We're a multidisciplinary team building state-of-the-art generative models in chemistry & materials to accelerate scientific breakthroughs.

As a Research Scientist in our Science unit, you will be at the forefront of applying generative AI to the "Grand Challenge" of predicting the structure and properties of complex matter.

Your work will bridge the gap between in silico modeling and real-world laboratory discovery, particularly in areas where traditional computational methods are bottlenecked by time and complexity.

Key responsibilities:

• Design and train advanced AI models (transformers, generative models, etc.) to model the structure and properties of complex physical systems.

• Develop deep understanding of scientific domains that can be used to identify novel modelling approaches.

• Design and execute robust ML experiments that allow for the accumulation of small improvements, sharing results through clear verbal and written communication.

• Collaborate with other scientists and engineers to help shape the research roadmap.

About You

You are fascinated by the intersection of AI and natural science and determined to help solve grand challenges facing humanity.

In order to set you up for success as a Research Scientist at Google DeepMind, we look for the following skills and experience:

• PhD / equivalent experience in computer science, computational chemistry, materials science, physics with a focus on atomistic simulation or structural biology.

• Fluency in generative models and transformers

• Excellent collaboration and communication skills

• Experience with modern deep learning frameworks

In addition, the following would be an advantage:

• Record of high-impact published work at the intersection of AI and natural science, particularly chemistry and materials science.

• Demonstrated experience in geometric deep learning.

Applications close on Monday 20th April at 5pm BST

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The ideal candidate will have experience integrating optics, sensors, compute, and AI capabilities into wearable products while ensuring exceptional usability, comfort, and durability in the most demanding environments. If you thrive as a collaborative team player in a fast-paced start-up culture, and have a passion for the creative process, then this role is for you.

Key Responsibilities:

• Lead Industrial design efforts for next-generation soldier-worn devices integrating advanced technologies while delivering comfort, utility, and ruggedization
• Create and communicate design intent through sketches, CAD, prototypes, CMF strategy and design documentation
• Support form language and product development for helmets, smart glasses, body worn compute/sensing, controllers and apparel
• Partner closely with mechanical engineering, manufacturing, and human factors translating real-world mission needs into human-centered hardware
• Conduct deep user testing with colleagues, military proxies, and active-duty warfighters to validate fit, ergonomics, and performance
• Rapid iteration of prototypes for feedback, validation, and insight to inform hardware improvements
• Develop new interaction models, including input devices, controllers, HUD integrations, and future augments for connected systems
• Participate and share work in design reviews with senior leadership and external partners

Requirements:

• Minimum 10 years professional experience as an industrial designer developing products such as XR glasses, wearables, and consumer electronics
• Exceptional craft, strong form-function intuition, and the artistic precision
• Expert proficiency in sketching, Adobe Creative Suite, 3D CAD (SolidWorks, NX, Rhino 3D), and generating high-quality 3D renders (Keyshot, Cinema 4D/Blender experience is a plus)
• Build and iterate physical prototypes to inform product architecture and validate ergonomics and human factors
• Deep understanding of materials, manufacturing processes, and design for manufacturing
• A reliable self-starter, organized, efficient with attention to detail
• A team player with the ability to handle complex projects in a fast-moving environment
• Experience developing ruggedized products a plus
• Knowledge of general military application and authenticity is a plus
• Must be able to carry and lift loads up to 50lbs
• Must be willing to travel 10% of the time
• Must work onsite at the Bellevue, WA, office
• Must be a U.S. Person due to required access to U.S. export controlled information or facilities

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We're looking for a Research Scientist to join our Science unit, where you'll be at the forefront of applying generative AI to predict the structure and properties of complex matter.

As a Research Scientist, you'll design and train advanced AI models to model the structure and properties of complex physical systems, develop a deep understanding of scientific domains, and collaborate with other scientists and engineers to shape the research roadmap.

Key responsibilities include designing and executing robust ML experiments, accumulating small improvements, and sharing results through clear verbal and written communication.

To succeed in this role, you'll need a PhD or equivalent experience in computer science, computational chemistry, materials science, physics, or a related field, with fluency in generative models and transformers.

