This is a highly cross-functional role requiring deep technical knowledge of aeroelastic theory, loads derivation, and flight vehicle behavior. You'll collaborate closely with structural design, aero, GNC, and test engineering teams to ensure load paths are accurate, traceable, and validated through test or simulation.

Key responsibilities include:

• Developing aerodynamic and structural load envelopes for the full vehicle, from clean-sheet through flight test
• Leading maneuver, gust, landing, and ground loads analyses, including both quasi-static and dynamic cases
• Coordinating closely with GNC, aero, and structural teams to define load cases tied to mission profiles and flight control behaviors
• Developing and validating loads models using tools like NASTRAN, FEMAP, MATLAB, or custom Python/Simulink scripts
• Supporting the sizing and analysis of critical structural components through detailed load maps and V-n diagrams
• Conducting aeroelastic stability assessments, including divergence and control reversal checks
• Leading traceability of loads inputs/outputs across ICDs, FEA models, and design justification documents
• Interfacing with test engineering to support strain gauge placement, instrumentation plans, and correlation of in-flight data
• Authoring and presenting loads documentation for reviews, compliance, and technical buy-in
• Supporting the long-term refinement of loads methodologies and automation across the aerostructures team

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Responsibilities:

• Design, build, and validate manufacturing and assembly tooling to support the Corsair and Mirage product lines
• Interface with design and manufacturing engineering to ensure tooling design meets hardware design requirements and supports full-rate production
• Evaluate mechanical designs for potential flaws and offer modifications to eliminate potential problems
• Prepare assembly or product layout and detailed drawings applying GD&T, and participate in the manufacture or building of tooling
• Analyze tooling designs using hand calculations and finite element models
• Develop validation plans for tooling to ensure requirements are satisfied
• Ensure that design implementation, test, and maintenance methods/processes are developed and executed in a manner that supports company quality standards

Qualifications:

• Bachelor's degree or greater in Mechanical Engineering or a related field
• 2+ years designing complex manufacturing or assembly tooling
• Strong fundamentals in core engineering concepts, including statics, solid mechanics, and machine design
• Proven experience with tooling development and the entirety of the product life cycle
• Proficiency with CAD and finite element analysis software, such as Siemens NX and FEMAP
• Proven experience developing innovative solutions on a range of mechanical problems

Benefits:

• Medical Insurance: Comprehensive health insurance plans covering a range of services
• Dental and Vision Insurance: Coverage for routine dental check-ups, orthodontics, and vision care
• Saronic pays 100% of the premium for employees and 80% for dependents
• Time Off: Generous PTO and Holidays
• Parental Leave: Paid maternity and paternity leave to support new parents
• Competitive Salary: Industry-standard salaries with opportunities for performance-based bonuses
• Retirement Plan: 401(k) plan
• Stock Options: Equity options to give employees a stake in the company’s success
• Life and Disability Insurance: Basic life insurance and short- and long-term disability coverage
• Additional Perks: Free lunch benefit and unlimited free drinks and snacks in the office

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Responsibilities:

• Own the design and development of hardware through the entire engineering design lifecycle: establishing design criteria, conducting preliminary & final design, holding design reviews, building prototypes, and validating designs through analysis and test
• Design innovative mechanical solutions using multiple fabrication methods including sheet metal forming, machining, welding, mechanical fastening, and bonding
• Document hardware designs by creating detailed engineering drawings applying ASME Y14.5 GD&T standards
• Perform stress and mechanical tolerance studies, develop testing procedures, and generate appropriate test reports to document analysis outcomes
• Develop testing methods to validate product capabilities to satisfy internal and customer design criteria

Qualifications:

• Bachelor's degree or greater in Mechanical Engineering, Physics, Aerospace Engineering, Naval Architecture, or a related field
• 2+ years designing, analyzing and testing complex mechanical systems
• Strong fundamentals in core engineering concepts, including, but not limited to, solid mechanics, machine design, static, materials science, thermodynamics and fluid mechanics
• Proven experience with product development and the entirety of the product life cycle
• Proficiency with CAD and finite element analysis software, such as SolidWorks and FEMAP
• Demonstrated success developing innovative solutions to a broad range of mechanical engineering problems

Physical Demands:

