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Experience Level
Experience
Qualifications
Master's degree in Mechanical Engineering or related field. Proven experience in turbomachinery design and analysis. Strong understanding of fluid dynamics, thermodynamics, and materials science. Familiarity with CAD software and simulation tools. Excellent problem-solving skills and attention to detail. Ability to work effectively in a collaborative environment.
About the job
Join our innovative team at The Exploration Company as a Turbopump Mechanical Engineer, specializing in high-thrust rocket engine systems. You will play a critical role in designing and developing turbopump systems that are essential for the next generation of space exploration technologies.
Your expertise will contribute to the entire lifecycle of turbopump development, from conceptual design through testing and implementation. Collaborate with a dynamic team of engineers and scientists to push the boundaries of aerospace engineering.
About The Exploration Company
The Exploration Company is at the forefront of aerospace innovation, dedicated to pushing the limits of space technology. Our mission is to develop advanced propulsion systems that enable sustainable and efficient exploration of outer space. Join us in our quest to revolutionize space travel and expand human presence beyond Earth.
About Munich ElectrificationMunich Electrification is a forward-thinking company dedicated to accelerating the shift towards electric and connected mobility. We specialize in developing cutting-edge electronic control units for electric vehicles and stationary storage systems tailored to our global clientele. Our passionate team comprises highly skilled engi…
About UsAt vinci4d, we are revolutionizing hardware design through our innovative Physics AI platform. Our cutting-edge software empowers hardware designers and physics simulation engineers to explore, analyze, and optimize complex hardware systems with unprecedented speed and accuracy. By integrating traditional simulation with advanced machine learning techniques, we are transforming the way the world's most advanced semiconductors are designed, verified, manufactured, and integrated into intricate systems.Role OverviewAs a key member of the Forward Deployment team in Europe, you will lead the charge in promoting the adoption of vinci4d’s platform among top engineering firms. This leadership role will involve building, mentoring, and managing a dynamic team of thermal and thermo-mechanical engineers dedicated to engaging with potential customers and showcasing the transformative capabilities of our software.Your team will leverage extensive expertise in thermal and thermo-mechanical simulation, applying real-world experience to validate customer designs using our platform. You will illustrate how vinci4d can significantly enhance product design, thermal and mechanical performance, reliability, and time-to-market.With a solid foundation in thermal physics and continuum mechanics, you will guide the analysis of complex physical phenomena, including steady-state and transient thermal behavior, linear and nonlinear mechanics, geometric and material nonlinearities, and contact interactions. Your team's assessments will focus on critical factors such as thermal risk, warpage, stress evolution, and reliability in advanced semiconductor devices, electronics packages, and wafer-scale systems.You will collaborate closely with customer engineering teams to comprehend their technical challenges, provide expert guidance, and articulate vinci4d’s capabilities in addressing real-world issues. Moreover, you will serve as a vital feedback conduit to product and engineering teams, translating customer insights into actionable inputs that will inform product development and foster continuous improvement.This remote role requires close collaboration with Sales, Product, and Engineering teams in Palo Alto, CA, USA, and may involve moderate travel primarily within continental Europe. Occasional international travel may be necessary for discussions and collaborations with the US team. You may need to be onsite in Munich a few days per week to work alongside a world-leading research institute on joint programs.
Hypersonica is advancing European defense technology from its base in Munich, with a focus on speed, resilience, and independence. The team handles complex challenges and aims to deliver solutions quickly, setting new standards in the industry. Role overview This Senior Mechanical Engineer position is shaped by immediate business needs, but the exact responsibilities will align with the skills and experience you bring. Hypersonica values technical depth, strong judgment, and the ability to work independently. In this small, highly skilled team, every engineer directly shapes the company’s direction and progress. What sets this role apart Responsibilities adjust to your expertise and interests, there is no fixed job description. Direct input into the company’s vision and technology roadmap. Opportunities to address significant engineering challenges in the European defense sector. Who thrives here Engineers who have achieved results that others thought impossible. Individuals whose skills and backgrounds do not fit standard categories. Professionals with deep technical expertise and sound decision-making ability. Work at Hypersonica directly supports Europe’s technological independence. The company welcomes candidates who bring unique strengths and a drive to make a meaningful impact.