Experience with modern deep learning frameworks and a record of high-impact published work at the intersection of AI and natural science are also advantageous.

Applications close on Monday 20th April at 5pm BST.

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You will collaborate closely with our technical team to support the training of new AI tasks, contributing to innovative initiatives. Your responsibilities include refining annotation tools and selecting complex problems from advanced materials science fields to drive significant improvements in model performance.

This involves gathering or providing data in text, voice, and video formats, including annotations, audio recordings, or video sessions,tasks with which you must be comfortable and eager to engage.

This position demands a dynamic approach to learning and adapting in a fast-paced environment, where your ability to interpret and execute tasks based on evolving instructions is crucial.

The AI Tutor - Materials Science Specialist role is a remote position. We prefer candidates available for full-time employment, but exceptional applicants seeking part-time opportunities will also be considered.

Responsibilities:

• Use proprietary software applications to provide input/labels on defined projects.
• Support and ensure the delivery of high-quality curated data.
• Play a pivotal role in supporting and contributing to the training of new tasks, working closely with the technical staff to ensure the successful development and implementation of cutting-edge initiatives/technologies.
• Interact with the technical staff to help improve the design of efficient annotation tools.
• Solve problems that help drive innovation in materials by guiding AI models to enhance research in specialized areas, improving outcomes in scientific discovery and application.
• Choose problems from various fields across materials science that align with your specialization, where you can confidently provide detailed solutions and evaluate model responses.
• Regularly interpret, analyze, and execute tasks based on given instructions.

Basic Qualifications:

• Master’s or PhD in materials science, physics, chemistry, chemical engineering, or a highly related field.
• Expertise and specialization in a materials-related subdomain, including but not limited to energy materials, semiconductors, nanomaterials, metals, alloys, biomaterials, polymers, elastomers, ceramics, or glasses.
• Proficiency in reading and writing, both in informal and professional English.
• Strong ability to navigate various information resources, databases, and online resources is essential.
• Outstanding communication, interpersonal, analytical, and organizational capabilities.
• Solid reading comprehension skills combined with the capacity to exercise autonomous judgment even when presented with limited data/material.
• Strong passion for and commitment to technological advancements and innovation.

Preferred Skills and Experience:

• Advanced expertise in materials science, demonstrated by multiple publications, or patents, preferably with one or more first-author papers, in reputable peer-reviewed journals.
• Previous AI Tutoring experience.
• Teaching experience (as a professor, teacher, or tutor).
• Experience in technical writing, journalism, or a professional writing setting.

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Your contributions will be critical in advancing the capabilities of our intelligent systems used in high-stakes defence applications.

Key responsibilities include:

Developing innovative structural designs for aircraft and UAVs, focusing on airframes, support structures, and load-bearing components.

Utilising advanced CAD software to create detailed models and drawings, ensuring all designs meet specified requirements.

Performing structural analysis using Finite Element Analysis (FEA) tools to evaluate performance under various conditions and loads.

Creating and executing comprehensive testing plans to validate the strength, durability, and performance of structural components.

Conducting stress, fatigue, and environmental testing to ensure compliance with industry standards.

Diagnosing and resolving structural issues, utilising both experimental data and analytical methods.

Working closely with multidisciplinary teams, including aerodynamics, materials science, and manufacturing, to ensure cohesive and efficient designs.

Coordinating with the electrical and systems engineering teams to integrate structural components seamlessly into overall system designs.

Engaging in design reviews and providing constructive feedback to improve design processes and outcomes.

Preparing detailed documentation, including design specifications, analysis reports, and test results.

Ensuring all designs comply with relevant regulatory standards and industry best practices, such as FAA and MIL-STD requirements.

Maintaining accurate records of design changes, test procedures, and product iterations.

Staying updated with the latest advancements in materials, manufacturing techniques, and structural design methodologies.

Proposing and implementing design optimisations to enhance performance, manufacturability, and cost-effectiveness.

Participating in R&D initiatives to explore new technologies and innovative solutions for structural challenges.

