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Location: UK, London Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We are looking for a Mechatronics Remote Support Engineer to be the troubleshooting core of our Remote Services team — the people who keep our humanoid robots running in the field. When a robot has a problem, you diagnose it remotely, resolve what can be resolved without a site visit, and — when hands are needed on the robot — produce a precise physical-intervention recommendation for the field or Repair Centre teams to execute. This is a hands-on, customer-facing technical role. You will work remote-first, diagnosing as deep into the robot as the tools allow, and you will occasionally travel as a “flying doctor” when local resources cannot resolve an issue themselves. WHAT YOU’LL DO: - Diagnose robot faults remotely using telemetry and our Digital Shadow diagnostics (remote diagnostics, 3D BOM explosion, and fleet-pattern detection). - Resolve issues remotely wherever possible, driving each case to the deepest root cause you can before escalating. - Produce complete physical-intervention recommendations — what to do, why, how, the skill level, spare parts, expected time, and any special tooling. - Occasionally, act as a flying doctor on-site when local resources cannot fix the issue themselves. - Prioritise cases against SLAs and keep customers informed with clear, transparent updates. - Document diagnoses and resolutions so the team’s collective knowledge grows while the digital tools mature. - Escalate through the single point of entry to Engineering when a case genuinely needs R&D. WE’RE LOOKING FOR: - Hands-on knowledge of robot hardware: 2D/3D LiDAR, RGB cameras, motors, and actuators. - Software troubleshooting on robots: ROS2, Bash, Ubuntu/Linux, and bootloader/firmware. - Strong remote-diagnosis instincts — you localise faults precisely before recommending any physical work. - Clear technical communication with customers and field teams, especially under SLA pressure. - A methodical, case-to-the-end mindset with disciplined documentation. - Willingness to travel occasionally for on-site interventions. NICE TO HAVE: - Experience with Time-of-Flight (ToF) sensors and IMUs. - Python and Git for building small diagnostic utilities. - Prior customer-facing field-service or technical-support experience. - Familiarity with SLA-driven support operations and lean, one-piece-flow ways of working. WHAT WE OFFER - Competitive equity: stock options with meaningful upside as we scale. - 30+ days off, including 23 days annual leave, all UK bank holidays, and additional company closure days (including Christmas–New Year shutdown). - Private healthcare, including virtual and in-person care. - Pension scheme with 8% total contribution (5% employee, 3% employer) on full earnings. - Free daily breakfast, catered lunch, and snacks in-office. - Work at the frontier - collaborate daily with world-class engineers, researchers, and product experts building the next generation of AI and humanoid robotics. - Real ownership - direct access to founding leadership, meaningful input on product direction, and the ability to drive key initiatives from day one.

Location: US, San Diego, CA Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We’re scaling from prototypes to manufacturing, and the process maturity needs to match. This role owns the secure manufacturing pipeline — the procedures, tooling, and controls that take a bare board in an untrusted CM facility and turn it into a cryptographically enrolled, OTA-ready device that our cloud fleet trusts. You’ll be the bridge between our secure boot/firmware teams and the cloud control plane, connecting them at the point of manufacture. WHAT YOU'LL DO - Design the secure manufacturing station — Architect the hardware, software, and network stack (HSM, key injection, AWS Private CA) for factory floor provisioning stations. Integrate the secure boot fuse/flashing flow from our secure boot/firmware team. - Build the provisioning toolchain — Own the automation pipeline that takes a bare device through identity provisioning, enrollment, firmware flashing, calibration, and functional test. - Bridge device and cloud identity Enroll every device into a registry with correct credentials for OTA, session heartbeating, and deployment tracking. - Own the End-Of-Line (EOL) test framework — Work with globally distributed teams to define pass/fail criteria for devices leaving the line: sensor calibration, actuator checks, and initial OTA health check. - Work with contract manufacturers —Translate security requirements into CM-executable procedures; threat-model the factory for key leakage, firmware tampering, and supply chain substitution. - Maintain chain of custody — Link each physical serial number to its provisioned identity, calibration records, test results, and firmware version at manufacture. - Collaborate across teams — Work daily with a globally distributed team of firmware, cloud, manufacturing, systems and operational team members. WHAT WE'RE LOOKING FOR - 10+ years of experience which includes manufacturing engineering, with a comparable depth of experience developing test tools and frameworks. Plus experience working with networking in a manufacturing environment, and time focused on secure device provisioning and/or secure manufacturing processes. Ideally 3 years at a Staff level or equivalent. - PKI and device identity — Experience with X.509 certificate lifecycles, mTLS, device authentication and attestation, and managed CA services like AWS Private CA. - AWS infrastructure — S3, IAM, ECS, KMS, CloudHSM and Secrets Manager for secure provisioning workflows. - EOL test and calibration — Hands-on experience defining manufacturing test frameworks, experience with hardware test fixtures. - Scripting and automation — Advanced skills in Python or Bash for developing production-grade provisioning toolchains. - Advanced skills and understanding of Rust, Bazel, Systemd - Embedded Linux systems — Experience with NVIDIA Jetson Orin/Thor platforms. - Secure manufacturing design — Ability to design secure processes for untrusted or semi-trusted offshore CMs and air-gapped station design. - Experience managing quality gates with contract manufacturers - Hardware root of trust understanding — General understanding of secure boot chains, TPM/TrustZone, cryptographic key injection, certificate provisioning, and eFuse programming. WHAT WE OFFER - Comprehensive health coverage for US‑based employees, including fully paid medical, dental, and vision insurance, with virtual care and employee assistance resources. - Meaningful time off to rest and recharge: 23 days of PTO (accrued), separate sick leave, and paid company holidays. - 401(k) retirement plan with employer match. - Equity included–we believe builders should share in what they build. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives. For this role in California, the expected base salary range is $260,000–$320,000 USD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: Los Angeles, United States 📍 Location: The Greater Los Angeles Metropolitan Area, CA (Onsite) If you’re interested in learning more about this opportunity or beginning the interview process, feel free to connect directly via LinkedIn: LinkedIn: https://www.linkedin.com/in/ra... Principal Mechanical Engineer – Launcher Systems An advanced aerospace and defense technology company is seeking a highly experienced Principal Mechanical Engineer to lead the architecture, design, and integration of next-generation launcher systems supporting UAV and missile platforms. This role will own launcher hardware development from concept definition through production and deployment across mobile ground and maritime applications. The ideal candidate brings deep launcher system expertise, strong electro-mechanical integration capability, and direct experience designing ruggedized hardware for harsh operational environments. This is a highly hands-on technical leadership role suited for engineers who thrive in fast-moving development environments and are comfortable owning complex hardware systems end-to-end. Responsibilities Lead the mechanical architecture and system integration of launcher platforms across ground and maritime environments Define and manage critical mechanical and electro-mechanical interfaces between launcher systems, canisters, payloads, and platform infrastructure Design solutions addressing blast, plume, thermal, and structural loads associated with rocket or missile launch environments Develop gas management, shielding, thermal protection, and structural mitigation strategies Design and integrate deployment, retention, release, and actuation mechanisms Support launch sequencing, safety interlocks, and system-level safing requirements Create and manage interface control documents (ICDs), mechanical specifications, and system integration documentation Serve as a primary technical interface with suppliers, manufacturing partners, customers, and platform integrators Lead supplier technical reviews, design validation efforts, and make-versus-buy assessments Support transition from development into production, qualification, and sustainment activities Mentor and provide technical direction to cross-functional engineering teams Qualifications Bachelor’s degree in Mechanical Engineering or related discipline 10+ years of experience in aerospace or defense mechanical design and system integration Direct experience designing launcher systems, missile integration hardware, UAV launch platforms, or closely related defense systems Strong understanding of blast, plume, thermal, vibration, and dynamic load environments Experience with electro-mechanical integration including power, data, connector, and umbilical systems Hands-on experience designing ruggedized mechanical hardware for harsh environments Strong CAD proficiency using SolidWorks or equivalent tools, including large assembly management Familiarity with military standards and environmental qualification practices including MIL-STD-810 Experience creating and managing interface documentation, tolerancing strategies, and installation requirements Demonstrated ability to lead technical decision-making and resolve complex integration challenges U.S. citizenship and ability to obtain and maintain a security clearance required Preferred Experience Master’s degree in Mechanical Engineering or related field Prior experience serving as technical lead or responsible engineer for launcher or weapons systems programs Experience integrating launcher systems onto mobile or maritime platforms Familiarity with launch sequencing, safe-and-arm systems, fuzing interfaces, and mission-critical safety requirements Experience with structural, thermal, or multiphysics simulation tools such as ANSYS, NASTRAN, ABAQUS, or similar Experience planning and executing hardware integration or environmental testing Knowledge of manufacturing and assembly methods for deployable or ruggedized mechanical systems Familiarity with military connector standards including 38999, ARINC, or Micro-D interfaces Hands-on prototyping, CNC machining, additive manufacturing, or fabrication experience What Makes This Opportunity Unique This role offers the opportunity to help establish a launcher systems capability from the ground up within a rapidly growing advanced defense environment. The engineering team is looking for someone with true launcher domain expertise — not simply general mechanical design experience. The right person will have significant influence over system architecture, integration strategy, supplier engagement, and long-term platform development. You’ll work closely with multidisciplinary teams developing mission-critical systems that must operate reliably in highly demanding operational environments. Additional Information Competitive compensation and equity package Comprehensive healthcare coverage 401(k) matching PTO flexibility Relocation assistance may be available Full-time onsite collaboration environment U.S. citizenship required due to security and export control requirements 📍 Location: The Greater Los Angeles Metropolitan Area, CA (Onsite) To learn more or express interest, connect directly via LinkedIn: LinkedIn: https://www.linkedin.com/in/ra... Salary: $180,000 – $230,000 / year

Location: UK, London Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We are looking for a Senior Hardware Test Engineer to own the test methodology for HMND‑01’s hardware components, robot subsystems, and complete humanoid robots. You will be the engineer who decides what “good” looks like — from a single actuator on the bench to a full robot walking through an integration sequence. This is a hands-on, technical leadership role. You will design test methods, run them yourself on early prototypes, and partner closely with the test automation team, Manufacturing Engineering, Production Operations, and Supply Chain Quality as we move from EVT toward production. You’ll be the hardware voice that shapes what gets measured on the line, at what tolerance, and why — without owning the QC routine or rig build, which sit with Production Ops Quality and Manufacturing Engineering respectively. KEY RESPONSIBILITIES 1. TEST METHOD DEFINITION - Component-Level Methods: Define functional, performance, and stress tests for individual hardware components — actuators, sensors, electronics, structural parts — including pass/fail criteria and required data capture. - Subsystem Testing: Design integration tests for major robot subsystems (arms, hands, legs, torso, head) covering kinematic accuracy, repeatability, load behavior, and thermal response. - Whole-Robot Testing: Define and execute system-level tests for full robot assemblies, including end-to-end motion sequences, balance, manipulation tasks, and failure-mode behavior. 