Join Our Team at Munich Electrification!Munich Electrification is at the forefront of advancing electric and connected mobility. Our mission is to revolutionize the automotive sector by developing cutting-edge electronic control units for electric vehicles and stationary storage systems tailored for a global clientele. We boast a dynamic and diverse team of passionate engineers who are dedicated to innovation and excellence. Located in the vibrant center of Munich at Heimeranplatz, our office features a state-of-the-art prototype and testing lab.Our Core Values:Technological Leadership: We embrace challenges, innovate swiftly, and foresee future demands.Sustainability: We are committed to fostering a sustainable future, motivating others to contribute to a better world.Team Culture: We prioritize a joyful work environment that encourages inspiration and collaboration.Entrepreneurial Spirit: We welcome change with enthusiasm and ambition.Your Role:As a Senior Mechanical Engineer, you will lead the development of our Battery Management Systems (BMS) and Cell Monitoring Boards (CMB). You will take charge of the mechanical architecture, ensuring optimal mechanical integrity, thermal efficiency, high-voltage safety, and cost-effective design. You will oversee the complete development lifecycle—from concept to high-volume production—utilizing your knowledge of high-voltage component design and automotive durability standards. Your designs will form the crucial structural elements that protect our electronics in challenging automotive conditions.Key Responsibilities:Take full ownership of (electro-)mechanical products from ideation and 3D CAD design (PTC Creo) to production release.Design components adhering to ISO 16750 standards and ensure compliance with LV 124 / LV 148 for durability.Implement mechanical safety measures for high-voltage components, focusing on critical distances and structural integrity.
At The Exploration Company, we are pioneering the development, production, and operation of Nyx, an innovative modular and reusable space orbital vehicle designed for future refueling in orbit and capable of transporting cargo and potentially humans.Our Future Systems unit is dedicated to innovating and enhancing these capabilities by conceptualizing and advancing new technologies, products, and programs.We invite applications for the role of Mechanical Engineer to support our ambitious projects. In this position, you will oversee the mechanical sizing and analysis of various upcoming projects, particularly within the In-Orbit Services team. Your collaboration with our thermal, CAD, and systems engineers will be crucial in assessing the feasibility and preliminary sizing of mechanical systems. You will be part of the In-Orbit Services Team within the Future Systems Department and will report directly to the Principal Engineer of the project and the Future Systems Lead.Key ResponsibilitiesYour role as a Mechanical Engineer will be dynamic and evolving. Your day-to-day responsibilities will include:Participating in co-engineering sessions with CAD, thermal, and systems engineersIdentifying the mechanical load cases throughout the project lifecycleOffering technical solutions to enhance mechanical performance in collaboration with other subsystems (propulsion, avionics, etc.)Contributing to the development and refinement of mechanical analysis toolsCommunicating effectively and providing recommendations through analyses, preparation, and presentation of technical dataPreparing technical documentation and engaging in design reviewsIdeal Candidate ProfileFor the position of In-Orbit Services Mechanical Engineer, we are looking for candidates who possess:Education: A Master's or PhD degree in Aerospace Engineering, Mechanical Engineering, or a related discipline.Technical Skills: Robust knowledge in mechanical analysis along with strong design capabilities.Experience: Practical experience in the preliminary development phase (Phase B/C) project work and systems engineering.Programming Skills: Proficiency in programming for mechanical analysis and modeling.
Join Us in Advancing Europe's Hypersonic Capability At Hypersonica, we are at the forefront of transforming European defense technology. Our mission is to provide unparalleled speed, resilience, and technological independence, setting a new benchmark in the industry. As a part of our elite, agile team, you will tackle significant challenges and deliver solutions swiftly. In the role of Mechanical Design Engineer, you will not be confined to a traditional role. You will thrive in a talent-rich environment where every member contributes to the company's trajectory. We believe in recruiting a select group of extraordinary individuals who possess extensive technical expertise, sound judgement, and the ability to work independently. We prioritize talent over conventional qualifications. This position addresses a crucial business need, but its evolution will be guided by your unique skills and experiences. If you have accomplished what others deemed impossible or possess an exceptional skill set that defies traditional norms, we encourage you to apply. Your contributions here will play a vital role in enhancing Europe’s technological autonomy.