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You will lead environmental and stress testing efforts, including temperature cycling, vibration, HALT, and HASS, conduct failure analysis and materials characterization, and analyze root cause investigations for manufacturing non-conformances and field returns. You'll participate in design reviews and FMEA activities, shape material selection and manufacturing requirements, analyze test and field data using reliability modeling tools, and help develop corrective actions and process improvements that elevate hardware reliability across the program.

Responsibilities: ude and implement design-for-reliability best practices, conducting rigorous testing, shaping manufacturing requirements, selecting materials, and analyzing field data to enhance the robustness of VBAT hardware. Perform stress screening, environmental testing, and drive failure analysis to ensure flight hardware meets reliability and performance targets. Analyze designs and test results to identify potential failure modes and mitigations. Collaborate with design engineers to implement design for reliability best practices early in design. Act as a key stakeholder in reviewing and approving designs for release. Participate in design reviews and failure mode effects analysis (FMEA) to assess potential reliability issues. Investigate manufacturing non-conformances and field hardware failures to determine root cause. Travel as needed to perform deep dives into supplier processes. Develop and recommend corrective actions to address identified reliability issues. Utilize reliability modeling and simulation tools to predict system performance and lifespan. Stay current with industry trends, advancements, and best practices in hardware reliability engineering. Propose and implement process improvements to drive improvements in reliability across the program.

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In this role, you will contribute to environmental and stress testing efforts, support failure analysis investigations, and help analyze test and field data to identify potential reliability risks. You’ll participate in design reviews and FMEA activities, assist in root cause investigations for manufacturing and field issues, and support initiatives to improve hardware reliability across the program.

Key responsibilities include:

• Supporting environmental and stress testing efforts (e.g., temperature cycling, vibration, HALT/HASS) to validate hardware reliability
• Assisting in failure analysis and root cause investigations for manufacturing non-conformances and field returns
• Analyzing test results and field data to help identify potential failure modes and reliability risks
• Collaborating with design engineers to incorporate design-for-reliability best practices
• Participating in design reviews and FMEA activities to evaluate potential issues
• Supporting development of corrective actions and process improvements to enhance hardware reliability
• Assisting in reviewing materials, manufacturing processes, and component selection for reliability considerations
• Utilizing data analysis tools (e.g., Python) to support reliability assessments and reporting
• Working cross-functionally with engineering, manufacturing, and supplier teams
• Traveling occasionally to support testing or supplier engagements as needed

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Your key responsibilities will include planning and executing mechanical, structural, and environmental tests on ASV components and full systems, developing test procedures, fixtures, instrumentation setups, and data acquisition systems, analysing test results to identify design weaknesses, material limitations, or integration issues, collaborating with design, electrical, and software teams to close feedback loops and iterate quickly, assisting in field testing campaigns, including at-sea trials and system deployments, documenting test plans, reports, and technical findings for internal use and DoD compliance, and supporting root-cause analysis and troubleshooting during development and production.

To succeed in this role, you will need a BS or MS in Mechanical Engineering, Aerospace Engineering, or a related field, 3+ years of experience in mechanical testing, validation, or systems integration, preferably in defence, marine, aerospace, or robotics industries, a strong understanding of structural mechanics, materials, failure modes, and environmental testing standards, experience with mechanical instrumentation, strain gauges, accelerometers, and data acquisition systems, proficiency in CAD (e.g., SolidWorks) and basic FEA tools for stress and modal analysis, hands-on skills with test setup, mechanical assembly, and fabrication tools, comfort working in lab, dockside, or field environments, strong written and verbal communication skills, US Citizenship, and eligibility for DoD security clearance.

In return, you can expect a competitive salary, industry-standard salaries with opportunities for performance-based bonuses, medical insurance, dental and vision insurance, time off, parental leave, retirement plan, stock options, life and disability insurance, and additional perks such as free lunch benefit and unlimited free drinks and snacks in the office.