2. HANDS-ON TEST EXECUTION - Prototype Bring-up: Be the first engineer to put hands on each new hardware revision, characterizing performance against design intent and feeding findings back to the design team. - Failure Analysis: Investigate failures during testing, work with hardware engineers to root-cause issues, and verify fixes. - Test Documentation: Capture methods, results, and learnings in a way that the rest of the organization can repeat and trust. 3. AUTOMATION SUPPORT - Test Automation Inputs: Translate manual test methods into specifications for the automation team. Decide which tests can be automated and which must remain manual, and why. - Tooling: Specify and prototype custom test fixtures, jigs, and instrumentation needed to execute your methods reliably during prototype and bring-up work. - Data: Define what each test must capture so that automated runs produce results comparable to your manual baseline. 4. PRODUCTION TEST — IN PARTNERSHIP WITH MANUFACTURING ENGINEERING AND PRODUCTION OPS - Requirements for Line Rigs & Jigs: Provide the technical requirements for production test jigs, fixtures, and test beds — what they measure, at what tolerance, what data they need to capture, and the pass/fail criteria. Manufacturing Engineering owns rig design, build, and commissioning; you review designs and sign off on whether they actually verify what they’re meant to verify. - In-Process Verification: Define the checks at each stage of assembly that confirm components and sub-assemblies have been built correctly before they move to the next station, including required measurements and rework paths for failures. - Test Evidence & Traceability: Define what each production test must capture so that results, measurements, and pass/fail outcomes are written to the production database, linked to the serial number of the unit under test — every shipped robot has a complete and queryable build and test history. - System-Level Acceptance: Define final-product acceptance tests — performance envelopes, functional gates, and sign-off criteria for a robot leaving the line. 5. QUALITY & DESIGN FEEDBACK LOOP — IN PARTNERSHIP WITH SUPPLY CHAIN QUALITY AND PRODUCTION OPS QUALITY - Component Performance Characteristics: Define the system-level performance characteristics that incoming parts must meet. Supply Chain Quality translates these into incoming inspection criteria and supplier qualification plans, and runs the inspection process. - Root-Cause Partnership: Partner with Production Ops Quality on root-cause analysis when line failures trace back to component behavior or system design, and feed findings back into engineering. - Closed Loop with Design: Treat test data as a closed loop with design — surface trends from production into design reviews so the product gets better, not just the process. QUALIFICATIONS Must-Have: - Experience: 5+ years in hardware test engineering, with hands-on testing of complex electromechanical systems — robotics, automotive, aerospace, or similar. - Test Methodology: Strong grasp of test theory, test design, and pass/fail criteria definition. You can write a test spec that another engineer can execute without follow-up questions. - Mechanical: Solid understanding of mechanical design principles, common core components (gears, bearings, actuators), measurement tools (calipers, micrometers, load cells, encoders), and technical drawings including GD&T basics. - Electrical: Comfortable reading schematics, using a multimeter and oscilloscope, and reasoning about basic power and signal integrity. - Production Fluency: Familiarity with hardware production operations — flow, takt, work instructions, traveler documentation — enough to collaborate effectively with Manufacturing Engineering and Production Ops without trying to own their work. - Tooling: Experience with test and task tracking systems (Jira, X-Ray, TestRail, or similar). - Matrix Operating Style: Comfortable influencing test stations, rigs, and equipment design through clear requirements and tight partnership, not through ownership. - Mindset: Systems thinking — you naturally see how a problem at the component level can manifest as a behavior at the full-robot level. Nice-to-Have: - Robotics experience, especially with serial-link manipulators or legged systems. - Hands-on test rig and fixture design experience (mechanical and/or electrical) — useful for speaking the same language as Manufacturing Engineering on rig requirements. - Python (or similar) for ad-hoc data analysis and lightweight test automation. - CAD (SolidWorks/Fusion/NX) for sketching test fixtures. - Familiarity with ROS2. - Experience with embedded systems and field buses such as CAN or EtherCAT. - Experience with industrial automation equipment (servos, gateways, sensors, PLCs). - Knowledge of statistical quality control fundamentals (SPC, MSA) — for working effectively with Quality on test data interpretation. WHAT YOU'LL BE TESTING - Actuators (motors, gearboxes, encoders, drivers) - Robot manipulators and end-effectors - Legged subsystems and balance behaviors - Power and battery systems - Full humanoid robot assemblies

Location: US, Boston, MA Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE As a Senior Platform Software Engineer at Humanoid, you will be at the heart of developing the core OS, data networks and protocols, and fundamental software subsystems for our next-generation humanoid robots. You will help develop the foundational software architectures that allow high fidelity robotic controls and AI development. You will be responsible for writing high-integrity software that runs on our robots, integrating sensors, safety systems, and computing platforms to enable safe human-robot collaboration. In this role, you will have the opportunity to take full ownership of new systems and directly contribute to the development of our future products. If you are interested in complex embedded software projects, thrive in a fast-paced, collaborative environment, and want to make a real impact on the future of human-robot interaction, we want you on our team! WHAT YOU’LL DO - Design & Create Embedded Software: Develop and validate embedded software that ensures our robots can operate at scale in the real world. - Hardware & Software Integration: Work at the intersection of hardware and software to integrate various robotic components (e.g., sensors, actuators, computing platforms) into a cohesive, fault-tolerant system. - Lead Cross-Functional Projects: Lead interdisciplinary projects that involve robotic perception, computing subsystems, and software integration, collaborating with engineers across multiple domains. - Test & Evaluate Systems: Integrate new systems with our robots to test, validate, and ensure that they meet safety requirements and perform reliably in real-world conditions. - Build Infrastructure for Innovation: Contribute to the development of tools, infrastructure, and operational practices within a small, agile R&D team focused on unlocking new capabilities for Humanoid robots. - Drive Safety in Robotics: Be part of a team working at the cutting edge of technology to improve the safety and performance of robots operating in real-world, human-centric environments. - Collaborate Across Teams: Work closely with electrical engineers, software developers, robotics control experts, physical AI developers, and other team members to integrate software systems with robotics hardware, ensuring seamless operation and performance.   