Senior Integration and Test Software Engineer - Long Range Plaform

🏢 Summary: Software Engineering Manager role leading the development of Zipline’s Launch & Scale Platform, focused on building operational systems that support global infrastructure deployment and launch workflows. The position combines hands-on technical leadership, backend platform architecture, workflow automation, and cross-functional collaboration to scale deployment operations from tens to thousands of sites. Candidates will manage engineering teams, define technical strategy, and build integrated systems supporting construction, permitting, asset tracking, and operational readiness. 🗂️ Requirements: 6+ years building software products, 2+ years managing engineers or equivalent leadership experience, Experience leading backend or full-stack operational platforms, Hands-on software engineering and architecture experience, Experience with distributed systems and workflow orchestration, Experience with event-driven architectures and scalable backend services, Experience building robust APIs and system integrations, Experience integrating ERP, GIS, and document systems, Experience modeling operational workflows and complex state transitions, Ability to define and deliver measurable operational metrics, Experience owning production services and operational reliability, Ability to work cross-functionally with operational stakeholders, Willingness to travel regularly within the U.S. 📃 Skills: Python, APIs, ERP, GIS, Backend, DistributedSystems, Workflows, Architecture, Orchestration, EventDriven, Integration, AssetManagement, Construction, Operations, Infrastructure 🏢 Description: About Zipline Zipline is the world's largest and most experienced drone delivery service. We are on a mission to serve all humans equally by ensuring access to food, medicine and essential goods anytime, anywhere. We design, build, and operate the world's largest autonomous logistics system, delivering critical supplies quickly and reliably. Today, Zipline operates on four continents, makes a delivery somewhere in the world every 30 seconds, and has completed millions of deliveries to date, including blood, vaccines, medical supplies, food, and retail products. Our customers include the world's largest and most prominent healthcare systems, governments, retailers, restaurants and global businesses who rely on us to save lives, reduce emissions, increase economic opportunity, and provide delivery from point A to point B as fast as possible. The drone is only 15% of what we've built to enable seamless, reliable, global operations. Our system strengthens supply chains, reduces congestion, and gives people time back. With more than 140 million commercial autonomous miles safely flown, Zipline is redefining access to healthcare, consumer products, and food across the globe. We operate at a global scale and are looking for practical problem solvers who thrive on real-world challenges and rapid growth. Our team is motivated by building systems that have a direct, meaningful impact on people's lives and by scaling the future of logistics. We are seeking people who sculpt from first principles, enjoy facing adversity, and can do the impossible at record breaking speeds. About You and The Role You are the Software Engineering Manager for Zipline's Launch & Scale Platform: the leader who builds the software systems that enable Zipline to rapidly deploy new infrastructure around the world. This team owns the operational platform that turns a new market from an idea into a live, revenue-generating network—covering site acquisition, infrastructure design, permitting, construction execution, deployment tracking, and launch readiness. Your work directly affects Zipline's ability to expand into new countries and deliver time-critical supplies reliably at scale. This is a greenfield product and engineering leadership role. You will establish the product roadmap, technical vision, and engineering foundations for a platform intended to scale Zipline from tens of sites to hundreds or thousands. You will partner closely with Real Estate, Launch Operations, Construction, Hardware, Flight Operations, Commercial, and Manufacturing to replace fragmented manual workflows with a single, auditable, automated operational system that raises launch velocity, predictability, and safety. What You'll Do - Own end-to-end strategy, delivery, and operational reliability for the Launch & Scale Platform. - Define and prioritize the product and technical roadmap with stakeholders, driving decisions by measurable business impact. - Reduce manual coordination across launch workflows and improve predictability of launch dates. - Translate complex operational processes into durable systems with workflow automation and auditability. - Design and operate production services for business-critical launch systems. - Build integrations across ERP, GIS, document management, permitting systems, construction tools, asset management, and internal operational systems. - Ship code, lead architecture reviews, review critical pull requests, and troubleshoot production incidents. - Hire, coach, and scale the engineering organization. - Collaborate with Launch Operations, Construction, Hardware, Real Estate, Flight Operations, and Commercial teams. What You'll Bring - Engineering Manager experience leading backend or full-stack operational platforms. - 6+ years building software products. - 2+ years managing engineers or equivalent leadership experience. - Experience with distributed systems, workflow orchestration, event-driven architectures, APIs, and scalable backend services. - Experience integrating ERP, GIS, and document systems. - Experience modeling workflows, physical assets, and complex state transitions. - Track record of delivering measurable operational outcomes. - Experience owning production services and designing for operational reliability. - Strong technical judgment, prioritization, and stakeholder influence. Logistics This role can be based in South San Francisco or remote within the U.S. Regular travel is expected to collaborate closely with stakeholders, understand operational challenges firsthand, and build software grounded in real-world workflows. Travel may include visits to headquarters, operating sites, and new market launches. Remote team members should expect more frequent travel, potentially a couple of times per month. What Else You Need To Know Zipline is an equal opportunity employer and values diversity and inclusion in the workplace.