• Prolonged periods of sitting at a desk and working on a computer
• Occasional standing and walking within the office
• Manual dexterity to operate a computer keyboard, mouse, and other office equipment
• Visual acuity to read screens, documents, and reports
• Occasional reaching, bending, or stooping to access file drawers, cabinets, or office supplies
• Lifting and carrying items up to 20 pounds occasionally (e.g., office supplies, packages)

Additional Information:

• Benefits: Medical Insurance, Dental and Vision Insurance, Time Off, Parental Leave, Competitive Salary, Retirement Plan, Stock Options, Life and Disability Insurance, Pet Insurance

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Your responsibilities will include conducting introductory, intermediate, and advanced training sessions for customers, and scoping/delivering professional services projects. You will also gather customer requirements and market trends to inform improvements to Ansys software, collaborate with product development teams to translate feedback into new features, and test new software releases on real-world industrial problems and provide feedback to enhance product performance and usability.

In this role, you will participate in internal initiatives to share knowledge, establish best practices, and develop simulation solutions and FAQs for the knowledge base. You will work closely with customers, sales, and product development to drive innovation and ensure success.

As an Optical Applications Engineer, you will have the opportunity to elevate customer satisfaction and productivity by delivering timely, high-quality technical support and solutions. You will drive adoption of Ansys Lumerical tools and support software revenue growth through expert pre-sales and post-sales engagement. You will empower customers to innovate and validate their designs faster and more accurately with advanced simulation software.

If you are a passionate engineer with a deep understanding of optics and photonics, eager to solve challenging engineering problems and make a significant impact in the industry, we encourage you to apply for this exciting opportunity.

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Your responsibilities will include performing numerical analysis of strongly coupled PDE systems to enhance simulation accuracy and speed, collaborating closely with Application Engineering and cross-functional teams to refine and validate solutions, and contributing to the continuous improvement of the Sentaurus product line used by semiconductor companies, research institutions, and universities worldwide.

As a Staff Engineer, you will have the opportunity to drive innovations that enable next-generation chip design and simulation for global industry leaders, accelerate the development of consumer products,phones, cameras, cars, and more,by advancing simulation technology, and enhance the performance and scalability of the Sentaurus product line, directly influencing semiconductor research and development.

You will be part of a high-performing, collaborative group of engineers, scientists, and innovators dedicated to advancing simulation technology for semiconductor devices. Our team brings together diverse expertise in mathematics, physics, computing, and engineering, fostering a creative, international work environment where every member's contributions matter.

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3 Minute Mission \| Eoghain McLaughlin - YouTube

Photo image of Atlassian Williams F1 Team

Atlassian Williams F1 Team

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3 Minute Mission \| Eoghain McLaughlin

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You are a key member of the Aerodynamics team at Atlassian Williams F1 Team, working closely with the team to develop and improve the aerodynamic performance of our Formula One cars. As an Aerodynamics Engineer, you will be responsible for analysing and interpreting complex data to inform design decisions, and collaborating with colleagues to develop and test new aerodynamic concepts.

Responsibilities

• Analyse and interpret complex aerodynamic data to inform design decisions
• Collaborate with colleagues to develop and test new aerodynamic concepts
• Work closely with the team to develop and improve the aerodynamic performance of our Formula One cars
• Develop and maintain accurate and detailed records of aerodynamic test data and results

Benefits

• Opportunity to work with a leading organisation in the motorsport industry
• Collaborative and dynamic team environment
• Professional development and training opportunities

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Our vision is to remain world leader in Motorsport and High Performance Automotive transmissions solutions, and to offer opportunities through our apprentice / graduate programmes to young people who want to understand and explore the world of high performance world class engineering, at the same time as developing their career. Xtrac’s share-owner culture gives pride to our staff, along with increased levels of engagement.

Producing transmissions which consistently enable our customers to secure victory requires the finest balance of being lightweight on the one hand and durable on the other. With the added ingredient of longevity, we have been able to maintain our record of success at the most prestigious and arduous races on the calendar - a task that tests us every year.

Working closely with our customers and understanding their precise requirements brings them success after success.

Established in 1984, Xtrac has become recognised as the worldwide leader in the design and manufacture of transmission systems supporting a wide client base covering top level Motorsport and high performance Automotive.