Join our innovative team at The Exploration Company as a Turbopump Mechanical Engineer, specializing in high-thrust rocket engine systems. You will play a critical role in designing and developing turbopump systems that are essential for the next generation of space exploration technologies.Your expertise will contribute to the entire lifecycle of turbopump development, from conceptual design through testing and implementation. Collaborate with a dynamic team of engineers and scientists to push the boundaries of aerospace engineering.
About Munich ElectrificationAt Munich Electrification, we are at the forefront of driving the shift towards electric and connected mobility. Our mission is to create cutting-edge electronic control units tailored for electric vehicles and stationary storage systems, serving a diverse clientele around the globe. Our dynamic international team is made up of passionate and talented engineers who work closely together in a supportive atmosphere that values each individual’s contributions. Our office, alongside a well-equipped prototype and testing lab, is conveniently situated in the heart of Munich at Heimeranplatz.We are defined by our core values:- Technological Leadership: We challenge the status quo, innovate rapidly, and foresee future demands. We take calculated risks and learn from our experiences to maintain our competitive edge.- Sustainability: We are committed to driving positive change for a sustainable future, recognizing our impact and motivating others to contribute to a better world.- Team Culture: We believe in creating an enjoyable workplace, instilling a sense of inspiration, celebration, and collaboration across our global team.- Entrepreneurial Spirit: We welcome change, think ambitiously, and push boundaries with enthusiasm.Your RoleWe invite you to join our dedicated Battery Science and Data team as a Battery Science & Data Engineer. In this role, you will spearhead an exploratory diagnostic workstream, delving into the advancements that battery diagnostics can bring to our Battery Management Systems. Your work will encompass state estimation of internal battery conditions and progress towards fault and anomaly detection. Collaborating with our lab demonstrators utilizing real BMS hardware, you will assess diagnostic methods practically and convert your insights into algorithm concepts that will enhance our product pipeline.This position is integral to a focused pre-development team tasked with validating new ideas before they transition to software engineering or cloud deployment. Your contributions will align with the team’s wider objectives in cloud analytics, edge inference, and safety-critical detection algorithms. You will define the methodology while we collectively set the strategic direction.Your Future Tasks at a GlanceLead an exploratory workstream, defining the technical direction and executing hands-on work in the lab. Your success will be measured by how effectively lab-tested concepts are integrated into our real-world BMS product pipeline.Design and evaluate sophisticated diagnostic algorithms for state estimation and detection.
About EFT Mobility AG EFT Mobility AG, based in Munich, develops electric power systems for Unmanned Aerial Vehicles (UAVs). Founded in 2019 by professionals from Tesla, BMW, and Siemens, the company focuses on advanced batteries, chargers, and power distribution systems tailored for demanding UAV applications. The team brings together deep industry experience and a drive for innovation in autonomous flight. Role Overview: Associate Mechanical Design Engineer (m/f/d) This position joins the mechanical design team, working on the design, development, and deployment of battery and charger products. The role supports the company's mission to improve flight duration, power output, and reliability for UAVs. The team environment is collaborative and fast-moving, with over 30 professionals transforming new ideas into practical solutions. Key Responsibilities Contribute to mechanical design and development of battery and charger systems for UAVs Collaborate with colleagues in electronics, firmware, and supply chain departments Apply fundamental engineering principles to move projects from concept through to production Work under the guidance of senior engineers to meet performance, cost, and reliability goals Gain hands-on experience in Design for Manufacturing (DFM) and Design for Assembly (DFA) What This Role Offers Exposure to real-world product development in a startup setting Opportunities to build technical skills in mechanical design, DFM, and DFA Chance to support the next generation of sustainable transport technologies Location Munich, Bayern, Germany
About UsAt Helsing, we are at the forefront of defense AI technology, committed to safeguarding democracies worldwide. Our goal is to achieve technological excellence that empowers open societies to maintain their autonomy and ethical standards.As a team of dedicated engineers, AI experts, and program managers, we invite mission-driven individuals to join us in solving some of the most intricate and significant challenges in defense technology. We foster an open, transparent culture that encourages thoughtful discussions on the implications and ethics of technology in defense.Your RoleIn the position of Flight Dynamics Modelling Engineer, you will collaborate with a small team to develop and validate models of flight system dynamics from fundamental principles, leveraging numerical predictions and test data.The Day-to-Day ResponsibilitiesCreate comprehensive flight dynamics models for various aerial platforms, from defining model architectures to executing numerical and experimental validation tests.Assist in specifying and implementing tests for model validation.Work closely with related disciplines, including Control, Aerodynamics, and Testing.Monitor and analyze flight tests to ensure model accuracy and performance.
