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ABOUT THE ROLE You will join a long-term initiative in collaboration with a globally recognized industry leader. The project focuses on advancing physical AI and multi-fleet management systems, aimed at significantly enhancing the performance and efficiency of outdoor vehicles. This is a unique opportunity to work at the intersection of robotics, AI, and real-world hardware, where solutions go beyond simulation into practical application. The team is involved not only in building new capabilities but also in retrofitting existing systems with intelligent components, bringing innovation to already deployed equipment. RESPONSIBILITIES • Define and own the technical architecture for complex robotics solutions across domains (mobile robots, robotic arms, drones, AMRs), • Design scalable, reusable integration frameworks connecting robotics systems with cloud platforms and enterprise ecosystems, • Lead end-to-end delivery: from prototyping and PoCs to production-ready systems, • Establish architectural standards, design patterns, and best practices across robotics teams, • Evaluate, select, and evolve technologies, tools, and platforms within the robotics stack, • Drive research in emerging robotics trends and translate insights into practical architectural decisions, • Architect perception, SLAM, planning, control, and multi-robot coordination systems, • Ensure integration of hardware and software, including sensors, actuators, real-time systems, and electromechanical components, • Oversee simulation and validation using tools such as Isaac Sim, Gazebo, or similar, • Collaborate with cross-functional teams (AI, cloud, embedded, product) to align technical solutions with business goals, • Engage with clients through workshops, technical discussions, and architecture presentations (pre-sales and delivery) REQUIREMENTS • Degree in Robotics, Computer Science, Electrical Engineering, or related field, • Proven experience in robotics system architecture and end-to-end solution design, • Expert proficiency in C++ and/or Python, building production-grade robotics software, • Strong experience with ROS2, including defining standards and best practices, • Hands-on experience across robotics domains (mobile robots, arms, drones, autonomous systems), • Deep knowledge of SLAM, sensor fusion (LiDAR, IMU, vision, radar, GPS), localization, mapping, and motion planning (e.g., MoveIt2), • Experience with simulation environments (Isaac Sim, Gazebo, or similar), • Strong background in control systems, real-time computing, and hardware-software co-design, • Familiarity with cloud and IoT ecosystems (AWS, Azure, or GCP), including deployment pipelines, • Knowledge of industrial/embedded ecosystems (ARM, STM32, RTOS, PLC, SCADA), • Experience in multi-robot and multi-vendor integration environments, • Strong analytical and systems-thinking mindset with solid mathematical foundations, • Excellent communication skills, including presenting to technical and non-technical stakeholders, • Proven experience in technical pre-sales (solution design, workshops, client engagement), • Leadership experience, mentoring engineers, and guiding technical direction, • Advanced English proficiency for daily communication, documentation, and stakeholder interaction SoftServe is an equal opportunity employer. Qualified applicants will receive consideration regardless of race, color, ancestry, ethnicity, national origin, religion, sex, sexual orientation, gender identity or expression, age, citizenship, disability, health condition, marital or family status, veteran status, or any other characteristic protected by applicable law.

Senior Rust Engineer On-site in Munich Low Latency | Async Rust | Tokio Drones 90,000 - 105,000 + Benefits We have a new and exclusive partnership with one of the most exciting scale-ups in Europe, who are looking to double in size their engineering team. They have a valuation exceeding 2 billion Euros. The company builds aerial intelligence hardware and software. They're main focus is the manufacturing of UAV's. Alongside this, they are also developing bleeding edge software that provides actionable insights in defense, security and professional services. The Rust Team: This engineering team are focusing on building a greenfield command and control center, designed specifically for unmanned systems. What you'll be doing: • Architect, build, and support reliable, high-performance systems for coordinating swarms and handling sensor data., • Develop streamlined communication methods and real-time data processing tools tailored for robotic platforms., • Work hand-in-hand with multidisciplinary teams to connect backend infrastructure with robotic applications and sensor arrays., • Enhance overall system efficiency, expandability, and dependability within distributed robotic setups. Experience you'll need: • Production experience with Rust, or contributions to production grade open source repos. 2+ Years., • Experience working with Tokio, or other asynchronous frameworks such as async.std or Smol., • Ideally a background in a core programming language such as C, C++, or Core Java. Candidates from functional backgrounds such as Scala, Erlang or Clojure are also encouraged to apply., • Experience developing low-latency, high throughput systems. Nice to have: • Experience working with drones or robotics, • experience working with microcontrollers This is an excellent opportunity to join one of the most rapidly scaling companies in Europe, that are developing truly cutting edge software and hardware.