🏢 Summary: Senior Product Integration Engineer role focused on integrating autonomous drone delivery hardware and software into real-world customer environments. The position involves defining product requirements, deployment workflows, firmware behaviors, safety constraints, and scalable site configurations for Zipline’s Dropbox delivery system. The role requires close collaboration across hardware, firmware, deployment, and partner teams to ensure safe, repeatable, and efficient deployments. 🗂️ Requirements: Experience integrating electromechanical or autonomous systems, Experience translating customer workflows into technical requirements, Knowledge of mechanical hardware, sensors, electronics, firmware, software, and controls, Experience defining state machines and system-level requirements, Ability to read building plans and electrical diagrams, Experience evaluating physical and environmental site constraints, Experience collaborating with firmware teams, Ability to reason about safety hazards and mitigations, Ability to model throughput and operational edge cases, Experience leading technical discussions with customers, Ability to produce technical deployment documentation, Strong technical communication skills, Ability to work on-site and travel as needed 📃 Skills: CAD, Firmware, Sensors, Electronics, Software, Controls, Telemetry, Automation, Robotics, Electromechanical, Diagrams, Architecture, Deployment, Configuration, Commissioning 🏢 Description: About Zipline Zipline is the world's largest and most experienced drone delivery service. The company designs, builds, and operates autonomous logistics systems that deliver medical supplies, food, and retail products globally. Zipline operates across four continents and has completed millions of deliveries using autonomous drone technology. About You and The Role Zipline builds and operates autonomous delivery systems that move critical goods reliably and safely. Dropbox is a customer-facing package-loading product that integrates mechatronics, sensors, electronics, access control, user interaction, firmware, autonomy interfaces, and environmental protection so untrained users can hand off packages to drones. Every partner site is different. Window dimensions, building geometry, utilities, traffic, pedestrian access, permitting constraints, employee workflows, and delivery volume all affect how Dropbox can be configured and operated. Product behavior must account for these real-world constraints without creating an unmanageable number of hardware variants or site-specific exceptions. As a Senior Product Integration Engineer, you will act as the technical bridge between partners, Product, Hardware, Firmware, Systems, Safety, and Deployments. You will convert partner workflows and building conditions into product requirements, configuration rules, interface definitions, and product behaviors. You will work directly with partners during site exploration and pilots, define successful integration requirements, and provide Deployment teams with the information required to survey, design, install, commission, and support sites. You will also work closely with Firmware teams to define state machines, interlocks, fault responses, recovery behavior, configuration parameters, and telemetry. This is a hands-on individual contributor role requiring work across partner operations, building drawings, system state diagrams, safety analyses, and firmware design reviews. Success means Dropbox behaves safely and predictably, meets throughput needs, and can be deployed repeatedly without site-specific engineering exceptions. What You'll Do - Own technical product integration for Dropbox across partner workflows, building interfaces, product configuration, firmware behavior, and deployment readiness. - Work directly with partners to understand workflows, operational priorities, and construction constraints. - Lead site fit studies using drawings, surveys, CAD envelopes, representative hardware, and on-site observations. - Translate partner needs into product requirements while maintaining scalable product architecture. - Define supported site archetypes and configurations. - Define building and site constraints including structural interfaces, utilities, clearances, traffic zones, and service access. - Develop and maintain partner integration packages including interface drawings, utility requirements, configuration rules, and site acceptance criteria. - Provide Deployment teams with survey requirements, installation inputs, commissioning steps, and escalation criteria. - Partner with Deployment Engineering to make installation and commissioning safe and repeatable. - Lead technical engagement for partner pilots and use field observations to improve workflows and configurations. - Define operational concepts across loading, validation, handoff, recovery, service, and downtime. - Work with Firmware engineers to develop testable state machines and product behavior. - Define behavior for access control, interlocks, obstructions, power loss, communication loss, and recovery. - Ensure telemetry and recovery actions are visible and understandable to operators and support teams. - Define how site configuration and operating modes are represented and validated in software. - Own cross-functional interface definitions among Dropbox, buildings, users, cloud systems, and deployment tooling. - Translate safety analyses into sensing strategies, operating limits, and configuration constraints. - Define throughput and cycle-time requirements. - Quantify tradeoffs between throughput and safety. - Drive cross-functional technical decisions balancing safety, reliability, cost, and schedule. - Define verification and acceptance evidence for new configurations and site types. - Use pilot feedback and telemetry to improve requirements and reduce downtime and installation exceptions. - Maintain decision records, configuration matrices, state diagrams, and deployment guidance. What You'll Bring - Proven experience integrating complex electromechanical, robotic, industrial automation, or autonomous systems into customer environments. - Experience translating customer workflows into scalable technical requirements. - Strong systems knowledge across hardware, sensors, electronics, firmware, software, controls, and human interaction. - Experience defining concepts of operation, interface-control documents, state machines, fault behavior, and system-level requirements. - Ability to read building plans, site surveys, mechanical drawings, electrical diagrams, and architecture documentation. - Experience evaluating structures, clearances, utilities, environmental exposure, and installation constraints. - Experience partnering with firmware teams to define observable and recoverable behavior. - Ability to reason about safety hazards and mitigations. - Ability to model throughput, cycle time, and operational edge cases. - Experience leading technical discussions with customers and partners. - Ability to produce technical packages executable by deployment and construction teams. - Strong written, verbal, and visual communication skills. - Comfort working at deployment sites and resolving integration issues directly. - This role is in person in South San Francisco and includes travel to partner, supplier, test, and deployment sites. - Periodic off-hours or travel support may be required during pilots and critical deployments. What Success Looks Like - Deployment teams receive accurate information early enough to install sites without repeated engineering escalation. - Controlled Dropbox configurations support the majority of partner and building scenarios. - Partner requirements and site constraints are identified before causing redesign or operational disruption. - Dropbox state machines and fault behavior are safe, predictable, testable, and recoverable. - Safety and throughput requirements are consistently reflected in architecture, firmware, configuration, and site design. - New partner integrations move faster with fewer unresolved assumptions. - Field learnings reduce installation exceptions, failed operations, downtime, and service burden.