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Responsibilities:

• Own structural design of ASV systems and/or subsystems from concept through prototyping and production efforts
• Maintain and track design gates (PDR, CDR) and schedules for owned hardware
• Prepare and conduct design reviews of owned structural systems/subsystems
• Support initial prototyping and build of new ASV platforms and variants
• Support procurement of prototype hardware and supplier selection process
• Produce engineering design definition artifacts to include:
• 3d models in Siemens NX (preferred), or Solidworks
• 2d drawings that comply with applicable standards (ASME Y14.5)
• Conduct preliminary structural sizing by performing hand calculations based on engineering first principles with respect to design requirements.
• Collaborate with hardware, product development, and production to optimize designs based on understood and discovered load cases.
• Generate comprehensive technical reports and documentation to communicate design decisions, recommendations, and rationale to internal teams and stakeholders

Qualifications:

• Bachelor’s degree or greater in Mechanical Engineering or a related field
• 2+ years experience in structural analysis and simulation, using both stress hand calculations and finite element analysis (FEA) software such as Femap (preferred) or ANSYS.
• Strong understanding of structural mechanics and materials science, with experience applying these concepts to real-world engineering problems.
• Demonstrated ability to lead and mentor junior engineers, providing technical guidance and expertise in structural analysis methodologies and best practices.
• Excellent problem-solving skills and a track record of innovative thinking to address challenging engineering issues.
• Effective communication skills with the ability to convey complex technical concepts clearly and concisely to diverse audiences.
• Ability to travel as needed.

Benefits:

• Medical Insurance: Comprehensive health insurance plans covering a range of services
• Saronic pays 100% of the premium for employees and 80% for dependents
• Dental and Vision Insurance: Coverage for routine dental check-ups, orthodontics, and vision care
• Saronic pays 100% of the premium under the basic plan 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 with company match
• 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
• Pet Insurance: Discounted pet insurance options including 24/7 Telehealth helpline
• Additional Perks: Free lunch benefit and unlimited free drinks and snacks in the office

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Responsibilities: Lead structural analysis and simulation efforts to assess and optimize the performance and reliability of ASV structures under various operating conditions and loads. Conduct hand calculations based on engineering first principles with respect to design requirements. Provide technical expertise towards finite element modeling and analysis (FEM/FEA) as well as meshing, post processing, and computation methods. Collaborate with hardware, product development, and production to optimize designs based on understood and discovered load cases. Collaborate closely with design and engineering teams to integrate structural considerations into the overall design process, from initial concept development to final implementation. Conduct detailed analysis of stress, strain, and deformation to identify potential failure modes and areas for design improvement, ensuring compliance with industry standards and regulations. Write and conduct testing and validation efforts to verify structural performance of designs; interpret test results and provide recommendations for design modifications. Generate comprehensive technical reports and documentation to communicate analysis findings, recommendations, and design rationale to internal teams and stakeholders.

Qualifications: Bachelor’s degree or greater in Mechanical Engineering, Structural Engineering, or a related field. 2+ years experience in structural analysis and simulation, using both stress hand calculations and finite element analysis (FEA) software such as Femap (preferred) or ANSYS. Strong understanding of structural mechanics, materials science, and fatigue analysis, with experience applying these concepts to real-world engineering problems. Demonstrated ability to lead and mentor junior engineers, providing technical guidance and expertise in structural analysis methodologies and best practices. Excellent problem-solving skills and a track record of innovative thinking to address challenging engineering issues. Effective communication skills with the ability to convey complex technical concepts clearly and concisely to diverse audiences. Ability to travel as needed.

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: Comprehensive health insurance plans covering a range of services. Saronic pays 100% of the premium for employees and 80% for dependents. Dental and Vision Insurance: Coverage for routine dental check-ups, orthodontics, and vision care. Saronic pays 100% of the premium under the basic plan 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 with company match. 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. Pet Insurance: Discounted pet insurance options including 24/7 Telehealth helpline. Additional Perks: Free lunch benefit and unlimited free drinks and snacks in the office.

