The right person for this role can demonstrate past holistic ownership on solving a technical challenge with a creative, physical, solution that they either personally manufactured or oversaw manufacturing on, in a fast-paced, resource-limited environment. If you are someone who thrives in such an environment, then this role is for you.

The Manufacturing Engineer will be responsible for designing, developing, and implementing robust, efficient, and high-quality manufacturing processes for advanced turbine engines and their precision components, from concept to production. They will also specify, design, procure, and validate necessary tooling, fixtures, and manufacturing equipment to support production goals and process requirements.

In addition, the Manufacturing Engineer will collaborate with cross-functional teams to ensure manufacturability of turbomachinery designs, including DFx principles. They will also optimise existing manufacturing processes to improve efficiency, quality, and cost-effectiveness.

The successful candidate will have a Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, or a related field, and 5+ years of progressive experience in turbomachinery component manufacturing, aerospace, defence, or high-performance industrial gas turbine industries.

They will also have experience with CAD/CAM software, preferably NX or similar, and familiarity with CNC machining, additive manufacturing, and other advanced manufacturing technologies.

The salary range for this role is $129,000-$171,000 USD, and highly competitive equity grants are included in the majority of full-time offers.

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In this senior role, you will bridge the gap between design and manufacturing teams, ensuring products are cost-effective, scalable, and high-quality from concept to launch. The ideal candidate is a strategic thinker with deep engineering expertise and a passion for process improvement.

Key responsibilities include:

• Leading DFM reviews and providing feedback on product designs to enhance manufacturability, reduce costs, and minimize defects.

• Collaborating with cross-functional teams, including product designers, mechanical engineers, and supply chain specialists, to integrate DFM principles early in the development cycle.

• Developing and implementing DFM guidelines, tools, and best practices for the engineering team.

• Analysing manufacturing processes, identifying bottlenecks, and recommending optimizations using simulation tools and data-driven insights.

• Overseeing prototyping, testing, and validation to ensure designs meet production requirements.

• Mentoring junior engineers and fostering a culture of continuous improvement in design and manufacturing efficiency.

• Working with suppliers and vendors to evaluate materials, tooling, and assembly methods for feasibility and cost-effectiveness.

• Staying current with industry trends in DFM, such as additive manufacturing, automation, and sustainable practices.

Requirements include:

• A bachelor's or master's degree in mechanical engineering, manufacturing engineering, or a related field.

• 8+ years of experience in design engineering, with at least 4 years focused on DFM in a senior or lead capacity.

• First principles thinking: a rigorous mindset focused on breaking down complex problems to their fundamental truths, enabling innovative solutions to manufacturing challenges.

• A proven track record in optimising designs for high-volume manufacturing in automotive and/or aerospace/defence industries.

• Proficiency in CAD software (e.g., NX, SolidWorks) and DFM analysis tools (e.g., simulation software for assembly and tooling).

• A strong understanding of manufacturing processes, including injection moulding, CNC machining, PCB assembly, and quality control standards.

• Excellent problem-solving skills and experience with root cause analysis (e.g., Six Sigma or Lean methodologies).

• Leadership experience, including mentoring teams and driving cross-functional projects.

Preferred qualifications include certifications in DFM, PMP, or related areas; experience with agile development environments; and the ability to obtain and maintain DoD Secret Clearance.

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In this role, you'll lead and contribute to the development of complex, mission-critical technologies while guiding a talented team to deliver at a high level. Blending hands-on technical work with leadership, you'll help drive innovation, solve challenging problems, and bring cutting-edge systems from concept to reality.

Functional Excellence:

Directly contribute to the design, analysis, and integration of mechanical systems and subsystems for V-BAT aircraft and ground support equipment, including payload integrations, avionics packaging, harnessing and connector selection, transport structures, and launch & recovery systems.

Establish and improve pragmatic mechanical engineering standards, templates, specifications, and best practices that increase design quality, reduce rework, and enable faster iteration.

Own mechanical engineering deliverables across the product lifecycle,from early concept and prototyping through test, production, and field support,with a bias toward execution and delivery.

Own failure mode analysis and reliability modeling for mechanical systems, establish lightweight, repeatable practices (e.g., FMEA, fault trees) that proactively identify risks, reduce field failures, and inform design tradeoffs.

Partner closely with Engineering, Manufacturing, Supply Chain, Quality, Program Management, and Flight Operations to ensure designs are buildable, testable, and reliable in real-world environments.

Provide hands-on technical support during ground and flight testing, demos, and field operations; rapidly troubleshoot and implement design fixes under tight timelines.

Team Leadership and Development:

Lead, mentor, and develop a team of mechanical engineers, providing technical guidance, regular feedback, and clear expectations for ownership and execution.

Recruit and hire experienced mechanical engineers to strengthen team capability, elevate technical standards, and improve mentorship depth.

Act as a player-coach: balance meaningful individual technical contribution with team leadership, design reviews, and day-to-day unblock of engineers.