🏢 Summary: Full-time, in-person Flight Test Engineering Internship focused on analyzing flight test data, designing and executing validation campaigns, and supporting autonomous drone system testing and operations. The role involves close collaboration with cross-functional engineering teams to validate software and hardware performance and improve system reliability. This is a hands-on opportunity to work with autonomy software, data analysis, and real-world flight operations at scale. 🗂️ Requirements: Completed at least second year of undergraduate studies in physics, mathematics, mechanical, aerospace, systems, computer science, electrical engineering or related field, Strong background in mathematics and physics, Experience in autonomous vehicle or robotic system integration and testing, Experience in data processing and visualization, Strong written and verbal communication skills, Availability for full-time, in-person internship (September–December) 📃 Skills: Python, Databricks, SQL, Statistics, Simulation, Instrumentation, FlightControl, DataAnalysis, Regression, Autonomy, Robotics 🏢 Description: About the Flight Test Engineering Team Zipline's Flight Test Engineering team designs flight test courses and methods to support overall system validation. The team develops custom flight control software for complex maneuvers and collaborates with development engineers to create rigorous tests for critical edge cases. Work spans simulation, hardware testing, data-driven analysis, and system-level evaluations supporting global deployments. The Role As a Flight Test Engineering Intern, you will analyze flight test data logs to determine test effectiveness, identify root causes of success or failure, and track performance trends. You will contribute to the design of new flight test campaigns, defining test scope, methods, and data post-processing in collaboration with cross-functional engineering teams. This role provides hands-on experience validating complex autonomous robotic systems at scale. What You'll Do - Analyze flight test data logs using custom scripts (Python, Databricks, SQL) to identify anomalies, assess reliability, track performance trends, and perform regression analyses. - Design, oversee execution, and review results of software validation and flight test campaigns to ensure new features perform as intended and prevent hardware/software regression. - Test and monitor the development branch daily to surface instability and potential issues. - Collaborate with GNC, Aerodynamics, Structures, and Systems Engineering teams to ensure system-level requirements are clear, measurable, and ready for flight testing. - Develop new test infrastructure, including instrumentation systems (e.g., load cells, vision systems) or modified flight control software, to collect additional in-flight data. - Maintain documentation, dashboards, and SQL queries to track test progress and operational efficiency. - Support and potentially own aspects of flight operations including preflight, launch, flight maneuvers, and incident reporting. What You'll Bring - Completion of at least the second year of undergraduate studies in a relevant engineering or technical field (Masters and PhD students eligible). - Strong mathematical and physics foundation. - Experience in autonomous vehicle or robotic system integration and testing. - Experience in data processing and visualization. - Strong written and verbal communication skills. What Else You Should Know This is a full-time, in-person internship based in South San Francisco from September to December. The hourly rate is $40 per hour. Additional benefits may include relocation support, housing stipend, overtime pay, and paid sick time, subject to local requirements.