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Responsibilities: Develop and qualify metallic material allowables and process specifications for marine and aerospace structures Lead corrosion prevention and protection initiatives, including protective coatings, anodizing, passivation, sealants, and cathodic protection methods Define and validate welding and joining processes (fusion welding, friction stir welding, brazing, mechanical fastening) for structural metals Support test programs to evaluate fatigue, fracture toughness, and corrosion performance of metallic alloys Provide guidance on marine environment durability of alloys, coatings, and assemblies Interface with suppliers and test labs to ensure compliance with relevant standards (e.g., ASTM, AWS, MIL-STD, ISO, DNV) Troubleshoot metallurgical issues including weld defects, corrosion failures, and material non-conformance Document and maintain metallic material property databases, process specifications, and qualification records Support certification efforts by generating technical justification and substantiation packages for materials and processes Document and maintain material property databases, ensuring traceability and alignment with regulatory requirements Support root cause analysis and corrective action for process and material non-conformances Lead or support continuous improvement activities that inform design-for-cost and design-for-manufacturing activities Collaborate with certification teams to provide technical justification and documentation for material allowables used in structural substantiation

Qualifications: Bachelor’s degree (or higher) in Materials Science, Metallurgy, Welding Engineering, Mechanical Engineering, or related field 2+ years of experience in aerospace and/or marine metallic materials and processes development Knowledge of corrosion science, coatings, and protective systems for marine and aerospace environments Hands-on experience with welding and joining processes, weld procedure qualification, and NDI methods Familiarity with structural alloys (aluminum, titanium, steels, nickel alloys) and their corrosion and fatigue behaviors Experience interpreting and applying standards (ASTM, AWS D1.1/D17.1, MIL-STD, SAE, ISO, DNV, etc.) Strong analytical skills for evaluating material performance data Excellent communication skills, with ability to produce clear technical documentation and specifications

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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You will work at the intersection of heat transfer, materials science, and optical engineering to push the boundaries of receiver efficiency, durability, and cost-effectiveness.

Key responsibilities include:

• Leading the end-to-end design and development of high-temperature solar receivers optimized for solar field integration
• Developing thermal and optical models to predict receiver performance, including flux distribution, heat transfer efficiency, and thermal stress analysis
• Selecting and qualifying materials capable of withstanding extreme temperatures (800°C–1000°C+), thermal cycling, and high solar flux environments
• Designing receiver geometries (cavity, external, tubular, particle-based) to maximize energy absorption while minimizing thermal losses and mechanical fatigue
• Collaborating with solar collection and controls teams to optimize aiming strategies and flux distribution on receiver surfaces
• Interfacing with heat exchanger and thermal storage engineers to ensure seamless integration of receiver output with downstream systems
• Developing and executing testing protocols for receiver prototypes, including high-flux testing and accelerated life cycle evaluation
• Driving design-for-manufacturing initiatives to reduce receiver cost and improve producibility at scale
• Staying current with advances in receiver technology, high-temperature coatings, and selective absorber materials

Required qualifications include:

• A bachelor's degree in Mechanical Engineering, Aerospace Engineering, Materials Science, or related field; a master's or PhD is preferred
• 7+ years of experience in thermal systems design, with significant focus on high-temperature receiver or heat exchanger development
• Demonstrated expertise in solar thermal receiver design for tower-based or central receiver systems
• Strong background in heat transfer (conduction, convection, radiation), thermodynamics, and fluid mechanics
• Proficiency with thermal simulation tools (ANSYS, COMSOL, SolarPILOT, or equivalent)
• Experience with high-temperature materials including ceramics, refractory metals, and advanced alloys
• Hands-on experience taking receiver designs from concept through prototype testing and into production

Preferred qualifications include:

• Experience with molten salt, liquid sodium, or particle-based heat transfer media
• Knowledge of selective absorber coatings and high-temperature surface treatments
• Familiarity with optical modeling and ray-tracing software for flux analysis
• Background in solar field optimization and aiming point strategies
• Publications or patents in solar thermal receiver technology

Additional information:

• Competitive salary and equity options
• Comprehensive benefits package, including health, dental, and retirement plans
• Dynamic work environment that fosters creativity and innovation
• Opportunities for professional growth and development in a rapidly evolving industry
• Relocation assistance

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You'll contribute by:

• Creating concept art for characters, creatures, and props; from loose exploratory sketches to fully rendered designs.
• Developing visually striking and clear character skin concepts that strengthen the narrative and align seamlessly with the IP.
• Partnering with Art Directors, Artists, Animators, and Designers to ensure characters and creatures not only look compelling but function well in-game.
• Collaborating with 3D Artists through detailed paint-overs and feedback to refine designs and solve visual challenges.
• Producing well-researched mood boards and rapid iterations that inspire new themes and directions for the art team.
• Bringing your unique passions and perspective to the broader studio and contributing beyond your core discipline that help shape not just the look of Arkheron, but also the creative practices of the team.