WHO WE AREAt Proxima Fusion, our mission is nothing short of revolutionary: to reshape the landscape of sustainable energy. Leveraging the innovative W7-X stellarator and the latest technological advancements, we are charting a course toward commercially viable fusion power plants.Our pioneering efforts in stellarator optimization, driven by advanced computation and machine learning, are pushing the boundaries of fusion technology. We are unlocking new, high-performance design points through the use of high-temperature superconducting magnets.To seize this remarkable opportunity, we are assembling a dedicated team of passionate professionals committed to driving extraordinary change and radically transforming technology on a global scale.WHY JOIN PROXIMA FUSIONEngage with complex technological challenges that aim to deliver abundant, safe, and clean energy to the world.Collaborate with an elite team of accomplished and motivated individuals.Contribute to meaningful work and enjoy a fulfilling professional journey.Demonstrate that great achievements are possible in Europe when top talent comes together.YOUR IMPACTAs a Mechanical Design Engineer, you will play a pivotal role in the design, analysis, validation, and realization of Proxima’s Alpha stellarator fusion machine. Your innovative and meticulous engineering contributions will ensure exceptional mechanical, structural, and thermal performance across critical systems, tooling, and manufacturing processes. You will collaborate with external partners and suppliers to develop the designs, equipment, systems, and materials essential for Proxima’s mission to provide clean, sustainable fusion energy.WHAT YOU WILL DOCreate innovative solutions and detailed mechanical designs for major systems within the Alpha stellarator, ensuring seamless integration with broader physics, mechanical, and structural systems.Conduct thermal and structural analysis of mechanical designs, providing design insights and implementing suggested improvements.Perform technology trade-offs, select materials, and conduct feasibility studies to facilitate the successful identification of the Alpha net energy stellarator.
Join our dynamic team at Bolt as a dedicated E-Scooter Mechanic! In this hands-on role, you will play a crucial part in maintaining our fleet of e-scooters, ensuring they are always in top-notch condition for our users.In this position, you will be responsible for swiftly identifying and repairing any damages to our e-scooter fleet. Your attention to detail will help guarantee that every ride is safe and reliable. Additionally, you will conduct comprehensive safety tests on our vehicles to ensure they meet roadworthy standards. Your commitment to high safety standards will be vital in providing our customers with an exceptional transport experience.
The Exploration Company is building Nyx, a modular and reusable orbital vehicle. Nyx is designed for in-orbit refueling and cargo transport, with future plans to support human spaceflight. Role overview This Mechanical Ground Support Equipment (MGSE) internship supports the development and testing of Nyx at the Munich site. The intern will work closely with engineers on Assembly, Integration, and Testing (AIT) activities, contributing to hands-on projects and daily operations. Main tasks Design MGSE tools, including 3D-printed parts, for use in test setups. Assist with procurement, assembly, testing, and commissioning of MGSEs. Support AIT activities across subsystems such as the demonstrator capsule. Draft technical procedures and documentation as needed. Help organize and maintain AIT facilities. Day-to-day responsibilities Collaborate on MGSE design using CAD software (Siemens NX). Assist with sourcing and managing inventory for MGSE parts and tools. Independently build and test MGSEs with the engineering team. Contribute to the creation and revision of AIT procedures. Participate in AIT activities involving MGSEs. Maintain inventory records and organize storage for ground support equipment and components. Suggest and apply process improvements based on operational experience. Join off-site AIT activities as needed. Requirements Currently enrolled in a Master’s or PhD program in Mechanical Engineering or a related field. Motivated to support and collaborate with a growing team. Strong interest in aerospace technology and innovation. Location This internship is based in Munich, Germany.