🏢 Summary: Structural engineering role focused on analysis and design of aircraft primary structures, owning durability and damage tolerance from concept through qualification testing. The position involves system-level FEM modeling, classical stress analysis, fracture and fatigue evaluation, and close collaboration with testing teams to validate and optimize designs. Ideal for hands-on engineers who use analysis to drive lightweight, reliable solutions in extreme operating environments. 🗂️ Requirements: Experience with durability and damage tolerance analysis for metallic, composite, and plastic structures, Experience with industry-standard structural analysis tools, Ability to perform static, dynamic, stability, and damage tolerance analysis, Experience with system-level finite element modeling, Knowledge of classical stress analysis methods, Experience correlating simulation models with test data, Ability to define DADT requirements and methodologies, Experience working cross-functionally on complex engineering problems 📃 Skills: FEM, NX, FEMAP, Nastran, AFGROW, NASGRO, Simcenter, MATLAB, Roark, Bruhn 🏢 Description: About You and The Role You enjoy solving complex structural problems using first principles analysis coupled with system level finite element models (FEM). You will be responsible for the structural design and analysis of aircraft primary structure from conceptual architecture phase through qualification testing. In this role you will own the durability and damage tolerance analysis of flight and ground structures including setting and upholding analysis requirements, processes, and standards. This role will work closely with structures and subsystems engineers to design and analyze fracture and fatigue tolerant structures and interfaces that operate in extreme environments for years without inspection or maintenance. You will work closely with Reliability and Test Engineering to identify, investigate, and root cause failures discovered in testing and in the field. What You'll Do Vehicle Structural Analysis - Evaluate and optimize system (flight and ground) for structural loads, vibration modes, and deflections - Perform analysis and sizing of airframe primary and secondary structure including static, dynamic, stability and damage tolerance analysis for metallic and non-metallic structures - Classical stress analysis (Roark/Bruhn) to do initial sizing - Dynamic analysis, including structural modes, random vibration, and forced harmonic vibration - Drive design trades with data from lightweight FEMs (Beams/Shells) that can be rapidly updated (daily) to match evolving configurations Durability and Damage Tolerance (DADT) Analysis - Evaluate and optimize metallic, composite, and plastic structures (flight + ground) for resistance to fatigue and fracture - Own and design structural solutions for fracture critical components - Define program DADT requirements and methodologies for developing and analyzing damage tolerant designs for composites, metallics, and plastics, including developing fatigue spectra for fracture critical components - Quantify impact damage limits for metallic and composite structures - Derive material property requirements and maximum allowable flaw size requirements for damage tolerant designs - Assess and address nonconformances during manufacturing, testing, and field operations that may impact system DADT - Build and document standardized in-house tools and processes to perform DADT analysis Experimental Correlation of Flight and Test Data - Identify and define when test correlation is required to validate simulation models including static, dynamic, and flight tests - Produce pre-test predictions, instrumentation locations, and post test data analysis to tune model stiffness and stress results within 5% of test - Rapidly resolve test issues and provide corrective action direction for issues found in qualification testing - Work closely with design and test engineers to determine test requirements and support vehicle level tests What You'll Bring - Passion for solving complex engineering challenges - Experience with durability and damage tolerance analysis of metallic, composite, and plastic structures - Experience with industry standard analysis tools (Siemens NX, FEMAP/NX Nastran, AFGROW/NASGRO, Siemens Simcenter, MATLAB) - Vehicle/System level architecture analysis experience - Experience working with cross functional teams to solve complex engineering problems The salary range for this position is $145,000 to $190,000.

🏢 Summary: Senior Test Automation Engineer role focused on building and owning automated testing, evaluation pipelines, and reliability validation for AI-driven logistics systems. The position involves testing non-deterministic LLM-based agent workflows, geospatial routing logic, and distributed backend services. You will define testing strategies, create scenario simulations, and integrate continuous validation into CI/CD pipelines. 🗂️ Requirements: Experience in test automation or SDET roles, Strong programming skills in Python, Experience testing logistics, routing, or geospatial systems, Understanding of distributed systems and APIs, Experience with AI/ML systems and non-deterministic outputs, Knowledge of statistical validation and data science concepts, Experience with geospatial APIs or data (e.g., HERE, OSM), Experience integrating tests into CI/CD pipelines 📃 Skills: Python, LLM, AI, ML, APIs, CI/CD, HERE, OSM, Geospatial, Routing, DistributedSystems, Statistics, SDET, Automation, Simulation 🏢 Description: What's the role? We are looking for a highly skilled Senior Test Automation Engineer to ensure the quality, reliability, and safety of next-generation agentic AI systems for the logistics industry. In this role, you will own test automation, reliability validation, scenario simulation, and AI-specific evaluation pipelines . You will work with complex, non-deterministic systems involving LLMs, agent workflows, and real-world logistics constraints such as routing, time windows, and geospatial data. This is not a traditional QA role. You are expected to define what to test and how to test it , build intelligent testing systems, and proactively identify risks in AI-driven behavior. What You’ll Do: Design and build automated testing frameworks for backend services, APIs, and AI-driven logistics systems Develop evaluation pipelines for LLM systems (quality, safety, regression detection) Create scenario simulations covering routing