3419 Robotics Jobs - Page 37

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

Technical Marketing Manager - Robotics Experience / Education Typically requires a 4 year degree and a minimum of 5 years of related experience; or an advanced degree without experience; or equivalent work experience. Job Description Summary This role will be responsible for translating complex technical concepts in the robotics domain into clear, engaging, and informative marketing materials. You will work closely with our engineering and product teams to develop a deep understanding of our autonomous mobile robots and associated technologies. Your work will include creating white papers, webinars, application notes, and other technical content to support our sales, marketing, and customer education efforts. Additionally, you will be responsible for developing and delivering technical training materials for both internal teams and external stakeholders. Key Responsibilities Technical Content Creation: Collaborate with engineers, product managers, and subject matter experts to understand the technical features, capabilities, and applications of our autonomous mobile robots (AMRs) and related technologies. Develop high-quality, customer-facing technical content including white papers, application notes, case studies, and product datasheets. Create and lead the development of webinars, demo videos and tutorials, and other content aimed at technical audiences. Design and execute content strategies that communicate the value of our products to both technical and non-technical stakeholders. Sales & Marketing Enablement: Develop technical training materials for Sales, Marketing, and Customer Support teams to ensure they are well-equipped to understand and effectively communicate product features, benefits, and use cases. Provide ongoing support and training to sales teams, helping them craft tailored pitches and technical demos for prospective clients. Partner with marketing teams to align technical content with broader go-to-market strategies, ensuring that messaging is consistent across all channels. Assist in the development of sales enablement tools such as competitive analysis, product comparisons, and ROI calculators. Customer Education & Support: Create technical documentation and knowledge base articles to help customers better understand and utilize our products. Develop training programs for customers, helping them to deploy and integrate AMRs into their operations efficiently. Market Intelligence & Feedback Loop: Stay up-to-date with trends, advancements, and competitors in the robotics and AMR space to ensure our content and product messaging are relevant and differentiated. Gather feedback from sales, customers, and engineers to refine technical content and improve our communication strategy. Create Email campaigns to generate qualified leads, maintain and generate reports. Cross-Functional Collaboration: Work closely with product management, sales, and engineering teams to ensure cohesive messaging and alignment on product strategies. Act as a liaison between technical teams and marketing, facilitating the flow of information and feedback. Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

Job Summary The Assistant Professor in Mechatronics Engineering will contribute to teaching, research, and industry collaboration within the Mechatronics program. The role involves delivering high-quality education, mentoring students, and engaging in research and development projects aligned with robotics, automation, and mechatronic systems. The successful candidate will work closely with faculty and industry partners to enhance the program's academic and practical impact. Key Responsibilities Teaching : Develop and deliver undergraduate and graduate-level courses in Mechatronics Engineering, including but not limited to Robotics, Automation, Control Systems, Mechanical Design, and Embedded Systems. Prepare engaging lectures, tutorials, practical classes, and workshops. Supervise student capstone projects, internships, and research initiatives. Assess and evaluate student performance through assignments, exams, and project evaluations. Research : Conduct high-quality research in Mechatronics, Robotics, or related fields, focusing on publishing in recognized international journals. Collaborate with faculty and industry partners on interdisciplinary research projects. Secure funding through grants and industry partnerships to support research initiatives. Present research findings at conferences and contribute to the universitys research profile. Mentoring and Advising : Guide students in academic and career development, including supervision of undergraduate and postgraduate research projects. Foster a vibrant and inclusive learning environment for students from diverse backgrounds. Program Development : Contribute to curriculum development, ensuring alignment with industry trends and technological advancements in Mechatronics and Robotics. Integrate practical, hands-on experiences into the curriculum, leveraging state-of-the-art laboratory facilities. Service and Engagement : Participate in departmental, faculty, and university committees. Engage with local industries and professional bodies to strengthen industry-academia linkages. Contribute to community outreach and initiatives that Qualifications and Experience Educational Requirements : Ph.D. or Master's in Mechatronics Engineering, Robotics, Mechanical Engineering, or a closely related discipline from a recognized institution. Bachelors degree in Mechatronics, Mechanical, or Electrical Engineering from an accredited institution. Experience : 2-3 years of teaching, research, or industry experience in Mechatronics, Robotics, or related fields post- Ph.D Demonstrated hands-on experience in designing and building mechatronic or robotic systems. Experience supervising student projects or mentoring is highly desirable. Skills and Competencies : Expertise in at least two of the following areas: Robotics and Flexible Automation, Control Systems, Embedded Systems, Mechanical Design, or Machine Dynamics. Strong programming skills (e.g., C/C++, Python, MATLAB) and familiarity with tools like ROS (Robot Operating System) or PLC programming. Proven research record with publications in peer-reviewed journals or evidence of research leadership. Excellent communication skills in English (both written and spoken). Ability to work collaboratively in a dynamic, interdisciplinary academic environment. Preferred Qualifications Teaching experience in automation, robotics, or mechatronic system design. Experience securing research grants or collaborating with industry on applied projects. Familiarity with modern teaching methodologies, including blended learning and use of simulation tools.