We're excited about you because you:

• Bring a stunning portfolio that showcases your strongest work and highlights your range as a concept artist.
• Have built a career creating characters, costumes, and creatures that push the limits of quality and creativity (whether in AAA games or film) leaving players and audiences with designs they remember.
• Demonstrate outstanding draftsmanship and artistic fundamentals, with deep knowledge of costume and fashion design across eras and cultures, a strong sense of materials, and the ability to communicate them visually.
• Can illustrate FX and animation through storyboards, and bring expert-level proficiency in Photoshop to your work.
• Hold yourself to a high quality bar, and proactively adapt to creative challenges to ensure the art always elevates the game.
• Thrive on collaboration, adapting your communication style (written, verbal, and visual) to meet the needs of your teammates.
• Actively seek and apply feedback across disciplines, staying curious about other teams' challenges and using those insights to strengthen how art supports gameplay.
• Embrace accountability, consistently meet deadlines, and bring a self-starting, self-managing approach that keeps you moving in step with development.

This might not be the role for you if:

• You're happiest on large teams with clear, specialized lanes. At Bonfire, we're a small, senior group where everyone wears a few different hats.
• Radical transparency and direct feedback feel uncomfortable. We rely on openness and shared ownership to do our best work together.
• You'd rather follow an established process than help shape and evolve one. Here, we're always iterating as the team and game grow.
• Playfulness and creativity don't feel essential to you. For us, they're core ingredients in making something truly special.
• You prefer to stay narrowly focused on your craft. This role is about collaborating across disciplines and influencing areas beyond your immediate specialty.

You'll love working at Bonfire because we:

• Embrace bold challenges with creativity and courage, making the tough calls to build a game we're proud to play every day.
• Keep fun at the core: we play Arkheron daily, staying grounded as players. If it's not more fun than yesterday, we fix it. We don't chase trends; we listen by playing.
• Stay truly independent, with decisions driven by the team , not by investors or a board.
• Thrive in a culture of passion, trust, and shared ownership; where transparency matters and egos don't.

The base salary range for this role is $174,800 - $221,817. Depending on your experience and level (whether you're closer to mid-level or principal), your offer may land above or below that range. We don't just look at years on a résumé , we think about the impact you can have on the team and the game. Of course, compensation at Bonfire goes beyond salary. Every new teammate receives equity, plus a full benefits package and some extra perks to make work (and life) better.

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Job Summary

As an Applications Engineer on our QuantumATK team, you will provide high-quality scientific and technical support to customers using QuantumATK, a leading software platform for atomic-scale materials modeling and simulation. You will partner with internal stakeholders and customers in high-tech industries to understand use cases, troubleshoot issues, and drive successful outcomes.

Responsibilities

• Provide high-quality scientific and technical support to customers using QuantumATK
• Partner with internal stakeholders and customers in high-tech industries (semiconductors, automotive, energy, etc.) to understand use cases, troubleshoot issues, and drive successful outcomes
• Develop and maintain application examples, workflows, and best-practice guides
• Collaborate with R&D and product teams by bringing customer needs and feedback into roadmap and feature discussions
• Contribute to enablement activities such as webinars and training

Requirements

• Solid foundation in solid-state physics and/or chemistry: A degree in physics, chemistry, materials science, or a related field
• Strong background in atomic-scale materials modeling and simulation
• Practical Python skills for scripting, analysis, and workflow automation
• Proficiency communicating complex technical topics in English (written and verbal)

Nice to Have

• Experience working directly with industrial customers in a technical role (support, field, pre-sales, or similar)
• Track record of building reusable examples, tutorials, or scientific software workflows