Establish team norms around accountability, decision-making speed, and engineering rigor,ensuring high-quality output without slowing momentum.

Set clear priorities aligned with program goals; actively manage team bandwidth, identify risks early, and communicate tradeoffs to leadership.

Drive clear and concise technical communication, ensuring design decisions, assumptions, and tradeoffs are well-documented and understood across functions.

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You'll be instrumental in building out the infrastructure for a new production line supporting a next-generation jet, including selecting and deploying capital equipment, implementing hardware and software tools, and establishing robust production systems.

Working across engineering, supply chain, and production, you'll ensure smooth integration of new technologies and provide mentorship to other engineers.

This role is ideal for someone who thrives on cross-functional impact, technical leadership, and factory-scale execution.

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Key responsibilities include: Defining the Bill of Process and manufacturing sequence for assigned subassemblies or cells. Mapping MBOM to operations, tooling needs, and process controls. Building ergonomic workstations (height/reach zones, shadow boards, calibrated torque tools, ESD controls, POU materials). Creating visual, operator-ready Work Instructions with torque specs, PPE, inspection points, and MES revision control. Conducting time studies, computing takt/CT, identifying bottlenecks, and leading kaizen improvements. Establishing standardized work, visual controls, job aids, and layered audit systems; iterating with operators. Capturing shop-floor lessons learned defects, build issues, tooling feedback, and driving root cause and corrective action. Partnering with Quality on in-process checks, error-proofing, and FAI readiness. Implementing ECOs, validating process updates, and maintaining work instructions accordingly.

Required qualifications include 7+ years of experience in manufacturing engineering, production systems, process development, or assembly engineering, as well as a Bachelor's degree in Mechanical, Industrial, Mechatronics, or related STEM field.

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You'll be instrumental in building out the infrastructure for a new production line supporting a next-generation jet, including selecting and deploying capital equipment, implementing hardware and software tools, and establishing robust production systems.

Working across engineering, supply chain, and production, you'll ensure smooth integration of new technologies and provide mentorship to other engineers.

This role is ideal for someone who thrives on cross-functional impact, technical leadership, and factory-scale execution.

Responsibilities:

• Act as a technical leader across programs, owning the design and optimization of high-impact manufacturing processes.
• Drive the scale-up of our flagship product line, balancing throughput, quality, and cost.
• Lead the manufacturing engineering effort for launching a new production line for a larger and more capable jet.
• Develop CPD/Fibersim definitions & producibility assessments for composite parts.
• Scope and deploy critical production infrastructure, including manufacturing equipment, tooling, and hardware/software systems.
• Engage with vendors to source and integrate capital equipment, production tools, and automation systems.
• Mentor engineers and production personnel to build organizational capability and technical depth.
• Champion cross-functional initiatives that standardize and improve manufacturing performance at scale.

Qualifications:

• Bachelor's degree in Engineering, or a related field, or relevant experience.
• 7+ years of experience in manufacturing engineering, with a focus in rapid growth environments.
• Proficiency in CAD software (Solidwork, NX, or CATIA).
• Experience with Composite Part Design (CPD), or Fibersim, and Generative Shape Design (GSD).
• Experience in owning the scale of production processes in a startup or rapid-growth environment.
• Strong understanding of manufacturing composites processes, including machining, lamination, and/or assembly.
• Experience with process improvement methodologies, such as Lean Manufacturing or Six Sigma.
• Demonstrated ability to work in a fast-paced, high-pressure environment and adapt to changing priorities.

Preferred Qualifications:

• Knowledge of quality standards, such as AS9100 or ISO 9001.
• Familiarity with advanced manufacturing technologies, such as additive manufacturing or automation systems.
• Knowledge of ERP/MRP systems and data-driven decision-making in a manufacturing context.
• Hands-on experience with manufacturing equipment and tooling design.
• Strong project management skills, including experience managing multiple priorities and deadlines.

Salary and Benefits:

• Pay within range listed + Bonus + Benefits + Equity
• Temporary employee offer package: Pay within range listed above + temporary benefits package (applicable after 60 days of employment)

Notes:

• Salary compensation is influenced by a wide array of factors including but not limited to skill set, level of experience, licenses and certifications, and specific work location.
• All offers are contingent on a cleared background and possible reference check.
• Military fellows and part-time employees are not eligible for benefits.

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You'll collaborate closely with engineering and fabrication teams, transforming functional requirements into refined, manufacturable forms that reflect Saronic's design language. The ideal candidate has both an artist's eye and a builder's practical skills,someone who's creative but also hands-on, and comfortable sketching ideas, modeling shapes, and making physical prototypes.

Key Responsibilities:

Concept and Form Development: Generate and visualize concepts that translate engineering-defined requirements into cohesive, functional forms. Create proportionally accurate surfaces and visual models that express Saronic's industrial design language.