As a Senior Backend / Platform Engineer at causaprima, you will take charge of the foundational platform that empowers our agents. This includes overseeing an event-driven architecture, managing data pipelines, integrating with customer accounting systems, and ensuring the infrastructure is reliable, auditable, and swift.Key ResponsibilitiesEvent Store Management — Lead the development of an append-only PostgreSQL event store featuring tamper-evident hash chaining, real-time event distribution, agent replay capabilities, and schema versioning.Cryptographic Signature Infrastructure — Implement key management and signature verification for all agent events, including establishing approval chains for external actions.Workflow Constraint Engine — Develop a robust gateway that verifies authorization before any external action (email, payment, API call) is executed.PII Vault & GDPR Compliance — Ensure the safe storage of personal data through isolated, encrypted solutions, allowing for the right to erasure and data residency per region.Multi-Tenancy Architecture — Design systems that incorporate row-level security and tenant isolation across all data stores, including tenant-scoped LLM API keys.Authorization (Cerbos) — Implement attribute-based access control for agents and humans with deterministic policy evaluations, ensuring LLMs are not responsible for authorization decisions.MCP Security Layer — Establish authentication protocols, capability-based scoping per partner, and rate limiting for the Model Context Protocol endpoint.Database Architecture — Drive PostgreSQL schema design, create effective indexing strategies, and enhance performance tuning and read replica topology.
At The Exploration Company, we are at the forefront of aerospace innovation, developing and operating Nyx, a modular and reusable orbital vehicle designed for future refueling in space. Our mission extends to transporting cargo and eventually humans, marking a pivotal advancement in space travel.Recognizing that the engine is the heart of any spacecraft, we are committed to pioneering our own advanced propulsion systems to guarantee exceptional efficiency and reliability in our space missions.We invite a skilled Turbopump Rotordynamics Engineer to join our Future Project division. In this crucial role within our engineering team, you will design, analyze, and enhance turbopump components for high-thrust rocket engines.
At The Exploration Company, we are pioneering the development and operation of Nyx, a revolutionary modular space orbital vehicle designed for refueling in orbit. This vehicle aims to transport cargo and potentially humans in the future.Our commitment to innovation extends to the heart of our spacecraft—the propulsion systems. We are on a mission to create state-of-the-art propulsion systems that guarantee maximum efficiency and reliability for our space missions.We invite you to become a crucial part of our engineering team as a Valves Development Engineer in the Future Project division. Your expertise will be essential in the design, analysis, and optimization of valve components tailored for high-thrust rocket engines.
Intrinsic Robotics, a pioneering venture within Alphabet, is dedicated to revolutionizing the landscape of industrial robotics. Our team is driven by the belief that breakthroughs in artificial intelligence, perception, and simulation will reshape the capabilities of industrial robotics in the near future, with software and data at the heart of this transformation. Our mission is to make intelligent industrial robotics accessible and usable for a multitude of businesses, entrepreneurs, and developers. We are a vibrant group of engineers, roboticists, designers, and technologists, all committed to unleashing the creative and economic potential of industrial robotics.Role OverviewIn your capacity as a Senior Research Engineer specializing in Data Engine, you will spearhead the design and implementation of systems that facilitate the training, deployment, and utilization of large-scale AI models for robotics. Your leadership will shape the technical direction, mentor fellow engineers, and ensure the establishment of robust, scalable data pipelines and machine learning infrastructure essential for enhancing the capabilities of robots in real-world settings. Your contributions will empower both internal teams and external partners by delivering accessible tools and infrastructure for integrating advanced AI methodologies into robotic applications.Key ResponsibilitiesLead the architecture and execution of infrastructure for training and deploying large-scale robotic foundation models.Manage the development and upkeep of data pipelines for the collection, processing, and integration of real-world robot data into machine learning workflows.Enable machine learning researchers and engineers with user-friendly tools and infrastructure for leveraging AI techniques in robotics.Collaborate with product and engineering teams to specify infrastructure needs and deliver effective solutions for both partners and customers.