WHAT WE'RE LOOKING FOR - 5+ years of experience developing and deploying production software in embedded systems running Linux (C++, C, Rust, Python, Go). - Experience developing time-sensitive, performance-critical applications. - Thorough understanding of Ethernet and IP networking and higher-level protocols like HTTP or gRPC. - Experience with Linux build environments like Yocto or Buildroot. - Experience in building Linux kernels and modifying or writing device drivers. - Experience with NVIDIA’s Jetson platform is a plus. - Experience working with sensor data, including cameras, lidars, radars, and IMUs is a plus. - Strong communication skills, with the ability to write clear technical documentation and deliver presentations on complex topics. - Proven history of leading cross-functional technical projects, including developing technical requirements and driving collaboration across teams. - Experience working in small, agile teams with fast iteration cycles and interdisciplinary collaboration. WHAT WE OFFER - Comprehensive health coverage for US‑based employees, including fully paid medical, dental, and vision insurance, with virtual care and employee assistance resources. - Meaningful time off to rest and recharge: 23 days of PTO (accrued), separate sick leave, and paid company holidays. - 401(k) retirement plan with employer match. - Equity included–we believe builders should share in what they build. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives. For this role in Massachusetts, the expected base salary range is $180K–$250K USD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: UK, London Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We're hiring a Staff Controls Software Engineer to join our Controls team based in London. We are seeking an experienced Staff Controls Software Engineer to lead the development, integration, and maintenance of our production-grade control software for humanoid robotic systems. This role sits at the intersection of controls and software engineering - focused on turning advanced control strategies into robust, maintainable, and validated production systems. You’ll be responsible for ensuring that the control stack powering our robots is deterministic, safe, tested, and deployable at scale. You bring both deep robotics control experience (10 years in robotic system development) and strong software engineering discipline — designing architectures that perform reliably in real-time environments. WHAT YOU’LL DO - Design and maintain modular, real-time control architectures supporting locomotion, manipulation, and teleoperation. - Implement high-performance control loops and middleware interfaces for deterministic, safe operation. - Industrialize algorithms, ensuring production readiness, maintainability, and performance. - Establish clear software boundaries and interfaces between motion planning, control, and hardware layers. - Translate research prototypes into scalable, maintainable, and testable control software. - Apply modern software development practices (CI/CD, code reviews, testing frameworks, documentation). - Define reliability, latency, and safety metrics and enforce them throughout the control stack. - Lead the integration of real-time control software on embedded or Linux-based systems, ensuring consistent behavior across hardware targets. - Develop automated testing frameworks (simulation, hardware-in-the-loop, regression, and performance testing). - Drive release and version management of the control stack, ensuring stability across branches and deployments. - Conduct profiling, benchmarking, and performance validation on robotic hardware. - Define release protocols to ensure reproducibility and verifiable system behavior. - Implement software-based fail-safes, watchdogs, and redundancy mechanisms for safety-critical control paths. - Work closely with hardware and safety teams to ensure fault detection, graceful degradation, and safe state transitions. - Lead by example through hands-on coding, code reviews, and system-level debugging. - Mentor engineers on control software best practices, testing methodologies, and performance optimization. - Contribute to the long-term control software roadmap, guiding architecture evolution and quality standards. WHAT WE'RE LOOKING FOR - B.S., M.S., or Ph.D. in Robotics, Control, Computer Engineering, or a related field. - 10+ years of experience developing robotics control software for real-time systems. - Proven expertise in C++ (modern standards) and Python for software implementation, testing, and automation. - Strong background in control theory, robot kinematics & dynamics, and real-time control systems. - Experience in deploying and validating control software both in simulation and on physical robotic platforms. - Solid understanding of software architecture, version control (Git), CI/CD pipelines, and automated testing. - Excellent debugging, profiling, and system performance optimization skills. - Track record of shipping production-quality robotics software, not research prototypes. - Proven experience managing software lifecycle, including release management and cross-team integration. Nice to have: - Experience with ROS2, real-time Linux, or RTOS environments. - Familiarity with relevant tools and libraries like Eigen, Pinocchio, Placo, PyTorch, MuJoCo, etc. - Familiarity with safety-critical systems, redundancy, and failover mechanisms. - Background in whole-body control, actuator coordination, or real-time trajectory execution. - Experience in Joint/Cartesian Impedance and force control - Strong communication and leadership skills, with the ability to influence architecture decisions and engineering culture. - Experience in learning-based control methods (e.g. RL, imitation learning) WHAT WE OFFER - Meaningful time off to rest and recharge: 23 days of annual leave (accrued), 15 days of paid sick leave, and paid company holidays. - Fully funded private healthcare for UK employees, with broad provider access, virtual and in‑person care, and strong mental health and serious illness support. - Equity included–we believe builders should share in what they build. - Pension scheme with a total 8% contribution (5% employee, 3% employer) on full earnings. - Free daily breakfast, catered lunch, and snacks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives.