How You Work

• You take ownership, follow through, and ask for help early when blocked
• You're comfortable switching between deep technical work and customer-facing communication
• You bring a constructive, curious mindset in ambiguous problem spaces

What Synopsys Offers

• A key role in cutting-edge technology development with a competent, motivated team
• A dynamic environment with opportunities to grow across customer engagement, technical depth, and product impact
• Competitive compensation and benefits (per local practices)

The Team You'll Be A Part Of

You will join a dynamic Application Engineering team focused on enabling customer success and advancing Synopsys' technology leadership in Japan. The team is composed of talented professionals who collaborate closely with sales, product, and development groups to deliver innovative solutions and outstanding service. Together, you'll drive impactful projects and support the growth of Synopsys' presence in the region.

Rewards and Benefits

We offer a comprehensive range of health, wellness, and financial benefits to cater to your needs. Our total rewards include both monetary and non-monetary offerings. Your recruiter will provide more details about the salary range and benefits during the hiring process.

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Are you ready to dive into the world of additive manufacturing? As an Additive Intern at the Danville Additive Manufacturing Center of Excellence (AM CoE), you'll have the opportunity to contribute to cutting-edge research by assisting in the development and testing of groundbreaking additive manufacturing processes.

You'll explore new materials and technologies, learn how to advance additive manufacturing, and gain hands-on experience by supporting engineers in designing and fabricating parts using additive techniques. You'll also maintain and troubleshoot equipment to ensure the smooth operation of additive manufacturing equipment.

Interns must successfully complete the ATDM program at the Institute for Advanced Learning and Research. Due to customer requirements, we are only able to consider US Citizens for this role.

Responsibilities

• Assist in the development and testing of additive manufacturing processes
• Explore new materials and technologies
• Learn how to advance additive manufacturing
• Gain hands-on experience by supporting engineers in designing and fabricating parts using additive techniques
• Maintain and troubleshoot equipment to ensure the smooth operation of additive manufacturing equipment

Benefits

• Opportunity to contribute to cutting-edge research
• Hands-on experience in additive manufacturing
• Opportunity to learn from experienced engineers
• Competitive salary and benefits package

Note: Phillips Corporation is an equal opportunity/affirmative action employer. All qualified applicants will receive consideration for employment without regard to sex, gender identity, sexual orientation, race, color, religion, national origin, disability, protected Veteran status, age, or any other characteristic protected by law. Phillips Corporation is an E-Verify participant.

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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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Responsibilities

• Support material investigations, including root cause analysis of failure mechanisms and performance degradation.
• Carry out material testing strategies, covering tensile, impact, fatigue, corrosion resistance, and thermal property evaluations.
• Assist with sample preparation and microstructural analysis.
• Provide material test data and observations to support engineering and design teams.
• Support communication with suppliers to gather material information and confirm compliance within material specifications.
• Prepare clear technical reports and recommendations to stakeholders, influencing product development and validation strategies.
• Contribute to process improvements in material analysis processes, and help implement new tools or methods where appropriate.
• Collaborate with team members, mentor early career students within the team.

What You'll Bring

• Bachelor's, Master's or PhD in Materials Engineering, Materials Science or related field.
• Some industrial experience; internship, placement, etc. preferably in the Automotive or Aerospace industry.
• Basic understanding of failure mechanisms, fatigue behaviour, and environmental degradation of all material types.
• Familiarity of material testing techniques.
• Awareness of quality standards and engineering best practices.
• Comprehensive understanding of what materials are used in the automotive sector (metallics, polymers, etc.).
• Interest in developing deeper knowledge of failure mechanisms.

What We'll Do for You

• 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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Responsibilities

• Lead complex material investigations, including root cause analysis of failure mechanisms and performance degradation.
• Develop and implement advanced material testing strategies, covering tensile, impact, fatigue, corrosion resistance, and thermal property evaluations.
• Provide technical leadership in sample preparation and microstructural analysis.
• Advise engineering and design teams on material selection, performance trade-offs, and compliance with McLaren quality standards.
• Drive supplier engagement, ensuring alignment on material specifications, quality expectations, and innovation opportunities.
• Author and present high-level technical reports and recommendations to senior stakeholders, influencing product development and validation strategies.
• Champion continuous improvement in material analysis processes, introducing new technologies and methodologies to enhance capability.