Surface Modeling and Visualization: Use Rhino or similar surface modeling tools to develop 3D concept geometry for review and refinement. Produce high-quality renderings and visualization assets using tools such as KeyShot or Blender to communicate design intent.

Aesthetic Consistency and CMF: Contribute to the development and maintenance of Saronic's design language across vessels and supporting hardware. Support color, material, and finish (CMF) definition in collaboration with product and engineering leads.

Prototype Support: Build or coordinate fabrication of visual mockups and presentation models for design reviews, trade shows, or stakeholder evaluations. Ensure all mockups align with engineering constraints and undergo product team approval.

Cross-Functional Collaboration: Work closely with engineers and fabricators to ensure design intent complements structural and mechanical realities. Participate in design reviews, integrating feedback while maintaining the balance between form and function.

Qualifications:

Bachelor's or Master's degree in Industrial Design, Transportation Design, Product Design, or a related field, or equivalent professional experience.

5–10+ years of experience designing physical products , ideally in marine, aerospace, defense, robotics, or transportation sectors.

Strong portfolio demonstrating concept ideation, 3D surface modeling, visualization, and physical prototyping.

Proficiency in Rhino, Alias, or similar surface modeling software; rendering experience with KeyShot, V-Ray, or Blender.

Skilled in sketching and form exploration , able to rapidly express ideas in both analog and digital media.

Understanding of materials, manufacturing methods, and environmental durability in ruggedized hardware.

Excellent communication and collaboration skills; ability to work effectively with engineering, fabrication, and leadership teams.

Must be a U.S. Person due to required access to export-controlled information or facilities.

Preferred Experience:

Background in designing marine or aerospace products, or similar large-scale hardware systems.

Familiarity with composite fabrication, metal forming, or additive manufacturing processes.

Experience creating show-quality models or mockups for demonstrations and events.

Strong grasp of ergonomics, maintenance accessibility, and usability in operational environments.

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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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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We are the Audi Revolut F1 Team. Audi will compete in the FIA Formula 1 World Championship starting in 2026.

Your mission

• Manual reworking (grinding, polishing, drilling, sandblasting) of additively manufactured components for our racing car, wind tunnel model and customer orders in accordance with our quality guidelines.
• Manual processing of the surfaces of additively manufactured components according to drawings.
• Operating the production machines after a training period

Your profile

• Enjoyment of manual work
• Manual dexterity and a very clean working style
• Good spatial awareness
• Good spoken and written German skills (at least B2)
• Independent and precise working style
• Willingness to work outside normal working hours
• Trustworthy and able to maintain confidentiality
• Team player and flexible, including with regard to shift work

Driven by passion.

Every lap is a statement, every start a promise. This is what defines us.

Take a closer look.

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Explore the R26

Meet the team

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What you'll do

• Assume and execute tasks assigned to you by your direct manager or senior team members and support requested technical activities throughout the lifecycle of an opportunity, e.g. technical discovery, product presentations, demonstrations, evaluations, and consulting delivery.
• As an application engineer leveraging one or more Ansys products, you will work with customers to better understand their product development requirements and how they work. You will learn general application-specific design and simulation workflows. You will analyze and research how Ansys products and platforms can best meet customer requirements and internalize our value proposition.

What you need

• MS in Structural Mechanics Engineering, Aerospace Engineering, Manufacturing Methods Engineering or related field, or PhD.
• Minimum years of professional experience in an engineering software environment: MS+0 (Preferred education and years of professional experience in an engineering software environment: MS+3, or PhD+0)
• Demonstrated use of relevant Ansys software or knowledge of other commercial CAE, CAD, EDA, PLM software packages
• Logical problem-solving, strong interpersonal and communication skills, fluent in writing and speaking English
• Strong organizational and time management skills. Possesses a sense of urgency
• Projects a professional image and demonstrates business acumen, driven to succeed
• Ability to travel domestically up to 25% of time
• Demonstrated knowledge and experience in Structural and Topology Optimization
• Demonstrated knowledge and experience in Additive Manufacturing, Casting, and Manufacturing Methods.
• Demonstrated knowledge and experience in material modeling
• Industrial experience is preferred
• Fluency in French is preferred.

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You'll work on the development of innovative concepts and solutions, multiphysical simulation/analytical calculation of the design, realization and setup of demonstrators (prototypes), and testing of components/systems in the laboratory (location Graz). You'll also evaluate the laboratory and simulation results in the field (location Graz).

What you need

• Active study in the field of Mechanical Engineering, Technical Physics, or Electrical Engineering
• Basic knowledge in sensorics and additive manufacturing
• Proficiency in at least one 3D-CAD system
• Basic knowledge in CFD is an advantage
• Structured and independent working style
• Good German and English skills

Why this matters

You'll have the opportunity to work on a master's thesis and will be professionally accompanied and supported by our experienced employees. You'll also have the chance to exchange ideas with expert colleagues in the company and benefit from their expertise. The successful completion of the thesis will be rewarded with a one-time honorarium of EUR €3,500.00,-- gross.

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