Location: US, Boston, MA Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We design robots in simulation before building them in hardware. As a Robotics Simulation & RL Engineer, you will help design and validate future generations of our robotic platforms - including bipedal and wheeled systems - using physics simulation and reinforcement learning. You will develop tools to determine whether a robot design can perform real-world tasks before committing to hardware. Your work will directly inform robot architecture, actuator selection, sensor placement, and control strategies. A key responsibility of this role is owning and validating the canonical robot models (URDF and simulation assets) used across simulation and control stacks. WHAT YOU’LL DO - Design and evaluate new robot platforms using physics simulation - Analyze robot capabilities including workspace, manipulability, dynamic balance, and torque limits - Use reinforcement learning to stress-test robot designs and explore capability limits - Own and maintain URDF models of current and future robot platforms - Maintain the CAD → URDF → simulation pipeline - Develop tools and benchmarks to evaluate locomotion, manipulation, and platform robustness - Provide quantitative feedback to hardware teams on actuator sizing, joint placement, mass distribution, and sensor layout - Collaborate with mechanical, control, and perception teams to guide platform design decisions WHAT WE'RE LOOKING FOR - M.Sc http://M.Sc. or Ph.D. in Robotics, Mechanical Engineering, Control, or a related field - Strong foundation in robot kinematics and dynamics - Experience with robot simulation environments (MuJoCo, Isaac Sim, Gazebo, or similar) - Experience with reinforcement learning in robotics or physics-based simulation - Experience working with URDF or similar robot description formats - Strong programming skills in Python and/or C++ - Experience training RL locomotion or manipulation policies Nice to have: - Experience with legged, humanoid, or wheeled robots; - Experience with whole-body control or torque-controlled robots; - Experience with simulation-driven hardware design; - Experience building large-scale RL training pipelines. WHAT WE OFFER - Comprehensive health coverage for US‑based employees, including fully paid medical, dental, and vision insurance, with virtual care and employee assistance resources. - Meaningful time off to rest and recharge: 23 days of PTO (accrued), separate sick leave, and paid company holidays. - 401(k) retirement plan with a 4% employer match. - Equity included–we believe builders should share in what they build. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives. For this role in Massachusetts, the target base salary range is $200K–$300K USD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: Warsaw Workplace: Hybrid Role highlights: • Senior C++ Engineer – Satellite Real-Time Control Systems • Location: Warsaw, Poland • Department: Engineering • Reports to: Engineering Lead, AOCS Software • Employment type: Permanent • Workplace model: Hybrid • Employment is subject to applicable security screening (incl. SUPO, where required) Why this role matters: As a Senior C++ Engineer – Satellite Real-Time Control Systems, you’ll develop and operate real-time embedded software that powers ICEYE’s growing SAR satellite constellation. Every radar image, collision-avoidance manoeuvre, and customer mission relies on deterministic, high-performance software deployed continuously to satellites operating in unforgiving orbital dynamics. Your work will directly enable first responders to map floods, insurers to assess damage, and scientists to measure a changing planet. In this role, microseconds matter and every line of code has a direct, global impact from space. Who We Are ICEYE delivers space-based intelligence, surveillance, and reconnaissance (ISR) capabilities to governments and allied nations. This includes sovereign and turnkey ISR missions leveraging ICEYE’s world-leading synthetic aperture radar (SAR) satellite technology, as well as access to data from the world’s largest SAR satellite constellation. These capabilities enable partners to detect and respond to critical changes anywhere on Earth with unprecedented speed and accuracy, day or night and in any weather, supported by ultra high-resolution imagery and high-frequency revisits. As a trusted partner for defense, intelligence, security, and maritime domain awareness, ICEYE’s near real-time data creates a tactical advantage for mission-critical operations. Designed for dual use, the platform also serves civil protection and commercial users for natural-catastrophe intelligence, insurance, maritime monitoring including oil-spill detection, and finance, contributing to global security and community resilience. ICEYE is headquartered in Finland and operates globally across Europe, North America, the Middle East, and Asia-Pacific. We have more than 900 employees, united by a shared vision: improving life on Earth by becoming the global source of truth in Earth Observation. Your day-to-day responsibilities • Write and optimize modern C++ code that meets strict determinism and latency budgets for safe and precise on-orbit execution • Build and own the software layer that bridges sensors, actuators, and control algorithms including deterministic loops, telemetry pipelines, and on-orbit autonomy • Drive quality across the full development lifecycle from requirements and design to HIL and MIL testing, launch, and on-orbit support • Collaborate with GNC, electronics, ground segment, and mission operations engineers to debug, iterate, and improve system performance • Lead architecture evolution as the fleet and use cases grow by refactoring, optimizing, and introducing new technologies where they add value • Investigate anomalies by deep-diving into flight telemetry, reproducing issues on the ground, and rolling out fixes that keep the constellation healthy What we’re looking for Must haves: • Strong experience writing modern C++ with a clear understanding of production-quality code • Proven track record of delivering real-time control software for autonomous or safety-critical systems such as satellites, drones, robotics, or automotive systems • Solid understanding of hard real-time constraints, latency budgeting, and deterministic behaviour • Experience interfacing with sensors and actuators in embedded Linux environments • Strong engineering practices including rigorous testing, CI/CD, and clear documentation • Ownership mindset across the full software lifecycle from concept to on-orbit maintenance • Clear communicator who collaborates effectively across multidisciplinary teams Nice to haves: • Experience with hardware-in-the-loop and model-in-the-loop testing • Experience supporting software in operational or mission-critical environments • Familiarity with satellite GNC or space systems Application Process • Talent Attraction screening • Hiring Manager interview • Task and Technical interview • On-site technical workshop • On-site behavioural interview Working at ICEYE At ICEYE, you’ll join a diverse and highly engaged team united by the ambition to make the impossible possible. As a global scale-up, we combine speed and ambition with the opportunity to take real ownership from day one. Your growth, wellbeing, and success are a priority, with continuous professional development, training opportunities, and a culture where collaboration is how we win. How We Work (Our Values) Make the impossible possible: We set ambitious goals and stay calm under pressure. We bring grit, optimism, and ownership when things get hard, and we keep moving until we find a way. • Be curious: Go deep, ask questions, listen carefully, and think critically. Understand the why behind decisions. • See the big picture: Stay close to what’s happening across the company so you can make better decisions. Consider how your work affects others. • Drive effective teamwork: Create psychological safety, invite different perspectives, and build inclusive teams. There are no bad questions. • Act as one team: We win together. We match tasks to the right owner and stay agile as priorities shift. • Have fun: What we do matters and it should be enjoyable. Celebrate progress, take pride in results, and share the wins. Benefits Our benefits are designed to support your health and wellbeing, at work and beyond. We keep improving them based on employee feedback, and offerings vary by location. Talent Acquisition will confirm what applies for this role and location during the process. Our Commitment to Diversity, Equity, and Inclusion We want ICEYE to be a place where people can be themselves and do great work. Different backgrounds and perspectives make us stronger, which is why we work to create an environment where people feel included, respected, and able to speak up. Whatever your background, we want you to bring your authentic self to the table. We’re committed to fair, inclusive hiring and equal opportunity. Everyone is welcome to apply. If you need any adjustments or support during the recruitment process, tell us and we will do our best to help. Apply now to start your ICEYE journey and help us continue to make the impossible possible together. Read more about ICEYE and working with us at iceye.com http://iceye.com.