Full-time | Munich | Seed Stage | Equity + SalaryJoin Us in Building a Transformative CompanyAt Knowlix, we are dedicated to amplifying the productivity of small businesses tenfold. Our goal is to establish ourselves as the premier platform for human-AI and AI-to-AI collaboration.Although we are in the early stages, we have grand ambitions. This is a unique chance for you to influence a product that will reach millions and set industry standards.We prioritize speed, frequent iterations, and exceptional quality. If you are passionate about building, deploying, and scaling innovative solutions, particularly leveraging AI for significant improvements, this is the opportunity for you.Why Choose Knowlix Now?We are a well-funded seed-stage startup, supported by top-tier investors and seasoned founders.Our technology is functional and our initial users are experiencing its transformative effects.We are targeting a vast market with a product that revolutionizes work dynamics.As one of our early team members, you will have significant influence and ownership over the company’s direction.We believe that rapid progress is achieved through focused efforts and continuous iteration.This isn't just a job; it's a chance to contribute to a once-in-a-generation company if we execute our vision effectively.The RoleWe are seeking a pragmatic and enthusiastic Backend Engineer with robust skills in Python and a strong understanding of SQL and cloud infrastructure. You will collaborate closely with AI researchers, product designers, and DevOps engineers to create a seamless interface between human users and our AI systems. Familiarity with Go, Rust, and Swift is advantageous, especially for future components such as microservices or mobile interfaces.
At The Exploration Company, we are at the forefront of developing, producing, and operating Nyx, a groundbreaking modular and reusable space orbital vehicle. This innovative vehicle is designed to be refuelable in orbit and capable of transporting both cargo and, in the future, humans.We are seeking a skilled and passionate AIT Propulsion Engineer to join our mission. You will play a pivotal role in the integration and testing of propulsion-related products and equipment. This includes the Nyx Capsule propulsion system, in-house developed large engines, smaller thrusters, pumps, igniters, and more.To excel in this position, you will be responsible for:Overseeing the preparation and execution of integration and functional tests for the Propulsion Qualification Model (PQM) and the Flight Model (FM).Acquiring necessary tools and organizing test setups, including the preparation of procedures and schedules.Supporting the design of Ground Support Equipment (GSE).Collaborating closely with the design team to optimize designs for seamless integration and testing (Design for Manufacture).Leading a small team in assembly and integration operations.Conducting functional tests of components, including internal thermal vacuum, outgassing, pressure tests, proof tests, and Cv characterization.Integrating thrusters or propulsion engines and all necessary instrumentation on the capsule.Providing support for AIT operations, executions, and tests.Documenting procedures and generating concise reports following tests.Identifying lessons learned and driving continuous improvement initiatives.We would love to see the following qualifications:As an AIT Propulsion Engineer, you should possess:A completed Engineering degree (Master's or PhD) in mechanical science, propulsion, or a related field.A dual skill set in:Mechanical assembly for integration and possibly design of small tools/GSE.Electrical skills for testing (data acquisition systems for sensors, basic programming in Python, harnessing, etc.).An eagerness to contribute to building and supporting a new team.Strong organizational skills and a meticulous approach to work.
Join vCluster Labs as a Senior Backend Software Engineer, where your coding expertise will play a pivotal role in shaping the future of Kubernetes multi-tenancy. In this influential position, you will be a key architect of the vCluster Platform, navigating intricate Kubernetes internals to develop tools utilized by top engineering teams globally.Your responsibilities will include:Diving Deep into Kubernetes: Collaborate closely with Kubernetes internals, pushing the limits of container orchestration.Expert Go Development: Craft high-performance, resilient Go code that powers the core functionalities of the vCluster platform.Taking Ownership: Exhibit complete ownership of your projects; self-motivated and capable of guiding feature development from technical design to production without constant supervision.Open Source Contribution: Collaborate with the community and contribute to open-source initiatives, shaping the next generation of tenancy models with scalable solutions for resource sharing and isolation beyond basic namespaces.Solving Technical Challenges: Address complex engineering problems that require a profound understanding of systems architecture.This position may be ideal for you if you possess:Kubernetes Expertise: Extensive knowledge of Kubernetes internals, including architectural patterns, networking, and storage.Proficiency in Go: Strong programming capabilities in Go, translating Kubernetes insights into clean, efficient code.A Builder Mentality: Passion for building outside work, demonstrated through active GitHub projects or open-source contributions.High Agency: A self-driven individual thriving in environments where you can independently identify and solve problems.Startup Experience: A background in high-growth environments, comfortable with ambiguity and eager to make an impact.Bonus qualifications include:...