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What you'll do

• Design and develop new components and systems for our rally cars
• Test and validate the performance of our rally cars
• Collaborate with our team of engineers to improve the performance and reliability of our rally cars

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in motorsport engineering or a related field
• Strong knowledge of mechanical engineering principles and practices
• Excellent problem-solving and analytical skills

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What you'll do

• Design and develop new components and systems for our World Rally Cars
• Conduct testing and validation of new components and systems
• Collaborate with our team of engineers and technicians to ensure the successful development and delivery of our vehicles

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in motorsport engineering or a related field
• Strong knowledge of mechanical engineering principles and practices
• Excellent problem-solving and analytical skills
• Ability to work effectively in a team environment

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What you'll do

• Design and develop new components and systems for our World Rally Cars
• Conduct testing and validation of new components and systems
• Collaborate with our team of engineers and technicians to ensure the successful development and delivery of our World Rally Cars

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in motorsport engineering or a related field
• Strong knowledge of mechanical engineering principles and practices
• Excellent problem-solving and analytical skills
• Ability to work effectively in a team environment

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What you'll do

• Design and develop new components and systems for our World Rally Cars
• Conduct testing and validation of new components and systems
• Collaborate with our team of engineers to ensure the successful development and delivery of our World Rally Cars

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in mechanical engineering, preferably in the motorsport industry
• Strong understanding of mechanical engineering principles and practices
• Excellent communication and teamwork skills

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What you'll do

• Design and develop new components and systems for our rally cars
• Test and validate the performance of our rally cars
• Collaborate with our team of engineers to improve the performance and reliability of our rally cars

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in motorsport engineering or a related field
• Strong knowledge of mechanical engineering principles and practices
• Excellent problem-solving and analytical skills

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What you'll do

• Design and develop new components and systems for our rally cars
• Test and validate the performance of our cars on the track and in competition
• Collaborate with our team of engineers and technicians to ensure the successful delivery of our projects

What you need

• Bachelor's degree in Mechanical Engineering or a related field
• Proven experience in motorsport engineering or a related field
• Strong knowledge of mechanical engineering principles and practices
• Excellent problem-solving and analytical skills
• Ability to work effectively in a team 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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You'll be working on the development of the middle console and kinematic parts in every Porsche. To achieve the highest quality and functionality, we use modern simulation methods in fluid dynamics (CFD) and structural dynamics (FEM).

• Prepare, perform, and evaluate CFD and FEM simulations
• Optimize air-guiding components and structural components
• Develop our simulation and optimization methods
• Automate simulation processes using scripts

What you need

• A technical or natural science degree, such as mechanical engineering, simulation technology, physics, computer science, or a similar field (at least in the 3rd semester or in the gap year between Bachelor and Master)
• Interest in fluid dynamics/structural dynamics
• Ideally, experience with CAE software (Siemens Simcenter Star-CCM+, LS-DYNA, Hypermesh, etc.)
• Ideally, programming experience in languages such as Java, Python, MATLAB, etc.
• Ideally, experience with KI frameworks (e.g., PyTorch, TensorFlow)
• Self-motivated, structured, and creative working style
• Proactive mindset

Why this matters

You'll have the opportunity to gain experience in both CFD and FEM disciplines or expand your existing knowledge, as well as contribute to the automation and development of simulation processes and methods.

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You'll be responsible for the entire process chain of the overall vehicle crash simulation (model setup, calculation, evaluation, and coordination of measures with other departments).

• Einsatz und Erarbeitung innovativer CAE-Methoden - insbesondere im Bereich Modellierung von Material und Fügetechnik
• Programmierung und Scripting zur Prozessautomatisierung & Optimierung
• FEM-Untersuchungen im Bereich der Strukturdynamik und Eigenfrequenzanalyse
• Projekt- und Schnittstellenmanagment

What you need

• Ein Studienplatz für Ingenieurwissenschaften, Informatik, Physik, angewandte Mathematik oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• Grundkenntnisse in Simulationsmethoden (FEM) und CAE-Tools (z.B. ANSA, Animator, META, LS-Dyna Explizit oder Implizit, Nastran)
• Idealerweise Erfahrung mit Programmiersprachen (z.B. Python, Matlab, Java)
• Idealerweise Erfahrung mit Linux-basierten Betriebssystemen

Why this matters

This role is a great opportunity to work with a team of experts in the field of CAE and simulation. You will have the chance to develop your skills and knowledge in a dynamic and innovative environment.

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