Maschinen, Leistungselektronik)
• Motorsport-Projekte

What you need

• Ein Studienplatz für (Wirtschafts-) Ingenieurwesens mit einem der Schwerpunkte Elektrotechnik, Maschinenbau, Fahrzeugtechnik oder Mechatronik oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• CAD-Kenntnisse für den Schwerpunkt Konstruktion (z.B. CATIA V5)
• Erste Erfahrung in der Modellierung von Antriebskomponenten für den Schwerpunkt Simulation/Auslegung (z.B. FEM, MKS, Schaltungssimulation)
• Erste Erfahrung in der Modellierung physikalischer Systeme, idealerweise Simulink, für den Schwerpunkt Simulation/Auslegung

Why this matters

Wir als Unternehmen "Am Anfang schaute ich mich um, konnte aber den Wagen, von dem ich träumte, nicht finden. Also beschloss ich, ihn mir selbst zu bauen." Dieser Satz von Ferry Porsche bringt alles auf den Punkt, was Porsche ausmacht. Mitarbeiter, die so denken, stoßen bei uns immer auf offene Türen.

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Your tasks are...

• Konstruktion, Auslegung, Berechnung und Simulation von Bauteilen und technischen Systemen
• Vor- und Nachbereitung von Renneinsätzen sowie strukturierte Fehleranalyse
• Definition, Durchführung, Auswertung und Dokumentation von Prüfstandsversuchen
• Fahrzeugaufbau- Prototypenteilemanagement

What you need

• Ein Studienplatz für Ingenieurwesen, Maschinenbau, Fahrzeugtechnik oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• Kenntnisse Fahrwerk- und Kraftfahrzeugtechnik
• Fortgeschrittene 3D-CAD-Kenntnisse (vorzugsweise CATIA V5)
• Hohe Team- und Kommunikationsfähigkeit
• Flexibilität und Eigeninitiative
• Eine selbstständige, strukturierte und analytische Arbeitsweise
• Begeisterung für Motorsport
• Ein sicherer Umgang mit MS Office
• Sehr gute Deutsch- und gute Englischkenntnisse (min. B2)

Why this matters

Sobald du eine passende Stelle gefunden hast, fülle unser Online-Bewerbungsformular aus und füge am Ende deine vollständigen Bewerbungsdokumente hinzu (Anschreiben, Lebenslauf, Arbeits- und (Hoch-)Schulzeugnissen sowie ggf. weiteren Bescheinigungen). Bitte habe Verständnis, dass wir keine Bewerbungen per Post oder E-Mail entgegennehmen.

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Your focal points are...

• Planung, Organisation, Durchführung und Dokumentation von Versuchen an Prototypbauteilen und Fahrzeugen zur Absicherung und Validierung.
• Unterstützung der Bauteilverantwortlichen bei der Abstimmung mit Lieferanten, Produktion und Qualitätskontrolle.
• Erstellen von Bauraumuntersuchungen, Flächenanalysen und Schnittdarstellungen sowie Lösen von konstruktiven Aufgaben in CATIA V5.
• Eigenständige Entwicklung und Mitarbeit bei der Absicherung aller Anforderungen im Rahmen von Komponenten- und Gesamtfahrzeugversuchen (z.B. Wind- und Lichtkanal)

What you need

• Ein Studienplatz für Ingenieurswissenschaften oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• Eine selbständige und strukturierte Arbeitsweise
• Hohe Team- und Kommunikationsfähigkeit
• Eigeninitiative
• Ein sicherer Umgang mit MS Office
• Sehr gute Deutsch- und gute Englischkenntnisse (min. B2)

Why this matters

Mitarbeiter, die so denken, stoßen bei uns immer auf offene Türen. Porsche ist eine wertvolle Marke mit weltweiter Anziehungskraft und einer treuen Kundenbasis rund um den Globus.

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Was erwartet dich? Deine Themenschwerpunkte sind... ...je nach Schwerpunkt deines Studiums und deinen Interessen, in einem der folgenden Bereiche:

