About Us At Aero Robotics , we are building the next generation of autonomous robotic systems for wind turbine maintenance . Our mission is to replace risky, expensive, and time-consuming manual inspections with AI-powered robots that deliver precision, safety, and efficiency at scale. We are already working with some of the largest energy companies in India and Europe, developing robotic arms and crawlers that can perform ultrasonic testing, blade inspections, and predictive maintenance without human risk. Aero Robotics is positioned to become a leader in transforming renewable energy operations worldwide. Role Overview As a Robotics Mechatronics Intern , you will be involved in the design, prototyping, and testing of robotic arms and crawler systems used for wind turbine inspection and maintenance. You’ll work on mechanical systems, actuation, and structural design, while collaborating with software and AI engineers to bring complete robotic solutions to life. Responsibilities Design and prototype mechanical components for robotic arms and crawler systems Support actuation, kinematics, and structural integration of robotic hardware Work on CAD design (SolidWorks, Fusion 360, CATIA, or similar) for robotic systems Assist in hardware-software integration with sensors and controllers Conduct lab and field tests of robotic prototypes to ensure reliability and safety Collaborate with the software team on inspection and maintenance use cases Contribute to improving process automation and system scalability Requirements Basic experience with Robotics, Automation, or Mechatronics Hands-on skills in CAD design, prototyping, and fabrication Understanding of control systems, actuators, and kinematics Familiarity with sensors and embedded hardware (IMUs, motor drivers, controllers) Knowledge of robotic systems and process automation Strong problem-solving and analytical skills Ability to work effectively in a team environment Bachelor’s degree or currently pursuing a degree in Mechanical Engineering, Mechatronics, Automation, or related field Nice to Have Experience with finite element analysis (FEA) or structural simulations Exposure to robotic crawler or arm design projects Knowledge of additive manufacturing / rapid prototyping Experience with material selection for lightweight but durable designs What You’ll Gain Hands-on experience with real robotic hardware deployed in the renewable energy sector Mentorship from founders and senior engineers with global industry experience Opportunity to transition into a full-time role after internship Contribute to a high-impact project tackling global sustainability challenges A chance to be part of an innovative project that will be filed and deployed globally Job Type: Internship Contract length: 6 months Pay: ₹8,000.00 - ₹20,000.00 per month Application Question(s): Are you willing to travel to wind turbine sites for onsite testing and hardware deployment when required? Experience: ROS/ROS2: 1 year (Preferred) Gazebo: 1 year (Preferred) Industrial Robotics: 1 year (Preferred) Location: Andheri East, Mumbai, Maharashtra (Required) Work Location: In person
About Us At Aero Robotics , we are building the next generation of autonomous robotic systems for wind turbine maintenance . Our mission is to replace risky, expensive, and time-consuming manual inspections with AI-powered robots that deliver precision, safety, and efficiency at scale. We are already working with some of the largest energy companies in India and Europe, developing robotic arms and crawlers that can perform ultrasonic testing, blade inspections, and predictive maintenance without human risk. Aero Robotics is positioned to become a leader in transforming renewable energy operations worldwide. Role Overview As a Robotics Mechatronics Intern , you will be involved in the design, prototyping, and testing of robotic arms and crawler systems used for wind turbine inspection and maintenance. You’ll work on mechanical systems, actuation, and structural design, while collaborating with software and AI engineers to bring complete robotic solutions to life. Responsibilities Design and prototype mechanical components for robotic arms and crawler systems Support actuation, kinematics, and structural integration of robotic hardware Work on CAD design (SolidWorks, Fusion 360, CATIA, or similar) for robotic systems Assist in hardware-software integration with sensors and controllers Conduct lab and field tests of robotic prototypes to ensure reliability and safety Collaborate with the software team on inspection and maintenance use cases Contribute to improving process automation and system scalability Requirements Basic experience with Robotics, Automation, or Mechatronics Hands-on skills in CAD design, prototyping, and fabrication Understanding of control systems, actuators, and kinematics Familiarity with sensors and embedded hardware (IMUs, motor drivers, controllers) Knowledge of robotic systems and process automation Strong problem-solving and analytical skills Ability to work effectively in a team environment Bachelor’s degree or currently pursuing a degree in Mechanical Engineering, Mechatronics, Automation, or related field Nice to Have Experience with finite element analysis (FEA) or structural simulations Exposure to robotic crawler or arm design projects Knowledge of additive manufacturing / rapid prototyping Experience with material selection for lightweight but durable designs What You’ll Gain Hands-on experience with real robotic hardware deployed in the renewable energy sector Mentorship from founders and senior engineers with global industry experience Opportunity to transition into a full-time role after internship Contribute to a high-impact project tackling global sustainability challenges A chance to be part of an innovative project that will be filed and deployed globally Job Type: Internship Contract length: 6 months Pay: ₹8,000.00 - ₹20,000.00 per month Application Question(s): Are you willing to travel to wind turbine sites for onsite testing and hardware deployment when required? Experience: ROS/ROS2: 1 year (Preferred) Gazebo: 1 year (Preferred) Industrial Robotics: 1 year (Preferred) Location: Andheri East, Mumbai, Maharashtra (Required) Work Location: In person
As a Robotics Software Engineer, your primary responsibility will be in designing, developing, and optimizing ROS-based software solutions for various robotic applications. You will collaborate closely with a multidisciplinary team to improve robotic autonomy, with a specific focus on areas such as motion planning, perception, and real-time system integration within the ROS framework. Your key responsibilities will include developing and implementing ROS-based software architectures for different robotic applications. You will also be tasked with designing and optimizing motion planning, path planning, and control algorithms within ROS frameworks. Creating and maintaining simulation environments using platforms like Gazebo and RViz will also be part of your duties. Additionally, you will be developing real-time communication modules using ROS topics, services, and actions, while optimizing robotic perception and sensor fusion using technologies like LiDAR, depth cameras, and vision systems. Efficient and scalable coding in C++ and Python for ROS applications, debugging and optimizing ROS nodes for enhanced performance and reliability, and implementing AI-based enhancements for autonomous robotic decision-making within ROS are also essential aspects of your role. To qualify for this position, you should possess a Bachelor's or Master's degree in Robotics, Computer Science, Software Engineering, or a related field, along with at least 2 years of experience in developing ROS-based software applications. Proficiency in C++ and Python for ROS development, experience with Gazebo and real-time ROS-integrated simulations, expertise in robot perception, sensor processing, and data fusion, as well as knowledge of ROS middleware, messaging, and debugging tools are required. Experience with robotic control algorithms and kinematics, an understanding of networking and communication protocols, and familiarity with tools like ROSbridge, MQTT, and DDS are also necessary. While not mandatory, it would be advantageous to have experience in AI-driven robotics and reinforcement learning within ROS, familiarity with cloud-based ROS deployments and remote operations, as well as knowledge of Docker, Kubernetes, and CI/CD for ROS applications. Any contributions to open-source ROS projects or community involvement would also be considered beneficial. In return, we offer you the opportunity to work on cutting-edge robotic software solutions with a dynamic team, a competitive salary, and growth opportunities. You will have a chance to make an impact in industries such as healthcare, warehouses, airports, and facility management. We provide a full-time, permanent job type with a flexible schedule, Monday to Friday workdays, and performance bonuses. If you are passionate about robotics and software engineering, and possess the required qualifications and experience, we would be excited to have you join our team.,