Requirements

• Bachelor's, Master's or PhD in Materials Engineering, Materials Science or related field.
• Significant experience in industry as a materials engineer preferably in the Automotive or Aerospace industry.
• In-depth understanding of failure mechanisms, fatigue behaviour, and environmental degradation of all material types.
• Proven track record in developing and executing complex material testing programs.
• Familiarity with regulatory standards and advanced quality assurance methodologies.
• Comprehensive understanding of what materials are used in the automotive sector (metallics, polymers, etc.).
• Excellent understanding of the failure mechanisms of different materials.

What We'll Do for You

• 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

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

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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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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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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You'll work in your internship on real projects and take responsibility for exciting tasks around the validation and testing of these systems. You'll gain deep insights into modern development processes and actively contribute to making our vehicles even better.

• Spannende Versuchsarbeit: Unterstütze bei der Planung, Durchführung und Auswertung von Komponenten- und Gesamtfahrzeugversuchen – direkt an Prüfständen und Prototypenfahrzeugen
• Eigenständige Aufgaben und Projekte: Bereite Versuchsaufbauten vor, organisiere Umbauten und bringe deine Ideen in die Optimierung unserer Systeme ein
• Analyse & Dokumentation: Tauche in die Ergebnisse ein, bewerte Daten und dokumentiere deine Erkenntnisse für die Weiterentwicklung unserer Technologien
• Prototypenteile koordinieren: Hilf bei der Beschaffung und Organisation von Teilen in enger Abstimmung mit unseren Zulieferern, damit unsere Versuche reibungslos laufen
• Einblicke in andere Abteilungen: Schau Kollegen aus anderen Bereichen bei ihrer Arbeit über die Schulter, zum Beispiel im Windkanal oder auf unserem Prüfgelände

What you need

• Ein Studienplatz für Ingenieurwissenschaften oder eines vergleichbaren Studiengangs (mindestens im 3. Semester oder im Gap Year zwischen Bachelor und Master)
• Fundiertes technisches Wissen: Gute Kenntnisse in Technischer Mechanik und Werkstofftechnik
• Hands-on-Mentalität: Du hast Spaß am praktischen Arbeiten an Bauteilen und Fahrzeugen und möchtest Theorie in die Praxis umsetzen
• Arbeitsweise: Selbständig, analytisch und strukturiert – du behältst den Überblick, auch wenn es komplex wird
• Teamplayer mit Begeisterung: Kommunikationsstark und motiviert, gemeinsam Lösungen zu finden
• IT-Skills: Sicherer Umgang mit MS Office
• Führerschein Klasse B oder BE vorteilhaft

Why this matters

This internship is a great opportunity to gain hands-on experience in the automotive industry and contribute to the development of innovative technologies. You'll work in a dynamic and collaborative environment with a team of experienced professionals and have the chance to learn from them. The internship is a great stepping stone for a career in the automotive industry and can lead to future opportunities within the company.

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You'll be responsible for practical investigations on metallic components, but also get to know other aspects of materials technology.

• Questions on metals from different material groups
• Damage analyses on components from chassis, electrics, or bodywork
• Conventional and electric drives from series and motorsport
• Analyses on joining and manufacturing technology as well as corrosion and surfaces
• Special components from emotional vehicles

What you need

• A study place for materials science, manufacturing technology, vehicle technology, mechanical engineering, or a comparable course of study (at least in the 3rd semester or in the gap year between Bachelor and Master)
• Basic knowledge in one of the areas: metallic materials, manufacturing technology, joining technology, surface technology, or corrosion
• Independent, structured, and analytical working style
• Enjoy working practically and in a team
• Safe handling of MS Office
• Good communication skills
• Very good German knowledge (min. B2)

Why this matters

You'll be part of a team that's responsible for all topics related to metallic materials in the vehicle, from A to Z. You'll get to know the company's various departments and work with different internal and external partners.

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