We are seeking a resilient, technically sound and empathetic professional to join our team and lead training sessions, office & onsite, that empower School children with essential technical skills in emerging technologies. Post-training, the ideal candidate will follow the curriculum, develop lesson plans and deliver engaging training programs on hardware, software, and design tailored to various skill levels. Responsibilities include conducting hands-on workshops, creating instructional materials, assessing learner progress, and staying current with industry trends. Strong communication, problem-solving, and the ability to translate complex technical concepts into accessible content are essential. Responsibilities: Conduct engaging training sessions, workshops, and webinars for school-level learner groups. Design and develop Lesson Plans and materials for technical subjects following the available curriculum Tailor content to meet the needs of various skill levels, from beginners to high achievers. Conduct training programs at office and onsite (Schools’ location) Assess trainee progress through quizzes, assignments, and feedback to ensure learning objectives are met. Maintain a clear record of training outcomes and learner achievements. Engage, assure and update parents on the programs and ongoing training sessions. Stay up to date with the latest industry trends and emerging technologies to integrate into training content. Offer one-on-one support and guidance to learners as needed. Coordinate with curriculum developers and higher-ups to improve training techniques and materials based on learner feedback and industry advancements. Assist in creating certifications and assessments to validate the skills learned by participants. Qualifications: Diploma or Engineering. Preferably Electronics or IT Certification in Robotics, IoT or Machine Learning Skills: Technical know-how in the domain of Electronics, Robotics, IoT, Machine Learning and such. Good Communication and Writing Skills Passion to work with children Continual learning and having amazing learning outcomes. Intermediate level knowledge in Excel and other productivity tools Should be comfortable go to schools to deliver training programs Flexible to work 6 days a week (Saturday and Sunday included) Job Types: Full-time, Permanent, Fresher Pay: ₹20,000.00 - ₹25,000.00 per month Schedule: Day shift Weekend availability Supplemental Pay: Performance bonus Location: Bangalore, Karnataka (Required) Work Location: In person Application Deadline: 27/06/2025

Location: On-site — Dombivli, Maharashtra Experience Level: Fresher (0–1 year)Employment Type: Full-time Role Overview We are hiring ITI Electrical freshers to join our robotics and automation team as Electrical Technicians. This role involves hands-on work with panel wiring, motor installation, and electrical support for robotic and automation systems. You’ll work under the guidance of experienced engineers and grow in a fast-paced, real-world setup. Key Responsibilities Perform control panel wiring and assist in assembling panels for machines and robots Install and connect motors, drivers, relays, sensors, and switches Use tools like multimeters, wire strippers, and testers for basic circuit testing Follow electrical layouts and assist in machine integration and commissioning Maintain proper labeling, routing, and cable management Ensure neat, safe, and accurate wiring practices Help maintain tool kits, components, and electrical inventory Required Skills ITI in Electrical, Wireman, or Electrician trade (Fresher – 0 to 1 year) Hands-on knowledge of panel wiring and basic industrial circuits Familiarity with tools such as crimpers, cutters, testers, and multimeters Understanding of AC/DC circuits, wiring symbols, and basic schematics Willingness to learn and grow in a startup robotics/automation environment Good work ethic, discipline, and attention to safety Bonus Skills (Preferred, Not Mandatory) Exposure to PLC panel wiring or relay logic during ITI training Experience with battery connections, SMPS, or automation systems Basic troubleshooting skills or understanding of machine control components Job Type: Full-time Pay: ₹10,000.00 - ₹18,000.00 per month Schedule: Day shift Fixed shift Work Location: In person