Senior Rust Engineer On-site in Munich Low Latency | Async Rust | Tokio Drones 90,000 - 105,000 + Benefits We have a new and exclusive partnership with one of the most exciting scale-ups in Europe, who are looking to double in size their engineering team. They have a valuation exceeding 2 billion Euros. The company builds aerial intelligence hardware and software. They're main focus is the manufacturing of UAV's. Alongside this, they are also developing bleeding edge software that provides actionable insights in defense, security and professional services. The Rust Team: This engineering team are focusing on building a greenfield command and control center, designed specifically for unmanned systems. What you'll be doing: • Architect, build, and support reliable, high-performance systems for coordinating swarms and handling sensor data., • Develop streamlined communication methods and real-time data processing tools tailored for robotic platforms., • Work hand-in-hand with multidisciplinary teams to connect backend infrastructure with robotic applications and sensor arrays., • Enhance overall system efficiency, expandability, and dependability within distributed robotic setups. Experience you'll need: • Production experience with Rust, or contributions to production grade open source repos. 2+ Years., • Experience working with Tokio, or other asynchronous frameworks such as async.std or Smol., • Ideally a background in a core programming language such as C, C++, or Core Java. Candidates from functional backgrounds such as Scala, Erlang or Clojure are also encouraged to apply., • Experience developing low-latency, high throughput systems. Nice to have: • Experience working with drones or robotics, • experience working with microcontrollers This is an excellent opportunity to join one of the most rapidly scaling companies in Europe, that are developing truly cutting edge software and hardware.

ABOUT THE ROLE You will join a long-term initiative in collaboration with a globally recognized industry leader. The project focuses on advancing physical AI and multi-fleet management systems, aimed at significantly enhancing the performance and efficiency of outdoor vehicles. This is a unique opportunity to work at the intersection of robotics, AI, and real-world hardware, where solutions go beyond simulation into practical application. The team is involved not only in building new capabilities but also in retrofitting existing systems with intelligent components, bringing innovation to already deployed equipment. RESPONSIBILITIES • Define and own the technical architecture for complex robotics solutions across domains (mobile robots, robotic arms, drones, AMRs), • Design scalable, reusable integration frameworks connecting robotics systems with cloud platforms and enterprise ecosystems, • Lead end-to-end delivery: from prototyping and PoCs to production-ready systems, • Establish architectural standards, design patterns, and best practices across robotics teams, • Evaluate, select, and evolve technologies, tools, and platforms within the robotics stack, • Drive research in emerging robotics trends and translate insights into practical architectural decisions, • Architect perception, SLAM, planning, control, and multi-robot coordination systems, • Ensure integration of hardware and software, including sensors, actuators, real-time systems, and electromechanical components, • Oversee simulation and validation using tools such as Isaac Sim, Gazebo, or similar, • Collaborate with cross-functional teams (AI, cloud, embedded, product) to align technical solutions with business goals, • Engage with clients through workshops, technical discussions, and architecture presentations (pre-sales and delivery) REQUIREMENTS • Degree in Robotics, Computer Science, Electrical Engineering, or related field, • Proven experience in robotics system architecture and end-to-end solution design, • Expert proficiency in C++ and/or Python, building production-grade robotics software, • Strong experience with ROS2, including defining standards and best practices, • Hands-on experience across robotics domains (mobile robots, arms, drones, autonomous systems), • Deep knowledge of SLAM, sensor fusion (LiDAR, IMU, vision, radar, GPS), localization, mapping, and motion planning (e.g., MoveIt2), • Experience with simulation environments (Isaac Sim, Gazebo, or similar), • Strong background in control systems, real-time computing, and hardware-software co-design, • Familiarity with cloud and IoT ecosystems (AWS, Azure, or GCP), including deployment pipelines, • Knowledge of industrial/embedded ecosystems (ARM, STM32, RTOS, PLC, SCADA), • Experience in multi-robot and multi-vendor integration environments, • Strong analytical and systems-thinking mindset with solid mathematical foundations, • Excellent communication skills, including presenting to technical and non-technical stakeholders, • Proven experience in technical pre-sales (solution design, workshops, client engagement), • Leadership experience, mentoring engineers, and guiding technical direction, • Advanced English proficiency for daily communication, documentation, and stakeholder interaction SoftServe is an equal opportunity employer. Qualified applicants will receive consideration regardless of race, color, ancestry, ethnicity, national origin, religion, sex, sexual orientation, gender identity or expression, age, citizenship, disability, health condition, marital or family status, veteran status, or any other characteristic protected by applicable law.

