Hi,
Robotics and Automation Engineer
Robotics, automation, and simulation-driven engineering for industrial systems.
I build practical robotics systems with deployment-ready logic, motion planning, ROS workflows, and engineering discipline shaped by industrial context.
Clear positioning for recruiters, hiring managers, and engineering teams.
My background combines mechanical engineering fundamentals with advanced mechatronics and cyber-physical systems study in Germany. I work across robotics software, control-oriented thinking, simulation, sensor integration, and industrial implementation.
I am most effective in roles where robot behavior, reliability, and practical engineering decisions matter more than polished prototypes.
A recruiter-facing shortlist of the roles that match best, with direct evidence and one clear page to review each fit in detail.
Check how this profile aligns with your role description, team needs, and deployment context.
Best match for deployment-oriented robotics, programming, motion planning, and industrial execution context.
Includes KEBA role, thesis, training, events, and supporting robotics evidence in one page.
Strong fit for ROS, autonomy, sensor integration, and perception-to-action workflows.
Shows SLAM, localization, path planning, and sensor-driven autonomy in ROS.
Best aligned with simulation-led engineering, controls thinking, and implementation-oriented analysis.
Shows systems modeling and control-oriented simulation work.
Shows optimization, manufacturability thinking, and engineering trade-off handling.
Good fit for immersive engineering, training workflows, and simulation-based interaction design.
Shows Unity-based VR interaction and training-oriented simulation design.
Overall, the profile combines KEBA industrial robotics exposure, ROS and autonomy work, simulation-led engineering, immersive VR/XR projects, technical training, and industrial events in one practical engineering portfolio.
Core tools behind my robotics, automation, and simulation work.
ROS and ROS 2, robot programming, trajectory planning, navigation, SLAM, and collision-aware execution.
Python, C++, C#, MATLAB, Simulink, Unity, VR, XR, and simulation-driven development workflows.
LiDAR, radar, OpenCV, sensor integration, GitHub, Ubuntu, SOLIDWORKS, AutoCAD, ANSYS, and Blender.
Design validation, practical implementation, technical reporting, industrial context, and deployment-focused problem solving.
Industrial robotics proof from KEBA work, thesis execution, and practical engineering responsibility.
Current work is centered on robotics implementation, industrial execution constraints, and planning-to-deployment thinking.
Stuttgart, Baden-Wurttemberg, Germany
Industrial robotics and automation work in a live engineering environment, focused on implementation quality and deployment context.
Stuttgart, Germany
Built a 6-axis autonomous robot workflow for machine operation and developed a lightweight web-based joint path planner to generate automatic waypoints for drag&bot simulation testing.
United Engineering and Construction Co., Kochi, India
Built industrial discipline through inspection work, reporting, quality procedures, and engineering accountability.
The strongest thread in my recent work is the translation of robotics theory into an actual industrial context. My thesis centered on a 6-axis autonomous robot workflow in the KEBA and drag&bot ecosystem, with attention to motion planning, operational constraints, and reliable execution.
I also designed and developed a lightweight web-based joint path planner to enter start and goal joint angles, generate interpolated waypoints, visualize the result, and export CSV files for drag&bot simulation validation.
Curated engineering work across robotics, simulation, optimization, and mechatronic systems.
A 6-axis robot workflow connecting motion planning, drag&bot simulation, automatic waypoint generation, and cell-aware execution.
Designed an autonomous vacuum robot using SLAM, localization, obstacle detection, sensor fusion, and path planning.
Result Built a complete autonomy flow from mapping to obstacle-aware navigation.
Built an immersive workshop in Unity to simulate machine operation with spatial interaction, realistic movement, and training-focused flow.
Result Converted machine-operation logic into a clearer interactive training environment.
Applied FEA-driven optimization in SOLIDWORKS to reduce weight and material use while preparing the design for additive manufacturing.
Result Improved design efficiency through simulation-led weight and material reduction.
Modeled an active suspension system in MATLAB Simulink with hydraulic actuation for real-time behavior analysis and performance study.
Result Created a simulation model for analyzing dynamic suspension response.
Created an Arduino-based service robot with line tracking and sensor integration for smoother navigation in hospitality support scenarios.
Result Delivered an award-winning mechatronic prototype for assisted service movement.
Academic progression from mechanical engineering into mechatronics and cyber-physical systems.
Advanced robotics, autonomous systems, cyber-physical systems, additive manufacturing, and human-machine interaction.
CAD, CAE, programming fundamentals, thermal engineering, fluid systems, and core mechanical engineering principles.
Important certifications and training across robotics, quality, and engineering tools.
Foundational training aligned with ROS-based robotics workflows.
Additional robotics learning supporting remote operation and systems understanding.
Industrial quality and inspection background supporting structured engineering work.
Supporting knowledge in industrial process quality and engineering practice.
Relevant training in mechatronics fundamentals and interdisciplinary systems thinking.
Direct industrial validation tied to the robotics and automation phase of the portfolio.
Additional design tooling exposure supporting engineering drafting and technical preparation.
Trade fairs, technical training, and professional participation that support the industrial side of this portfolio.
Hands-on robotics safety training conducted with the KEBA and drag&bot team, focused on safety expectations, workshop practice, and real robot operation in an industrial setting.
KEBA TrainingInternal KEBA Group training covering robotic HMI interaction, controller understanding, and practical system familiarity.
Presented and explained robotics-related project work within KEBA Group Stuttgart to international team members, strengthening technical communication in a multicultural engineering environment.
Participated in the SPS Nuremberg 2025 exhibition as part of the KEBA booth presence.
Visited embedded world 2026 in Nuremberg as a visitor for exposure to industrial automation, embedded systems, and product-oriented engineering trends.
Participated in the LogiMAT Stuttgart 2026 exhibition as part of the KEBA booth presence for intralogistics and automation solutions.
Signals of leadership, recognition, and direction beyond course lists and tool names.
Recognized in 2021 for an automated mechatronic robot developed for hospitality service enhancement.
Served in leadership roles within the Mechanical Engineering Department Association, building coordination and communication skills early.
Selected as 1 of 3 students from a 120-student batch for an Autodesk design workshop conducted by the official Autodesk team at Providence College of Engineering, with added exposure to FDM 3D printing workflows.
Worked in a real industrial automation context involving robot programming, cell constraints, and deployment-oriented thinking.
Built work across robotics, VR training, CAD optimization, simulation, and mechatronic systems rather than staying in a single narrow lane.
The story behind the profile matters here: school foundation, leadership, the move to Germany, and the shift into industrial robotics.
The portfolio is stronger when the transition is visible. This path runs from CBSE school roots and engineering leadership in India to master’s study, thesis work, and robotics experience in Germany.
Open the full journey page to see the India-to-Germany transition, milestones, travel footprint, and the full story behind the portfolio.
All published reviews Open the full public review archive