7 Px4 Jobs

You will be joining AeroCare, a leading technology company that is transforming healthcare logistics with cutting-edge drone systems. Our goal is to enhance healthcare accessibility by offering dependable, efficient, and autonomous delivery solutions. At the intersection of technology and healthcare, we develop innovative products to facilitate the swift transport of medical supplies, even to the most remote areas. By becoming part of our team, you will contribute to driving change and creating a tangible impact through the use of groundbreaking drone technology. As a System Engineering Intern based in Karnataka, India, you will play a vital role in system engineering, troubleshooting, and working on various drone subsystems such as propulsion, avionics, and battery systems. Your responsibilities will include collaborating with our technical and product teams to grasp the qualitative requirements of the final product and implementing them effectively. You will be expected to make well-informed decisions at the subsystem and component levels to fulfill engineering and program requirements. Moreover, your input from cross-functional collaboration, adherence to industry standards, and adoption of best practices will be crucial in the continuous enhancement of our product. To excel in this role, you should possess experience in testing and operating small UAS and/or RC aircraft, whether fixed-wing or multirotor systems. Additionally, familiarity with flight-planning and ground control station software, as well as knowledge of UAV platforms like Pixhawk, DJI, Ardupilot, and PX4, will be advantageous. Proficiency in integrating, operating, and fine-tuning autopilots on diverse unmanned vehicles is essential. Basic familiarity with electrical test equipment such as multimeters and oscilloscopes, along with UAS sensors, is required. Furthermore, the ability to write Python and modern C++ using an object-oriented approach is necessary, with prior experience in Robotics being a valuable asset to your candidacy.,

About Aereo: Aereo is India's leading drone solution startup in the commercial segment, previously known as Aarav Unmanned Systems. They offer comprehensive solutions to enterprises in various sectors including mining, urban planning, infrastructure, irrigation, agriculture, and energy. Aereo is a pioneer in the Indian drone industry, driven by the vision of leveraging drone technology to address real-world challenges. The company's core values include perseverance, clarity, collaboration, and a strong team spirit. Aereo has received funding from reputable early-stage Indian VCs, propelling their growth trajectory. Despite this, the business is self-sustainable and experiencing rapid expansion. The company's passion lies in aerial robotics, firmly believing that drones are instrumental in shaping the future. Aereo is actively seeking individuals who are self-driven, process-oriented, and eager to contribute to the burgeoning drone ecosystem in India. As a part of the team, your responsibilities will include: - Understanding and enhancing existing autopilot firmware stack for various types of Unmanned Aerial Systems (UAS). - Adapting the current Flight controller stack to different hardware platforms. - Migrating Flight controller applications to alternative autopilot software stacks. - Integrating new sensors and computing modules into the existing autopilot stack. - Collaborating with GCS (Ground Control Station) development to enhance the connectivity and functionality of UAS. - Engaging closely with systems and embedded engineers to implement and test newly added UAS functionalities. The ideal candidate should possess the following qualifications: - Proficiency in developing complex embedded C/C++ software stacks hands-on. - Ability to comprehend intricate embedded software stacks in C/C++ for robotics or UAVs. - Strong skills in C and C++ programming. - Sound knowledge of data structures and algorithms. - Familiarity with basic control systems. - Proficiency in MEMS and GPS sensing mechanisms. - Experience in writing low-level peripheral drivers in autopilot software stacks. - Competence in utilizing hardware debuggers. - Familiarity with various hardware protocols such as SPI, I2C, UART, PWM, CAN, and USB. - Solid understanding of interrupt handling mechanisms in microcontrollers and SoCs. - Good grasp of bootloader concepts. - Capacity to multitask effectively. - Self-motivated with the ability to work independently and collaboratively within a team. - Strong interpersonal and soft skills with a positive attitude towards adapting to different work environments. Additionally, candidates with the following attributes are highly valued: - Proficiency in Linux Device Driver development. - Experience with autopilot software stacks like ArduPilot, PX4, etc. - Familiarity with data filtering techniques like Kalman filter. - Conceptual understanding of AHRS and Inertial Navigation systems. - Knowledge of aircraft/quadrotor control systems. - Familiarity with Software in the Loop and Hardware in the Loop mechanisms. - Understanding of sensor calibration techniques and algorithms. Join Aereo in this exciting growth journey and become an early contributor to India's rapidly evolving drone ecosystem.,

About Aereo: Aereo (Formerly Aarav Unmanned Systems) is India's leading drone solution startup in the commercial segment. We provide end-to-end solutions to enterprises in the field of mining, urban planning, infrastructure, irrigation, agriculture, and energy. As early starters and market leaders in the Indian drone industry, our belief is to solve real problems and utilize drone technology as a revolution. Our strength lies in our perseverance, clarity, collaborative approach, and our dedicated team. We are funded by some of the known early-stage Indian VCs in our growth journey. However, our business is already self-sustainable and growing rapidly. At Aereo, we have a passion for machines, especially aerial robots, and firmly believe that drones are shaping the future of the world. We are actively seeking self-driven and process-oriented individuals to join Team AUS in this exciting growth journey and become early contributors to the drone ecosystem of the country, which is expanding at a fast pace. You would be part of: - Understanding and maintaining/improving existing autopilot firmware stack for different types of Unmanned Aerial Systems (UAS). - Porting existing Flight controller stack to a different hardware platform. - Porting existing Flight controller applications to a different autopilot software stack. - Integrating new sensors and compute modules into the existing autopilot stack. - Collaborating with GCS (Ground Control Station) development to implement a more connected and featureful UAS. - Working closely with systems and embedded engineers to implement and test to stabilize any newly added functionalities of the UAS. We expect you to be: - Experienced in hands-on development of complex embedded C/C++ software stacks. - Capable of understanding existing complex embedded software stack written in C/C++ for robotics or UAVs. - Proficient in C and C++. - Possess a good understanding of data structures and algorithms. - Comfortable with basic control systems. - Familiar with MEMS and GPS sensing mechanisms. - Able to write low-level peripheral drivers in autopilot software stacks. - Skilled in using hardware debuggers. - Proficient in different hardware protocols like SPI, I2C, UART, PWM, CAN, USB, etc. - Have a solid understanding of interrupt (handling) mechanisms in microcontrollers and SoCs. - Possess a good understanding of the concept of bootloaders. - Capable of multitasking. - A self-motivated and motivating personality who can work well independently as well as part of a team. - Have good interpersonal and soft skills and can adapt to the work environment while maintaining a positive attitude. You are awesome if you are: - Experienced in Linux Device Driver development. - Experienced in development/working with any autopilot software stacks like ArduPilot, PX4, etc. - Comfortable with data filtering techniques (e.g., Kalman filter). - Have a conceptual understanding of AHRS and Inertial Navigation systems. - Have knowledge of aircraft/quadrotor control systems. - Familiar with Software in the Loop, Hardware in the Loop mechanisms. - Knowledgeable about sensor calibration techniques/algorithms.,