constraints, time windows, capacities, and geospatial edge cases Define testing strategies for non-deterministic systems using statistical and tolerance-based validation Validate geospatial data, routing logic, and integrations with HERE and external APIs Build tools for synthetic data generation and large-scale test scenario creation Integrate testing and evaluation into CI/CD for continuous validation Collaborate with engineers and domain experts to identify failure modes and improve system quality Who are you? What We’re Looking For: Experience in test automation/SDET with strong programming skills (Python preferred) Experience testing logistics, routing, or geospatial systems (required) Strong understanding of distributed systems, APIs, and data-intensive applications Experience with AI/ML systems and evaluating non-deterministic outputs (e.g., LLMs) Solid grasp of data science concepts (metrics, statistical validation, sampling) Ability to design test strategies independently for complex and ambiguous systems Experience working with geospatial APIs/data (e.g., HERE, OSM, or similar) Familiarity with CI/CD, observability, and AI-assisted development tools What We Offer: The opportunity to tackle meaningful and challenging problems A chance to continuously learn and stay on top of the latest technology trends Work that has real-world impact, shaping the future of mobility and technology Regular feedback to help you grow and succeed in your role A collaborative and supportive team environment where your contributions are valued Competitive salary plus bonus Flexible working hours and a hybrid working environment Medical coverage for you and your family This role is eligible for Creative Tax Incentive scheme in Poland” or KUP (Autorskie Koszty Uzyskania Przychodu) Option to work on a B2B contract (please note: benefits, bonus and KUP do not apply in this case) Change is HERE. Apply Now! #LI-AK8   #LI-HYBRID Life at HERE in Poland comes with a competitive total rewards package designed to support your health, wellbeing, and performance. This includes a base salary, a Short-Term Incentive (STI) bonus (percentage based on role), a creative tax advantage for eligible positions, private medical care (including dental), life insurance, a meal allowance, vision reimbursement, a remote work allowance (if applicable), access to MyBenefit and Multisport programs, and various wellbeing initiatives. Paid time off, sick leave, and parental leave are provided in accordance with the Polish Labor Code. As part of HERE Technologies employment process, candidates will be required to successfully complete a pre-employment screening process. This offer and any related claims are subject to the successful completion of a pre-employment screening. This will involve employment, education, and criminal verification if applicable. HERE is an equal opportunity employer. We evaluate qualified applicants without regard to race, color, age, gender identity, sexual orientation, marital status, parental status, religion, sex, national origin, disability, veteran status, and other legally protected characteristics. Who are we? HERE Technologies is a location data and technology platform company. We empower our customers to achieve better outcomes – from helping a city manage its infrastructure or a business optimize its assets to guiding drivers to their destination safely. At HERE we take it upon ourselves to be the change we wish to see. We create solutions that fuel innovation, provide opportunity and foster inclusion to improve people’s lives. If you are inspired by an open world and driven to create positive change, join us. Learn more about us on our YouTube Channel. Apply for this job online Email this job to a friend Share on your newsfeed Connect With Us! Not ready to apply? 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🏢 Summary: Integration Engineer (Hardware/Embedded) role focused on designing, integrating, and optimizing hardware and embedded systems for autonomous drone platforms. The position bridges hardware and software, ensuring reliable communication, system interoperability, and manufacturing readiness of UAV solutions used in real-world defense operations. It involves hands-on prototyping, system integration, and collaboration with vendors to deliver production-ready drone systems. 🗂️ Requirements: Hands-on experience with embedded systems and microcontrollers, Experience with embedded operating systems, Knowledge of UAV technologies and flight controllers, Experience with MAVLink or similar communication protocols, Strong networking knowledge (OSI, routing, firewalls), Proficiency in Linux and shell scripting, Experience with Docker and Python, Experience with SQL or NoSQL databases, Experience with hardware-software system integration, Experience with Raspberry Pi or similar embedded platforms, Ability to design, prototype, and test hardware systems 📃 Skills: EmbeddedLinux, Linux, Python, C, C++, Docker, SQL, NoSQL, MAVLink, ArduPilot, PX4, Networking, Shell, RaspberryPi, Microcontrollers, IoT, RF, OSI, FlightControllers 🏢 Description: What we do (and why it matters): Swarmer develops software that makes drones autonomous and allows them to operate together, in large teams, without pilots required. Our technology has been battle-tested across 100,000+ combat missions in Ukraine — the world's most intense proving ground for drone warfare. We just closed a $15M Series A (the largest investment in Ukrainian defense tech since the war began) and we're scaling operations to serve NATO-aligned nations. This isn't theoretical. This is software that's being used right now to save lives and defend democracy. What we’re looking for: As an Integration Engineer (Hardware/Embedded) , you will be responsible for the hardware composition of our products, their connectivity, and the integration of these with our software solutions. Embedded Development Experience: Hands-on experience with hardware, microcontrollers, and operating systems for embedded platforms is essential. Experience with Embedded Linux is a significant advantage. Drone Technology Expertise: Demonstrated experience with UAV technologies, including flight controllers, communication protocols (e.g., MAVLink), and autopilots (ArduPilot/PX4/etc). Technical Proficiency: Strong skills in Networking (OSI layers, firewalls, routing), Linux, Shell scripting, Docker, Python, and databases (SQL/NoSQL). Experience with C/C++ and IoT communication protocols