Senior Rust Engineer On-site in Munich Low Latency | Async Rust | Tokio Drones 90,000 - 105,000 + Benefits We have a new and exclusive partnership with one of the most exciting scale-ups in Europe, who are looking to double in size their engineering team. They have a valuation exceeding 2 billion Euros. The company builds aerial intelligence hardware and software. They're main focus is the manufacturing of UAV's. Alongside this, they are also developing bleeding edge software that provides actionable insights in defense, security and professional services. The Rust Team: This engineering team are focusing on building a greenfield command and control center, designed specifically for unmanned systems. What you'll be doing: • Architect, build, and support reliable, high-performance systems for coordinating swarms and handling sensor data., • Develop streamlined communication methods and real-time data processing tools tailored for robotic platforms., • Work hand-in-hand with multidisciplinary teams to connect backend infrastructure with robotic applications and sensor arrays., • Enhance overall system efficiency, expandability, and dependability within distributed robotic setups. Experience you'll need: • Production experience with Rust, or contributions to production grade open source repos. 2+ Years., • Experience working with Tokio, or other asynchronous frameworks such as async.std or Smol., • Ideally a background in a core programming language such as C, C++, or Core Java. Candidates from functional backgrounds such as Scala, Erlang or Clojure are also encouraged to apply., • Experience developing low-latency, high throughput systems. Nice to have: • Experience working with drones or robotics, • experience working with microcontrollers This is an excellent opportunity to join one of the most rapidly scaling companies in Europe, that are developing truly cutting edge software and hardware.

ABOUT THE ROLE You will join a long-term initiative in collaboration with a globally recognized industry leader. The project focuses on advancing physical AI and multi-fleet management systems, aimed at significantly enhancing the performance and efficiency of outdoor vehicles. This is a unique opportunity to work at the intersection of robotics, AI, and real-world hardware, where solutions go beyond simulation into practical application. The team is involved not only in building new capabilities but also in retrofitting existing systems with intelligent components, bringing innovation to already deployed equipment. RESPONSIBILITIES • Define and own the technical architecture for complex robotics solutions across domains (mobile robots, robotic arms, drones, AMRs), • Design scalable, reusable integration frameworks connecting robotics systems with cloud platforms and enterprise ecosystems, • Lead end-to-end delivery: from prototyping and PoCs to production-ready systems, • Establish architectural standards, design patterns, and best practices across robotics teams, • Evaluate, select, and evolve technologies, tools, and platforms within the robotics stack, • Drive research in emerging robotics trends and translate insights into practical architectural decisions, • Architect perception, SLAM, planning, control, and multi-robot coordination systems, • Ensure integration of hardware and software, including sensors, actuators, real-time systems, and electromechanical components, • Oversee simulation and validation using tools such as Isaac Sim, Gazebo, or similar, • Collaborate with cross-functional teams (AI, cloud, embedded, product) to align technical solutions with business goals, • Engage with clients through workshops, technical discussions, and architecture presentations (pre-sales and delivery) REQUIREMENTS • Degree in Robotics, Computer Science, Electrical Engineering, or related field, • Proven experience in robotics system architecture and end-to-end solution design, • Expert proficiency in C++ and/or Python, building production-grade robotics software, • Strong experience with ROS2, including defining standards and best practices, • Hands-on experience across robotics domains (mobile robots, arms, drones, autonomous systems), • Deep knowledge of SLAM, sensor fusion (LiDAR, IMU, vision, radar, GPS), localization, mapping, and motion planning (e.g., MoveIt2), • Experience with simulation environments (Isaac Sim, Gazebo, or similar), • Strong background in control systems, real-time computing, and hardware-software co-design, • Familiarity with cloud and IoT ecosystems (AWS, Azure, or GCP), including deployment pipelines, • Knowledge of industrial/embedded ecosystems (ARM, STM32, RTOS, PLC, SCADA), • Experience in multi-robot and multi-vendor integration environments, • Strong analytical and systems-thinking mindset with solid mathematical foundations, • Excellent communication skills, including presenting to technical and non-technical stakeholders, • Proven experience in technical pre-sales (solution design, workshops, client engagement), • Leadership experience, mentoring engineers, and guiding technical direction, • Advanced English proficiency for daily communication, documentation, and stakeholder interaction SoftServe is an equal opportunity employer. Qualified applicants will receive consideration regardless of race, color, ancestry, ethnicity, national origin, religion, sex, sexual orientation, gender identity or expression, age, citizenship, disability, health condition, marital or family status, veteran status, or any other characteristic protected by applicable law.