As a member of our team, you will be responsible for supporting the development and tuning of flight control algorithms, such as PID, to ensure flight stability and autonomous navigation. You will play a crucial role in integrating onboard sensors like IMU, GPS, and barometer with flight control systems, as well as assisting in data calibration and testing. Your tasks will also include writing and maintaining embedded code for microcontrollers and real-time drone applications. Additionally, you will participate in hardware-in-the-loop (HIL) and software simulation testing to validate system behavior. During live drone testing, you will conduct pre-flight checks, monitor telemetry, and support data logging. Troubleshooting firmware and communication issues between flight controllers and onboard systems will be another key aspect of your role. It is essential to maintain clear documentation of code, test cases, and results, and collaborate using version control tools such as Git. Keeping yourself updated on open-source drone platforms like PX4 and ArduPilot is crucial, as you will actively contribute to prototype development and iteration. This is a full-time position with a flexible schedule that includes paid sick time and paid time off. The work schedule is during the day shift, fixed from Monday to Friday, and the work location is in person. If you are passionate about drone technology and eager to be part of a dynamic team working on cutting-edge projects, we encourage you to apply for this exciting opportunity.,

As a UAV Integration and Support Engineer at Zerodrag located in IIT-Delhi, New Delhi, you will have the opportunity to work with a team that specializes in developing cutting-edge avionics and communication systems for drones. Zerodrag is focused on creating high-performance systems for both FPV and enterprise UAV platforms, combining expertise in hardware, firmware, and flight testing. Your main responsibility will be to bring Zerodrag's hardware to life by assembling, testing, flying, and providing support for drones equipped with Zerodrag systems. This role is hands-on and field-oriented, making it ideal for individuals who are passionate about UAVs, problem-solving, and pushing the boundaries of innovation. Key Responsibilities: - Drone Assembly & Integration: Construct multirotor and fixed-wing drones using Zerodrag flight controllers, ESCs, GNSS, telemetry, and other avionics components. - System Testing: Verify the functionality of various components such as sensors, radios, and power systems through bench tests and integration checks. - Flight Testing: Perform field tests, adjust parameters, troubleshoot issues during flights, and communicate feedback to the engineering team. - Troubleshooting & Reporting: Identify and diagnose system issues, analyze logs, and document findings in a clear and structured manner. - Client Support: Assist customers with setup, debugging, and product support both remotely and on-site as needed. Requirements: - Hands-on experience in drone assembly and wiring - Knowledge of ArduPilot, PX4, Betaflight, and Inav platforms - Ability to conduct field testing, PID tuning, and basic log analysis - Proficiency in soldering, using multimeters, and basic diagnostic tools - Excellent communication and documentation skills Bonus Skills: - Experience in supporting enterprise drone clients - Background in RF systems, telemetry, or custom drone builds If you are enthusiastic about UAV technology, enjoy problem-solving challenges, and thrive in an innovative environment, this role at Zerodrag may be the perfect fit for you. Join us in shaping the future of drone avionics and communication systems.,

Design and optimize multilayer PCBs for UAVs with Pixhawk/PX4/ArduPilot integration. Handle sensor selection, custom board dev, GPS module design, EMI/EMC layout, bring-up/debug, and manage schematics, BOM, Gerbers, and vendor coordination. Health insurance Provident fund Annual bonus

Key Responsibilities Develop systems for guidance, navigation, and control (GNC). Design and integrate embedded systems with sensors and controllers. Integrate and characterize sensors including EO, LiDAR, sonar, and radar. Implement algorithms for path planning and vehicle coordination. Apply control strategies such as PID and MPC. Enhance tracking, collision avoidance, and classification systems. Conduct lab/field tests and SITL simulations. Prepare technical documentation and support hardware integration. Candidate Profile Qualifications : Bachelor's or Master's in Electronics, Mechatronics, Automation, or related engineering disciplines/equivalent professional experience. Skills & Experience Proficiency in C/C++ for embedded systems. Experience with STM32 or equivalent platforms. Circuit design, assembly, and debugging. Hands-on with electromechanical integration and test tools. Familiarity with platforms like Pixhawk, PX4, Ardupilot. Working knowledge of MATLAB, Python, ROS/ROS2. Strong design, integration, and testing skills. Good command of productivity tools like MS Office. Personal Attributes Excellent communication and interpersonal skills. Analytical problem-solving ability. Leadership and project management competence. Commitment to continuous learning and quality delivery.