About the Role : We are looking for enthusiastic and curious Robotics Interns to join our software team. This is a hands-on opportunity to work on real-world robotics applications, collaborate with experienced engineers. If you have a passion for robotics, a basic foundation in programming, and a drive to learn cutting-edge technology, we’d love to hear from you. Required Skills & Qualifications ● Educational Background: Completed B.Tech in Robotics, Electronics, Computer Science, Mechatronics, Electrical, or related fields ● Programming: Basic proficiency in Python , C++ or C ● Robotics Knowledge: Basic understanding of robotics fundamentals (sensors, actuators, control systems) ● ROS: Familiarity with ROS1 or ROS2 basics (nodes, topics, services, etc.) ● Ability to work independently and as part of a collaborative software team ● Eagerness to learn and take initiative in a dynamic environment. Good to Have : ● Experience with simulation tools like Gazebo, RViz. ● Exposure to Git or any version control system ● Projects or coursework related to robotics applications, SLAM, path planning, or manipulator control ● Basic knowledge of Linux and command-line tools We value individuals with strong self-motivation, the ability to think innovatively, a quick learning curve for acquiring new skills, high ethical standards, and a collaborative team spirit. Show more Show less
About the Role: We are seeking motivated and detail-oriented Design Interns to join our Robotics Design Team. This internship is an excellent opportunity to gain real-world experience in the design and development of robotic systems using industrystandard CAD tools. If you're passionate about mechanical design, robotics, and enjoy creating precise, functional components that solve real problems, we’d love to meet you. Required Skills & Qualifications: ● Educational Background: completed B.Tech in Mechanical Engineering or a relevant stream (Mechatronics, Robotics etc.) ● CAD Software: Proficiency in SolidWorks and/or Fusion 360 ● Strong understanding of mechanical fundamentals (kinematics, tolerancing, materials, fasteners, motion systems, etc.) ● Basic knowledge of robotic systems and how mechanical design interfaces with electronics and software ● Creative problem-solving abilities with an eye for detail ● Strong communication and documentation skills. Good to Have: ● Experience in design for manufacturing (DFM) or 3D printing/ rapid prototyping ● Exposure to simulation and analysis tools (e.g., FEA in SolidWorks or Fusion 360) ● Experience working on academic or personal projects involving robotic mechanisms ● Familiarity with fabrication processes like laser cutting, CNC, etc. We value individuals with strong self-motivation, the ability to think innovatively, a quick learning curve for acquiring new skills, high ethical standards, and a collaborative team spirit. Show more Show less
We are looking for a passionate and skilled Robotics Hardware Design Engineer with 2–3 years of hands-on experience in the design and development of robotic systems. This role involves end-to-end involvement in conceptualizing, designing, prototyping, testing, and iterating mechanical components and subsystems for our robotic platforms. You will work closely with cross-functional teams including electronics, software,hardware and operations to ensure seamless product integration and functional excellence. If you're excited about building real-world robotic products and enjoy turning ideas into robust, manufacture ready designs, we’d love to have you on our team. Key Responsibilities Contribute to the mechanical design of robotic components, assemblies, and mechanisms. Translate product requirements into 3D CAD models, technical drawings, and Bill of Materials (BOM). Collaborate with electronics and software teams to ensure design compatibility and system-level integration. Participate in design reviews, prototype iterations, and validation tests. Apply DFM (Design for Manufacturing) principles and support transition from prototype to production. Coordinate with vendors for fabrication, sourcing, and quality control of mechanical components. Create and maintain technical documentation, including assembly guides and design reports. Required Skills & Qualifications Bachelor’s degree in Mechanical Engineering/ Mechatronics, or a related field. 2–3 years of industry experience in mechanical/product design, preferably in robotics, automation, or mechatronic systems. Strong proficiency in CAD software (SolidWorks and/or Fusion 360). Solid understanding of mechanical design fundamentals: Kinematics Mechanism design Materials and manufacturing Tolerance stack-up Fasteners, motion components, and bearings Strong knowledge of fit types (clearance, interference, etc.) and application of GD&T for precise manufacturing Experience performing load path analysis, torque estimation, and basic structural analysis for robotic mechanisms Experience with rapid prototyping and testing physical components. Working knowledge of how mechanical systems interface with electronics and embedded software. Excellent problem-solving skills and attention to detail. Good communication skills and the ability to work collaboratively in a multidisciplinary team. Preferred to Have Experience with DFM, rapid prototyping (3D printing, CNC, laser cutting, etc.) Familiarity with FEA, motion simulation, or other mechanical analysis tools. Exposure to robotics projects (either professional or academic) involving real-time motion systems, manipulators, etc. Basic understanding of motor selection, drive-train design, and sensor integration. Prior experience in preparing and presenting design documentation for stakeholder review.