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: telemetry protocols (mavlink, dds, rtps),python,qt,drone integration,simulation tools,c/c++,javafx,simulation tools (gazebo, x-plane, matlab/simulink),java,react,rf/antenna setups,mission planning systems,networking fundamentals (udp/tcp, qos),linux/windows os,docker/kubernetes,flight testing & analysis,airworthiness standards,embedded hardware,ground control system Show more Show less

Company Description STEAMzy Academy of Robotics & Makers offers interactive Robotics, STEM, Coding, and Makerspace programs for children aged 4-16. The hands-on activities aim to foster creativity, critical thinking, and tech skills to prepare students for the future. Role Description This is a full-time Admin Coordinator role located in Surat. The Admin Coordinator will be responsible for communication with staff and parents, providing administrative assistance, managing customer service inquiries, handling finance related tasks, and demonstrating strong organizational skills. Qualifications Communication and Customer Service skills Administrative Assistance skills Excellent time management and multitasking abilities Proficiency in MS Office and other relevant software Attention to detail and problem-solving skills Prior experience in a similar role is preferred Minimum of a Bachelor's degree in Business Administration or related field WhatsApp : ‪+91 6359275474‬ / Email : info@steamzy.in Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

About The Opportunity Operating at the cutting edge of Aerospace & Unmanned Aerial Systems (UAS) , our Mobility Solutions division engineers next-generation ground-control hardware and software that connect autonomous aircraft to operators across complex environments. From mission-planning GUIs to secure telemetry links, we tackle real-time challenges where reliability, safety, and intuitive UX converge. Role & Responsibilities Co-develop ground-control software and workstation hardware for mission planning, telemetry monitoring, and command-and-control of multi-rotor and fixed-wing UAV fleets. Integrate GCS with avionics, nav-systems, and SATCOM/RF links, collaborating closely with flight-control, payload, and networking teams to ensure seamless data flow. Write, debug, and unit-test code in C/C++, Python, or Java; contribute to modular architectures that scale from desktop to ruggedized field stations. Configure, calibrate, and troubleshoot ground stations for lab, field-test, and customer demos, documenting best-practice deployment playbooks. Author and execute verification plans (SIL/HIL, regression, environmental) to validate performance, safety, and airworthiness compliance under diverse conditions. Analyse flight-test data to uncover issues, drive root-cause analysis, and recommend design or process improvements. Skills & Qualifications Must-Have Bachelor’s degree in Computer Science, Aerospace, Electronics, Robotics, or related discipline. 3-6 yrs experience building or testing ground-control stations, mission-planning software, or real-time operator consoles for UAVs or similar robotics. Proficiency in C/C++ or Python plus familiarity with version control and CI/CD pipelines. Working knowledge of telemetry protocols (MAVLink, DDS, RTPS) and networking fundamentals (UDP/TCP, QoS). Hands-on experience with simulation tools (e.g., Gazebo, X-Plane, MATLAB/Simulink) and basic flight-dynamics principles. Strong troubleshooting skills across Linux/Windows OS, embedded hardware, and RF/antenna setups. Preferred Exposure to airworthiness or safety standards (DO-178C, DO-330, DO-331). Experience integrating payload sensors (ISR, EO/IR, LIDAR) and autonomous mission workflows. Familiarity with Docker/Kubernetes for containerised GCS deployments. Prior participation in flight-test campaigns and post-mission data analytics. Knowledge of JavaFX, Qt, or React-based UIs for operator consoles. Certifications in drone pilot licensing or regulatory compliance (DGCA, FAA Part 107). Skills: Simulation tools,Airworthiness Standards,Drone integration,Flight testing & Analysis,Ground Control System,Mission planning systems Show more Show less