is a plus. RF engineering knowledge is also advantageous. Development Platform Knowledge: Familiarity with platforms like Raspberry Pi and various flight controllers (e.g., Matek, OrangeCube) used in drone and embedded development. Integration Experience: Proven track record of planning, executing, and documenting complex system integrations, particularly involving both hardware and software components. Communication Skills: Ability to articulate technical concepts clearly and effectively to both technical and non-technical audiences. Problem-Solving Abilities: Strong analytical skills, with a talent for diagnosing and resolving integration issues efficiently. Your role will encompass: Assessing technical requirements for hardware composition and hardware requirements for our software features. Designing and documenting decisions, protocols, and specifications needed for the successful streamlining of the manufacturing process. Prototyping required solutions to bridge the gap between hardware and software products in our ecosystem Working closely with external HW vendors and providing technical expertise for our integrations with them Ensuring the interoperability and final quality of integrated systems. The ideal candidate possesses strong technical expertise, experience in embedded development, and a deep understanding of drone technologies and communication protocols. What you’ll do: Hardware Design and Development: Design and develop hardware architectures for drone systems, including component selection, layout considerations, and system-level integration planning. Embedded Systems Development: Develop and optimize embedded software for companion computers, microcontrollers, flight controllers, and other hardware components, ensuring efficient resource utilization and real-time performance. Prototyping and Testing: Build and test hardware prototypes, conduct performance evaluations, and iterate on designs to meet product specifications and reliability standards. Manufacturing Support: Collaborate with manufacturing teams to streamline production processes, develop assembly procedures, and ensure quality control throughout the manufacturing lifecycle. Vendor Collaboration: Work directly with hardware vendors and suppliers to specify requirements, evaluate components, and oversee the integration of third-party hardware solutions. System Integration: Bridge the gap between hardware capabilities and software requirements, ensuring seamless communication between embedded systems and higher-level autonomy software. Technical Documentation: Create detailed technical specifications, hardware design documents, and integration guides for internal teams and external partners. Quality Assurance: Implement rigorous testing protocols for hardware reliability, environmental durability, and compliance with industry standards and regulations. What you’ll get: Work on meaningful products that protect lives and shape the future of Defense Tech. Dynamic environment with the unique opportunity to directly influence and see the impact of your work. Lean, ambitious, and strong team. Competitive salary, benefits package (insurance, paid sick leaves, 20 paid days off per year). Benefits of the defense sector (reservation and related benefits). Flexible remote work options (possibility to commute to the office if needed is essential). How’s the hiring process going: ✔️ Intro Call with TA Specialist → ✔️ Technical Interview (2 parts) → ✔️ Management Interview →✔️ Final interview →✔️ Offer Please note that, as a leading defense tech company, we take operations security seriously and may need to perform additional background checks as part of our hiring process. We will do so in accordance with all applicable EU laws and regulations and safeguard your data in the process. Why this matters (and why you should care): Ukraine is deploying 5 million drones in 2025 alone . The US and NATO are paying attention. The future of defense isn't more pilots — it's smarter software. We're not selling PowerPoints; we're selling proven technology that's been refined under the most demanding conditions imaginable. Our team is direct, moves fast, and doesn't waste time on performative nonsense. If you want a company with seven layers of approval and endless consensus-building, this isn't it. If you want to do the most important work of your career with people who say what they mean and execute, let's talk. Ready to Apply? If you’re excited about solving complex challenges and eager to contribute to the safety and security of Western-Democratic nations, please get in touch!

🏢 Summary: The role involves designing and building high-quality backend applications in a microservices environment, working closely with product and engineering teams throughout the full development lifecycle. You will develop scalable systems, contribute to architecture decisions, and deploy production-ready code within an Agile environment. 🗂️ Requirements: 4+ years experience in backend development, Strong knowledge of Java 21, Experience in microservices architecture, Experience with Spring framework (Core, Data JPA, MVC, Boot, Security), Solid understanding of Object Oriented Design and Analysis, Experience designing and implementing scalable systems, Hands-on experience with SQL and REST APIs, Experience with Continuous Integration, Familiarity with Docker and Kubernetes, Understanding of distributed systems and SOA, Experience working in Agile environment 📃 Skills: Java, Spring, JPA, MVC, Boot, Security, Spock, SQL, REST, Docker, Kubernetes, AWS, SAML, OAuth, CQRS, EventSourcing, Microservices, SOA 🏢 Description: Senior Backend Engineer Background Ziflow is the leading creative collaboration platform helping agencies and brands streamline feedback and approval for creative assets — from concept to delivery. Our customers include Toyota, McCann Worldgroup, AWS, Doordash, Williams Sonoma, and Bark. Founded in 2016, Ziflow serves thousands of customers globally, with team members in the US, UK, Poland, Canada, and South Africa. Our executive team has a proven track record of building, scaling, and successfully exiting SaaS businesses — and we’re just getting started. Join us to help build a world-class team that creates world-class work. The Role You will work closely with our CTO and Product Team to produce a high quality product. You will be involved in every aspect of the product development process, from the conception of new features, collaborating with