Location: Jeddah, Saudi Arabia; Riyadh, Saudi Arabia; Dubai, United Arab Emirates; Lusail, Qatar; Karachi, Pakistan; Bengaluru, India Eram Talent is currently looking for a skilled Maximo EAM Functional Specialist to join our team in Saudi Arabia. The Maximo Enterprise Asset Management (EAM) Functional Specialist is responsible to administer, configure, support and perform ongoing enhancements to Maximo Operations & Maintenance system of KAUST. In addition, he will be working closely with other technology teams troubleshooting customer issues through implementing technical solutions and configuration. The role also involves working with multiple stakeholder’s users, 3rd parties to ensure accurate documentation and implementation of functionalities. Responsibilities IBM Maximo Functional Specialist will have responsibilities for application support, BIRT reports, testing, and minor configuration changes. Responsible for assessing and communicating impacts and risks of changes which occur through the system development life cycle. The Maximo Functional Specialist will be responsible for troubleshooting IBM Maximo Application, IBM HTTP Server, and general MAXIMO interface issues. Provide technical support, administration, and development for the Maximo System, Database and related applications. dentify and solve issues, troubleshoot bugs, and proactively communicate with users and other IT staff about the condition of the system. Deliver implemented technical solutions involving the Maximo system and other technologies as necessary to meet the strategic goals of the Facilities Management. Installing, configuring, administering, and supporting Maximo 7.x in a team environment.. Develop workflow processes for Maximo, including creating roles, actions and action groups for use in the entire workflow process. Create Clustered Application environments utilize IBM WebSphere.  Administer Actuate iServer and BIRT. Develop Actuate and BIRT Reports. Load data into Maximo using Maximo Data Loader (MDL), Generic Data Loader (GDL), and Data Migration by scripting (SQL, PL/SQL)Load data into Maximo using Maximo Data Loader (MDL), Generic Data Loader (GDL), and Data Migration by scripting (SQL, PL/SQL). Administer Maximo 7.6 Cognos Integration Requirements Bachelor’s degree in Computer Science, Software Engineering or equivalent combination of education and work experience in a related field. IBM Maximo certification desired (7.x). Minimum of seven (7) to eight (8) years of experience which at least three (4) years in the operation and maintenance field. Strong Experience with Installation, Configuration and Administration for Maximo7.x Experience developing workflow processes for Maximo, including creating roles, actions and action groups for use in the entire workflow process. Experience in Clustered Application environments and IBM WebSphere. Experience with Actuate iServer, Actuate Reports and BIRT administrations. Experience with Maximo Data Loader (MDL), Generic Data Loader (GDL), and Data Migration by scripting (SQL, PL/SQL) Experience using the Integration application (MIF) to import data including configuring Object structures, publish channels, enterprise services, end points, and external systems. Administer Maximo 7.x Cognos Integration. Microsoft MS SQL and IBM DB2 Experience.