• Unfallanalyse
• Recherche und Analyse von Feldunfällen
• Sichtung und Dokumentation von Unfallfahrzeugen
• Weiterentwicklung, Pflege und Datenanalysen mit der Porsche Unfalldatenbank
• Konstruktion
• Konzeption, Konstruktion, Integration und Weiterentwicklung von Rückhaltesystemen mit CATIA V5 Package und Ergonomieuntersuchungen digital und mit realen Prototypen
• Kennenlernen der Porsche Konstruktionsmethodik
• Versuch
• Planung, Konzeption und Auswertung von Komponenten- und Crashversuchen
• Organisation von Umbauten an Prototypenfahrzeugen in Abstimmung mit den Werkstätten
• Durchführung von Misuse- und Fußgängerschutzversuchen am Gesamtfahrzeug
• Weiterentwicklung von Skripten zur Planung und Datenaufbereitung der Versuche
• Berechnung/Simulation
• Modellierung/Bauteilvernetzung im Gesamtfahrzeug mittels Simulationssoftware (Ansa, LS Dyna)
• Abbildung der Insassen mittels verschiedener Dummy- und Menschmodelle
• Auswertung/Bewertung der Simulationsergebnisse und Vergleich mit Realversuchen
• Simulation von Fußgängerschutz- & Komponentenversuchen in verschiedenen Lastfällen
• Erstellung von Automatisierungsskripten zur effizienteren Auswertung/Datenanalyse
• Einsatz modernster Methoden und Werkzeuge der Datenanalyse und Künstlichen Intelligenz

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You'll work with Porsche-Styling- and Strakdaten, from individual parts to the entire vehicle.

• Arbeit mit Porsche-Styling- und Strakdaten, vom Einzelteil bis hin zum Gesamtfahrzeug
• Arbeit an Interieur & Exterieur Baureihenübergreifende Absicherung der weltweiten Zulassungsfähigkeit
• Tägliche Arbeit mit Catia V5 (Generative Shape Design, CAVA und Zeichnungserstellung)
• Abgleich der CAD-Untersuchung mit Serien- und Versuchsfahrzeugen

What you need

• Ein Studienplatz mit technischem oder naturwissenschaftlichem Bezug (MINT) (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• Vorkenntnisse in Catia V5 oder vergleichbaren CAD-Programmen
• Sehr gute Deutschkenntnisse (min. C1)
• Gutes Sprachverständnis und Spaß sich in technische Regularien einzulesen
• Sorgfältige und strukturierte Arbeitsweise
• Technikaffinität und Begeisterungsfähigkeit

Why this matters

You'll get an overview of all vehicle series over the entire development process (from the first designs to type approval). You'll gain practical experience in Catia V5 and gain insights into the Porsche design and development process. You'll also get digital learning and further education opportunities and be part of an active internship community.

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Dein Praktikum bei uns kann in einem der folgenden Bereiche stattfinden. Bitte gib gerne deine Präferenzen in deinem Anschreiben an:

1. Konstruktion Karosseriestruktur
2. Simulation Karosseriestruktur
3. Simulation Wassermanagement
4. Versuch Wassermanagement

Was erwartet dich?

Deine Themenschwerpunkte sind...

Praktikum Karosseriestruktur (Konstruktion oder Simulation): Wir entwickeln das „Rückgrat“ des Fahrzeugs – die Karosseriestruktur. Dabei geht es um Sicherheit (Crash), Stabilität und Leichtbau. Wir arbeiten mit Materialien wie Stahl, Aluminium, Magnesium und CFK, die wir durch Schweißen, Kleben, Nieten oder Schrauben verbinden. In der frühen Entwicklung nutzen wir Steifigkeits-, Funktions- oder Betriebsfestigkeitssimulationen.

Praktikum Wassermanagement (Simulation oder Versuch): Wir sorgen dafür, dass das Fahrzeug bei Regen, Wasserdurchfahrten und Reinigung immer funktioniert und wasserdicht ist. In der frühen Entwicklung nutzen wir Strömungssimulation (CFD) und führen später praktische Versuche mit Prototypen durch.

What you need

Ein Studienplatz für ein MINT-Studium (z.B. Maschinenbau, Fahrzeugtechnik, Luft- und Raumfahrttechnik, Angewandte Mathematik) oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder Gap Year zwischen Bachelor und Master)

Technikinteresse und Teamfähigkeit

Für Konstruktion: Erste Erfahrungen in CATIA V5 oder ähnlichen Programmen wünschenswert

Für Simulation Karosseriestruktur: Grundkenntnisse der Finite-Elemente-Methode und erster Kontakt mit Simulationstools (z.B. ANSA, LS-DYNA) wünschenswert

Für Simulation Wassermanagement: Grundkenntnisse in (numerischer) Strömungsmechanik, Programmieren (z.B. Python) und Linux wünschenswert

Why this matters

Wir bei Porsche leben Vielfalt, setzen uns für Chancengleichheit ein und fördern aktiv ein inklusives Miteinander. Ebenso sind Respekt und Toleranz fest verankert in unserer Unternehmenskultur. So schaffen wir ein Umfeld, das die Individualität jedes einzelnen Menschen im Unternehmensinteresse fördert.

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