the Design and SysOps teams, to successfully running your code in production. You will be working in a formal Agile environment to develop high quality applications based on requirements and designs. Qualifications Work experience in similar role 4+ years Strong knowledge of Java 21, preferably in a microservices environment. Solid experience with Object Oriented Design & Analysis Hands-on experience with frameworks and technologies such as Spring (Core, Data JPA, MVC, Boot, Security), Spock, SQL, REST, and related tools. Experience in designing and implementing highly scalable systems and frameworks Desirable Skills SOA, and distributed systems understanding, experience in Continuous Integration Familiarity with containerization with Docker & Kubernetes SAML, Dropbox API, Google API, OAuth, etc. Some experience with Event Sourcing + CQRS Familiarity with AWS services Excellent communication skills, able to collaborate effectively with other Scrum team members Experience in Agile software development practices

🏢 Summary: Staff HiL Software Infrastructure Engineer role focused on building and scaling a modular Hardware-in-the-Loop ecosystem for humanoid robots, including automation frameworks, real-time simulation models, and CI/CD infrastructure. The position involves developing hardware interface libraries, managing Linux-based testing environments, and collaborating across firmware and electrical engineering teams. This hybrid role includes competitive compensation, equity, comprehensive benefits, and opportunities to work on next-generation robotic systems. 🗂️ Requirements: 5+ years in test engineering, design verification, or electrical validation, Experience with Hardware-in-the-Loop systems and V&V methodologies, Proficiency in Python, Experience with MATLAB, Experience with Simulink, Experience with GitHub Actions, Knowledge of EtherCAT, Knowledge of Ethernet, Knowledge of CAN, Knowledge of SPI, Knowledge of I2C, Knowledge of differential UART, Experience with real-time simulation platforms, Experience with Linux RT, Bachelor’s degree in Computer Science, Computer Engineering, or related field, Authorization to work in the United States 📃 Skills: Python, MATLAB, Simulink, GitHub, EtherCAT, Ethernet, CAN, SPI, I2C, UART, dSpace, Linux, Docker, IsaacSim, MuJoCo, Gazebo, Webots, PXI, SCPI 🏢 Description: Role Overview Agility Robotics is seeking a Staff HiL Software Infrastructure Engineer to join the Systems Engineering, Integration & Test (SEIT) team. This critical role will lead the development of a modular, rack-based Hardware-in-the-Loop (HiL) ecosystem for our next-generation V5 humanoid robot. You will be responsible for the core software infrastructure that powers our automated testing, including real-time simulation models, CI/CD pipelines, and hardware interface libraries. Key Responsibilities - Automation Framework Development: Design, implement, and scale test automation frameworks to support continuous firmware and software regression testing. - CI/CD Pipeline Engineering: Build and manage automated pipelines using GitHub Actions to trigger firmware flashing and test execution on physical HiL runners. - Real-Time Simulation Modeling: Develop high-fidelity RT models for motor, encoder, communication framework and sensor emulation to support sub-system and full-system HiL benches. - Hardware Interface Libraries: Create and maintain robust software libraries for interfacing with industrial hardware protocols, including EtherCAT, CAN, SPI, I2C, SCPI-controlled power supplies, and PXI relay APIs. - Infrastructure Management: Configure and maintain Linux-based workstations as GitHub Actions self-hosted runners, ensuring deterministic and traceable test environments. - Cross-Functional Collaboration: Partner with Electrical Engineers and Firmware teams to define signal mapping, fault injection requirements, and sensor data simulation strategies. - Fault Injection Implementation: Programmatically control Fault Injection Units (FIU) to simulate short-to-battery, short-to-ground, and open-circuit conditions on critical robot signals. Technical Skills & Requirements Core Requirements - Minimum of 5 years of experience in test engineering, design verification, or electrical validation - Strong preference for experience in robotics, autonomous vehicles, aerospace, or other complex hardware systems - Extensive experience in designing, implementing, and maintaining Hardware-in-the-Loop (HiL) systems, and deep familiarity with Verification & Validation (V&V) methodologies for complex robotic or embedded systems - Strong proficiency in Python for automation, scripting, and development, as well as MATLAB/Simulink for real-time model development - Proven experience with GitHub Actions and test automation framework in a hardware-focused environment - Deep understanding of EtherCAT, Ethernet, CAN, SPI, I2C, and differential UART - Experience with real-time simulation platforms such as dSpace (Labbox/SCALEXIO/ConfigurationDesk) or NI, and real-time operating systems like Linux RT Preferred Qualifications - Familiarity with Acontis and other EtherCAT simulation - Proven experience in Linux system administration and Docker for containerized test environments - Experience with one or more robotics simulation platforms such as NVIDIA Isaac Sim, MuJoCo, Gazebo, or Webots - Experience with programmable power supplies, electronic loads, and PXI-based switching hardware - Experience in a high-growth startup or New Product Introduction (NPI) environment, specifically bridging the gap between R&D prototypes and production hardening Education - Bachelor’s degree in Computer Science, Computer Engineering or a related field (Master’s preferred) This is a hybrid position based out of one of the Fremont, CA offices. Anticipated Base Salary Range $190,000—$247,000 USD Benefits - 401(k) plan with 6% company match - Company stock options - 100% company-paid medical, dental, vision, and disability insurance for employees - Benefits eligibility starting on first day of employment - Employee Assistance Program (EAP) - Flexible unlimited PTO for exempt employees - Paid holidays including winter shutdown - Catered lunches and on-site refreshments - Paid parental leave - Flexible work arrangements - Professional development and tuition reimbursement programs - Relocation assistance for eligible roles - Annual discretionary bonus for eligible roles Applicants must have current authorization to work in the United States.