Location: Remote-Friendly (Travel Required) | San Francisco, CA About Anthropic Anthropic’s mission is to create reliable, interpretable, and steerable AI systems. We want AI to be safe and beneficial for our users and for society as a whole. Our team is a quickly growing group of committed researchers, engineers, policy experts, and business leaders working together to build beneficial AI systems. About the Role Anthropic is seeking an experienced Datacenter Controls Engineer to join our Datacenter Infrastructure team. In this role, you will design, implement, and optimize control systems that support our global datacenter infrastructure, enabling the reliable operation of AI at scale. You will work on cutting-edge control systems managing critical datacenter operations including liquid cooling systems (CDUs/CDMs), HVAC, electrical power monitoring systems, and building automation systems. This position requires both technical depth in industrial automation and the ability to collaborate across disciplines to deliver integrated solutions for high-density AI compute infrastructure. Responsibilities System Architecture & Integration Design and implement multi-site controls architecture across Anthropic's global datacenter facilities Define network topology, redundancy, and high-availability requirements for control nodes and servers Develop and maintain standardized frameworks for BACnet, Modbus TCP/IP, OPC-UA, MQTT, and SNMP communication layers Ensure integration between control systems and enterprise networks while maintaining security boundaries and compliance with cybersecurity frameworks for industrial control systems Control System Design & Implementation Define, design, develop, and implement control systems for datacenter mechanical, electrical, and building management systems with focus on AI compute environments Develop SCADA/BMS applications using platforms including Ignition, Niagara/Tridium, or similar HMI/supervisory systems Select and specify instrumentation including sensors, transmitters, actuators, and control valves for liquid cooling loops, power distribution, and environmental monitoring Data Collection & Visualization Architect and supervise deployment of centralized telemetry systems capable of storing high-resolution time-series data from power, thermal, and environmental sensors Develop intuitive dashboards and visualization layers using Ignition SCADA, Grafana, or comparable frameworks for facilities, operations, and engineering teams Leverage control systems to enable performance insights, fault detection, and predictive maintenance capabilities Construction Integration & Documentation Participate in new design and construction projects to ensure controls and BMS standards are embedded from design through commissioning Define and review controls and instrumentation specifications in architectural and MEP packages Create comprehensive technical documentation including P&IDs, control narratives, sequence of operations, and commissioning procedures Validate installed systems during commissioning for proper network configuration, protocol compatibility, and data visibility Minimum Qualifications Bachelor's degree in Engineering (Electrical, Controls, Mechanical, Computer) or equivalent practical experience 7+ years of experience in control systems design and implementation for industrial automation, building automation, or datacenter systems Deep familiarity with industrial communication protocols: BACnet, Modbus TCP/IP, OPC-UA, MQTT, SNMP, Ethernet-IP Experience with instrumentation selection, control panel design, and control system integration Working knowledge of network architecture including subnets, VLANs, firewall rules, and IP management Strong documentation skills and ability to work effectively in cross-functional teams Preferred Qualifications 10+ years in datacenter, critical facilities, or mission-critical infrastructure environments Experience with liquid cooling systems including CDUs, CDMs, and cooling tower control systems Background in high-density rack integration environments and AI/ML compute infrastructure Experience designing or deploying BMS/SCADA systems such as Ignition, Niagara/Tridium, Wonderware, or similar Strong background in database integration (SQL Server, InfluxDB, PostgreSQL, TimescaleDB) and data logging architecture Proficiency in Python or scripting for automation/configuration within SCADA/BMS frameworks Experience deploying multi-site redundant controls servers with high-availability requirements Professional Engineering (PE) license or vendor certifications (Schneider, Rockwell, Siemens) Knowledge of relevant codes and standards: ASHRAE, NFPA, IEEE, ISA Familiarity with Grafana, Node-RED, Ignition Perspective, or equivalent visualization tools Experience bridging cloud orchestration systems with facility-level power controls and load management (e.g., DCIM, BMS, EPMS) The annual compensation range for this role is listed below. For sales roles, the range provided is the role’s On Target Earnings ("OTE") range, meaning that the range includes both the sales commissions/sales bonuses target and annual base salary for the role. Annual Salary: $320,000 — $405,000 USD Logistics Minimum education: Bachelor’s degree or an equivalent combination of education, training, and/or experience Required field of study: A field relevant to the role as demonstrated through coursework, training, or professional experience Minimum years of experience: Years of experience required will correlate with the internal job level requirements for the position Location-based hybrid policy: Currently, we expect all staff to be in one of our offices at least 25% of the time. However, some roles may require more time in our offices. Visa sponsorship: We do sponsor visas! However, we aren't able to successfully sponsor visas for every role and every candidate. But if we make you an offer, we will make every reasonable effort to get you a visa, and we retain an immigration lawyer to help with this. We encourage you to apply even if you do not believe you meet every single qualification. Not all strong candidates will meet every single qualification as listed.  Research shows that people who identify as being from underrepresented groups are more prone to experiencing imposter syndrome and doubting the strength of their candidacy, so we urge you not to exclude yourself prematurely and to submit an application if you're interested in this work. We think AI systems like the ones we're building have enormous social and ethical implications. We think this makes representation even more important, and we strive to include a range of diverse perspectives on our team. Your safety matters to us. To protect yourself from potential scams, remember that Anthropic recruiters only contact you from @anthropic.com email addresses. In some cases, we may partner with vetted recruiting agencies who will identify themselves as working on behalf of Anthropic. Be cautious of emails from other domains. Legitimate Anthropic recruiters will never ask for money, fees, or banking information before your first day. If you're ever unsure about a communication, don't click any links—visit anthropic.com/careers directly for confirmed position openings. How we're different We believe that the highest-impact AI research will be big science. At Anthropic we work as a single cohesive team on just a few large-scale research efforts. And we value impact — advancing our long-term goals of steerable, trustworthy AI — rather than work on smaller and more specific puzzles. We view AI research as an empirical science, which has as much in common with physics and biology as with traditional efforts in computer science. We're an extremely collaborative group, and we host frequent research discussions to ensure that we are pursuing the highest-impact work at any given time. As such, we greatly value communication skills. The easiest way to understand our research directions is to read our recent research. This research continues many of the directions our team worked on prior to Anthropic, including: GPT-3, Circuit-Based Interpretability, Multimodal Neurons, Scaling Laws, AI & Compute, Concrete Problems in AI Safety, and Learning from Human Preferences. Come work with us! Anthropic is a public benefit corporation headquartered in San Francisco. We offer competitive compensation and benefits, optional equity donation matching, generous vacation and parental leave, flexible working hours, and a lovely office space in which to collaborate with colleagues. Guidance on Candidates' AI Usage: Learn about our policy for using AI in our application process.