Asimov Robotics is offering exciting internship opportunities for motivated individuals passionate about robotics. This is a unique chance to gain hands-on experience by working on real-world robotics projects alongside experienced engineers and designers. We are currently looking for interns both in Software and Robot Design. Mention your area of interest in the application. Location: Kottarakara Duration: 6 months Type: Full-time Internship Software Skill and Qualification Requirement : B.Tech in Robotics, Electronics, Computer Science, Mechatronics, Electrical, or related fields Basic proficiency in Python, C++ or C Understanding of robotics fundamentals (sensors, actuators, control systems) Familiarity with ROS1/ROS2 basics (nodes, topics, services, etc.) Ability to work independently and collaboratively Strong eagerness to learn in a dynamic environment Good to Have : Experience with Gazebo, RViz Exposure to Git or version control systems Projects/coursework in robotics (SLAM, path planning, manipulator control) Basic Linux and command-line knowledge Design Skill and Qualification Requirement : B.Tech in Mechanical Engineering, Mechatronics, Robotics, or related fields Proficiency in SolidWorks and/or Fusion 360 Strong understanding of mechanical fundamentals (kinematics, tolerancing, materials, motion systems, etc.) Basic knowledge of robotic systems and integration with electronics/software Problem-solving mindset with attention to detail Good communication and documentation skills Good to Have: Experience in design for manufacturing (DFM) or rapid prototyping (3D printing, etc.) Knowledge of simulation tools (e.g., FEA in SolidWorks or Fusion 360) Academic/personal projects involving robotic mechanisms Familiarity with fabrication processes (laser cutting, CNC, etc.) If you are passionate about robotics and eager to work on impactful projects, we’d love to hear from you! Those who are interested can drop their resumes at the following link: https://tinyurl.com/AsimovCareersCentral 📌 Application closes on: Thursday, August 21st 📌 Shortlisted candidates will receive a call letter for the interview.
Location: Kottarakara Department: Robotics Software Team Employment Type: Full-time We are seeking an experienced and highly skilled Robotics Software Engineer (4–5 years) to join our Robotics Software Team at Asimov Robotics. In this role, you will take end-to-end ownership of designing, developing, integrating, and optimizing full-stack robotics software for our in-house robotic platforms. You will collaborate closely with cross-functional teams including mechanical, electronics to deliver production-grade, reliable, and scalable robotic systems. This is a hands-on and technically challenging role suitable for someone who has already built robotics software stacks, understands robotics fundamentals at depth, and can lead modules independently with minimal guidance. We welcome and encourage applicants to explore their professional networks for potential referrals. If you have a connection at our company who can vouch for your skills, please have them submit a referral through our internal program. Key Responsibilities Design, develop, test, and maintain advanced software components for mobile robots, manipulators, and autonomous systems. Architect scalable and modular software stacks including control algorithms, sensor fusion pipelines, state estimation frameworks, and hardware abstraction layers. Lead integration of sensors, actuators, embedded systems, and computing units into a cohesive robotics stack. Develop and manage ROS1/ROS2 architectures for perception, navigation, manipulation, and robot coordination. Implement and optimize SLAM, localization, mapping, motion planning, path planning, and control algorithms. Conduct rigorous testing using both simulation tools (Gazebo, Isaac Sim, MoveIt, RViz) and real-world robot deployments. Optimize code for real-time performance, safety, computational efficiency, and resource-constrained hardware. Design APIs and middleware interfaces for hardware interaction, cloud connectivity, and UI communication. Oversee version control, code quality standards, documentation, and CI/CD workflows. Mentor junior engineers, guide interns, and contribute to engineering best practices. Participate in architectural discussions, design reviews, and system-level decision-making. Required Skills & Qualifications B.Tech or M.Tech in Robotics, Mechatronics, Computer Science, Electronics, or a related field. 4–5 years of hands-on experience in robotics software development. Strong coding skills in C++ and Python , with ability to write clean, modular, and production-ready code. Deep understanding of robotics principles: Kinematics, Dynamics Control systems Motion planning and Navigation Proven experience designing and deploying full robotics stacks using ROS1 and/or ROS2 . Practical experience integrating LiDAR, IMU, cameras, encoders , and various actuators. Experience working with SLAM , path planning algorithms, and/ Manipulator control workflows. Strong Linux development skills, including debugging, profiling, and real-time optimization. Hands-on experience building RESTful or WebSocket APIs for robot-to-cloud or robot-to-UI communication. Experience working with both SQL and NoSQL databases for storing telemetry, logs, sensor data, and configurations. Solid understanding of electronics and mechanical subsystems for effective system-level integration. Ability to independently own modules, deliver high-quality solutions, and lead technical efforts. Good to Have Exposure to cloud platforms (AWS/GCP) including EC2, S3, Cloud Functions, or Pub/Sub for robotic fleets. Familiarity with MoveIt/MoveIt2, Nav2, OpenCV, PCL, TensorFlow, or PyTorch for perception-based tasks. Experience with simulation frameworks like Isaac Sim, Webots, or hardware-in-the-loop setups. Contributions to ROS/robotics open-source projects or personal robotics portfolio. Experience with embedded systems, microcontrollers, real-time firmware, or hardware debugging. Experience in performance tuning, safety layers, or designing fault-tolerant robotic systems. What We Value A strong problem-solving mindset and a passion for solving real-world robotics challenges. Ability to work in fast-paced, iterative development cycles with tight timelines. Leadership qualities such as initiative, ownership, mentoring ability, and team collaboration. Strong communication skills and the ability to convey complex concepts clearly. High standards for software architecture, testing, validation, and documentation.