Job Description Job Title - HRO Delivery Lead – Senior Manager – Bangalore/Mumbai/Kolkata Candidate Expectations And Responsibilities 13 Years work Experience in HR operations (Hire to retire) across HR processes including Talent acquisition, talent management, talent development, performance administration, payroll & compensation and drive continuous improvements and adherence to SLAs/ KPIs & tangible Business value added Lead the Governance to Account Shared Service Program Drive Process rigor, business outcomes, customer experience, controls & compliance and forge strong partnership with stakeholders (Internal & external) Responsible for Staffing Programs – ensuring the identification of right skillset, timely onboarding & training. Overall accountable for P&L (Revenue & Margin) for the account aligned Responsible for collaborating cross-functional with stakeholders in HRO business process improvements aimed at simplification and accelerating cost savings, Enhance Employee Experience and effectiveness. The role will be responsible to moving each of the delivery account towards Cognitive operations (combination of leveraging Robotics, Analytics, AI and Agentic AI, effectively) Master at using critical thinking and problem solving skills to resolve issues and identify improvement opportunities Skills Required RoleHRO Delivery Lead – Senior Manager – Bangalore/Mumbai/Kolkata Industry TypeITES/BPO/KPO Functional Area Required Education Bachelors in Business Administration Employment TypeFull Time, Permanent Key Skills HIRE TO RETIRE HRO OPERATIONS Other Information Job CodeGO/JC/090/2025 Recruiter NameHemalatha Show more Show less

Position: Manager -B2B Conference Sponsorship Manager Employment Type: Full-Time Industry: Robotics, AI, Tech Conferences, & B2B Events Clients: Oil & Gas & Energy About the Role: We are looking for a results-driven B2B Conference Sponsorship Manager to drive sponsorship, delegate, and exhibitor sales for high-profile Robotics, AI, and Technology events. Engage with decision-makers from leading tech companies that provide innovative solutions to the Energy sector. You will be responsible for generating revenue by pitching to C-level executives, tech companies, and industry leaders , building lasting relationships, and maximizing event participation. Key Responsibilities: Sales & Business Development: Identify, prospect, and close deals for sponsorships, delegate sales, and exhibitor packages. Client Engagement: Develop strategies to engage Energy industry professionals , ensuring their participation and networking with event sponsors & pitch event value propositions to decision-makers in AI, Robotics, and Tech sectors. Lead Generation: Develop and maintain a pipeline of potential sponsors, exhibitors, and attendees. Networking & Relationship Building: Engage with key stakeholders, industry leaders, and corporate clients. Target Achievement: Meet and exceed monthly and quarterly sales goals. Market Research: Stay updated on industry trends and competitor events to refine sales strategies. Collaboration: Work closely with marketing and event teams to enhance event promotion and sales strategies. Requirements: Proven experience in B2B event sales (preferably in Robotics, AI, or Tech) Strong sales, negotiation, and relationship-building skills Experience pitching to senior executives, sponsors, and exhibitors Ability to generate and convert leads effectively Self-motivated, target-driven, and comfortable working in a remote environment Experience with CRM tools, LinkedIn Sales Navigator, and cold outreach is a plus Show more Show less

Company Description Brillica Services Private Limited specializes in providing high-quality, innovative, and industry-relevant IT training. Our vision is to empower IT aspirants with comprehensive knowledge for creating a smarter workforce for global organizations. With a team of dedicated learning professionals, we offer blended IT training solutions to meet all IT learning needs. We provide specialized and in-demand IT training courses in diverse domains, including Data Science, Data Analytics, Project Management, Cloud Computing, Cyber Security, Development, Robotics, and more. We maintain strategic partnerships with top IT certification providers like Microsoft and CloudEra Connect. Role Description This is a full-time on-site role for an Admission Counselor located in Dehradun. The Admission Counselor will be responsible for guiding prospective students through the admissions process, providing customer service and support, handling inquiries, promoting the institution’s programs, and assisting with enrollment activities. Additionally, the role involves interacting with potential students via phone, email, and in person, as well as maintaining accurate records of interactions and progress. Qualifications Interpersonal Communication and Communication Skills Customer Service and Sales skills Experience in the field of Education Excellent organizational and time-management skills Ability to work independently and collaboratively as part of a team A bachelor's degree in a relevant field is preferred Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less