Location: Jeddah, Saudi Arabia; Dammam, Saudi Arabia; Makkah, Saudi Arabia The Hydraulic Technician is responsible for the installation, inspection, maintenance, troubleshooting, and repair of hydraulic systems and equipment. The role ensures systems operate safely, efficiently, and in compliance with technical specifications and safety standards. Education: Technical Diploma or Vocational Certification in Hydraulics, Mechanical, or related field Experience: Minimum 3–5 years relevant experience in industrial, oil & gas, or construction environments Technical Knowledge: Hydraulic pumps, motors, valves, cylinders, and actuators Hydraulic power units (HPU) Hydraulic systems used in heavy equipment and industrial plants Pressure testing, flushing, and system commissioning Ability to read hydraulic schematics, drawings, and manuals Safety & Standards: Knowledge of hydraulic safety practices and safe work procedures Familiarity with industrial HSE requirements and permit-to-work systems Key Responsibilities Install, inspect, maintain, and repair hydraulic systems and components Troubleshoot system faults and perform corrective actions Conduct testing, commissioning, and preventive maintenance activities Support construction and shutdown activities as required Ensure compliance with safety and quality standards Complete maintenance and service documentation

Location: San José, Costa Rica Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Senior Level The Senior Design Engineer I, under administrative supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Senior Design Engineer will act as the primary design engineer on projects and may lead project teams consisting of other Design Engineers. The Senior Control System Engineer will independently lead the design phase of the project from inception to completion through interpretation of specifications, design engineering, selection of components, creation, and checking of drawings, and resolution of problems. Technical leader with a high degree of knowledge in the HVAC control design field and recognized expertise in the control theory for specific systems.; problem-solving frequently requires analysis of unique issues/problems without precedent and/or structure. May manage projects that require formulating strategies and administering policies, processes, and resources with a high degree of autonomy. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests. 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing AutoCAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. • Checking controls drawings created by other engineer for accuracy and compliance with project scope and provide feedback. 3. Make final decisions regarding installation method and materials by • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. • Reviewing and approving the purchasing bill of materials for projects. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. • Reviewing and approving control valve schedules for purchase. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager 8. Maintain relationship and develop trust with internal and external customers by: • Maintaining commitments made to the customer. • Escalating more pressing customer issues as necessary to Department Manager. • Communicating technical concepts/solutions in writing and verbally. Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: San José, Costa Rica Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Junior Level The Design Engineer I, under intermittent supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications for small projects. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Design Engineer I, is a professional who applies acquired job skills, policies, and procedures to complete substantive assignments/projects/tasks of moderate scope and minimal complexity; exercises judgment within defined guidelines and practices to determine appropriate action. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing ACAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. 3. Make final decisions regarding installation method and materials by: • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by: • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by: • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by: • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by: • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Execution 1. Scopes and implements project-level solutions with minimal guidance. 2. Consistently follows best practices, able to defend technical decisions in design review meetings. 3. Creates accurate designs. 4. Manages workload efficiently, proactively suggesting solutions to competing demands. 5. Engages with project sales and productions team members on the feasibility of requested scope, clarifying requirements where necessary. 6. Seeks input from colleagues with area expertise. 7. Detects problems in proposals, specifications, and drawings. 8. Takes ownership and can work autonomously on projects with minimal complex requirements, delivering design documents on time and with a quality mindset. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: Bogotá, Colombia Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Senior Level The Senior Design Engineer I, under administrative supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Senior Design Engineer will act as the primary design engineer on projects and may lead project teams consisting of other Design Engineers. The Senior Control System Engineer will independently lead the design phase of the project from inception to completion through interpretation of specifications, design engineering, selection of components, creation, and checking of drawings, and resolution of problems. Technical leader with a high degree of knowledge in the HVAC control design field and recognized expertise in the control theory for specific systems.; problem-solving frequently requires analysis of unique issues/problems without precedent and/or structure. May manage projects that require formulating strategies and administering policies, processes, and resources with a high degree of autonomy. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests. 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing AutoCAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. • Checking controls drawings created by other engineer for accuracy and compliance with project scope and provide feedback. 3. Make final decisions regarding installation method and materials by • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. • Reviewing and approving the purchasing bill of materials for projects. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. • Reviewing and approving control valve schedules for purchase. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager 8. Maintain relationship and develop trust with internal and external customers by: • Maintaining commitments made to the customer. • Escalating more pressing customer issues as necessary to Department Manager. • Communicating technical concepts/solutions in writing and verbally. Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: Bogotá, Colombia Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Junior Level The Design Engineer I, under intermittent supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications for small projects. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Design Engineer I, is a professional who applies acquired job skills, policies, and procedures to complete substantive assignments/projects/tasks of moderate scope and minimal complexity; exercises judgment within defined guidelines and practices to determine appropriate action. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing ACAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. 3. Make final decisions regarding installation method and materials by: • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by: • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by: • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by: • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by: • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Execution 1. Scopes and implements project-level solutions with minimal guidance. 2. Consistently follows best practices, able to defend technical decisions in design review meetings. 3. Creates accurate designs. 4. Manages workload efficiently, proactively suggesting solutions to competing demands. 5. Engages with project sales and productions team members on the feasibility of requested scope, clarifying requirements where necessary. 6. Seeks input from colleagues with area expertise. 7. Detects problems in proposals, specifications, and drawings. 8. Takes ownership and can work autonomously on projects with minimal complex requirements, delivering design documents on time and with a quality mindset. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.