🏢 Summary: Senior Full Stack Engineer role focused on building and delivering high-quality SaaS applications in a microservices environment. Involves end-to-end development across backend and frontend, collaborating in Agile teams to design, implement, and run scalable features in production. Strong emphasis on Java, Spring, and modern Angular development. 🗂️ Requirements: 5+ years Full Stack Software Engineering experience, Strong knowledge of Java 21, Experience in microservices architecture, Proficiency in Spring (Core, Data JPA, MVC, Boot, Security), Experience with SQL and REST APIs, Strong TypeScript and modern Angular (v15+) experience, Proficiency in JavaScript, HTML5, CSS3/SCSS, Experience with RxJS and state management (NgRx or NGXS), Knowledge of Object-Oriented Design and software design principles, Experience designing scalable frontend and backend systems, Familiarity with testing frameworks for frontend and backend, Experience working in Agile environment 📃 Skills: Java, Spring, SQL, REST, Spock, TypeScript, JavaScript, HTML5, CSS3, SCSS, Angular, RxJS, NgRx, NGXS, Docker, Kubernetes, CI/CD, SAML, OAuth, OpenID, AWS, CQRS, SOA 🏢 Description: Senior Full Stack Engineer Background Ziflow is the leading creative collaboration platform helping agencies and brands streamline feedback and approval for creative assets — from concept to delivery. Our customers include Toyota, McCann Worldgroup, AWS, Doordash, Williams Sonoma, and Bark. Founded in 2016, Ziflow serves thousands of customers globally, with team members in the US, UK, Poland, Canada, and South Africa. Our executive team has a proven track record of building, scaling, and successfully exiting SaaS businesses — and we’re just getting started. Join us to help build a world-class team that creates world-class work. The role You will work closely with our CTO and Product Team to produce a high quality product. You will be involved in every aspect of the product development process, from the conception of new features, collaborating with the Design and SysOps teams, to successfully running your code in production. You will be working in a formal Agile environment to develop high quality applications based on requirements and designs. Qualifications 5+ years of experience in a Full Stack Software Engineering role. Strong knowledge of Java 21, preferably in a microservices environment. Solid experience with Object-Oriented Design & Analysis and software design principles. Hands-on experience with Spring (Core, Data JPA, MVC, Boot, Security), SQL, REST APIs, Spock, and related backend technologies. Strong front-end development experience with TypeScript, JavaScript, HTML5, CSS3/SCSS, and modern Angular (v15+ preferred). Experience building responsive, accessible, and high-performance web applications. Proficiency with RxJS, state management patterns (NgRx/NGXS or similar), and Angular component architecture. Experience designing and implementing scalable, maintainable systems across both frontend and backend layers. Familiarity with testing frameworks and practices for both frontend and backend applications. Desirable Skills Experience with SOA and distributed systems. Familiarity with Docker, Kubernetes, and Continuous Integration/Continuous Delivery (CI/CD) practices. Experience with authentication and authorization technologies such as SAML, OAuth, OpenID Connect, and integrations with third-party APIs (Google, Dropbox, etc.). Some experience with Event Sourcing and CQRS. Familiarity with AWS services and cloud-native architectures. Experience optimizing frontend performance, browser APIs, and web accessibility. Knowledge of HTML5 Canvas and modern web platform capabilities. Experience working in Agile software development environments. Excellent communication and collaboration skills, with the ability to work effectively within cross-functional Scrum teams.

🏢 Summary: Senior Software Engineer role focused on building software that powers AI-driven autonomous machines operating in the physical world. The position covers full lifecycle development, including architecture, control logic, hardware integration, data pipelines, and deployment. You will design distributed systems and validate solutions on real hardware in a hybrid work model. 🗂️ Requirements: 5+ years of software engineering experience, Proficiency in a modern programming language (C++, Java, Go or similar), Experience designing complex, distributed systems, Experience with system architecture and multi-level software design, Ability to build and test control systems for hardware, Experience with real-time data processing, Fluent English for technical communication 📃 Skills: Python, C++, Java, Go, DistributedSystems, SystemArchitecture, ControlSystems, HardwareIntegration, DataPipelines, Cloud, Drivers, UnitTesting, Simulations 🏢 Description: Tired of building web apps that only live on a screen? We're looking for someone who wants to write code that actually moves things in the physical world. We are working with a tech company focused on smart, AI-driven automation. Their goal is to teach autonomous systems how to navigate and manipulate physical objects - connecting advanced software with real-world tasks. You'll join a strong, compact team of engineers who previously worked at major tech giants and successful startups. Your code will have a direct impact on real operations, and yes - you will test it on actual physical hardware. What You Will Be Doing As a Senior Software Engineer, you'll work on software that powers autonomous machines. You'll be involved in the whole product lifecycle - from research and architecture to coding, testing, and deployment. What you'll actually do: Control Logic: Design the business logic and control systems that allow machines to handle and manipulate physical items. Hardware Integration: Write drivers to interface with electromechanical systems and hardware components. Data Pipelines: Build cloud-based tools to process real-time data from the systems' sensors and actions. System Architecture: Create adaptable, distributed systems that integrate with various enterprise environments and customer setups. Testing: Validate your code using unit tests, simulations, and finally - run it on real hardware. What We Are Looking For: Experience: 5+ years in software engineering. Tech Stack: Strong problem-solving skills and proficiency in a modern programming language (C++, Java, Go, etc.). The client mainly uses Python , but you don't need to know it beforehand - we value engineering fundamentals and system design skills more than syntax. Architecture: Experience in designing complex, multi-level software systems and distributed architectures. Communication: Fluent English. You need to be comfortable talking to clients, gathering requirements, and explaining technical concepts clearly. Offer: Financials: Alongside a solid UoP base salary, you'll get stock options in a growing pre-IPO company. You can also use 75% KUP (Autorskie Koszty Uzyskania Przychodu) to boost your net pay. Flexibility: Flexible working hours and a hybrid model - you only need to show up at the Warsaw lab 5 days a month to work with the hardware. Great Team: Work with highly skilled engineers in an English-speaking environment.