Full-spectrum mechanical design, mechatronics engineering & electrical design services — from first concept to production-ready deliverables. Based in Bengaluru, serving clients across India and globally.
From structural FEA to firmware logic — EcoRobo is Bengaluru's engineering design firm that owns the full stack. Mechanical CAD design, mechatronics systems, and PCB & electrical design — all under one roof. Click any discipline to explore in depth.
Precision 3D CAD modelling, FEA stress analysis, thermal simulation, and DFM-ready engineering drawings. From structural frames to intricate mechanisms — every geometry optimized for manufacture and longevity.
The integration discipline. We unite mechanics, electronics, and control into seamless closed-loop systems — actuators, sensors, drives, and the logic that binds them into intelligent machines.
Schematic capture to production PCB Gerbers. Power electronics, embedded processors, motor drivers, and high-reliability board design built for demanding industrial and robotics environments.
Deep-dive on specs, constraints, environment, and success criteria. We ask the hard questions early.
Multiple design concepts with trade-off matrices. You choose the direction based on data, not intuition.
Full 3D CAD, schematics, firmware architecture — iterated with you in review cycles.
FEA, simulation, prototype builds, and testing. Every requirement traced and verified.
Production-ready output package: drawings, BOM, Gerbers, firmware, and DFM sign-off.
EcoRobo engineers systems across high-stakes domains — autonomous robotics, UAV platforms, industrial automation, and clean technology. Every project demands precision engineering design, reliability, and complete technical ownership from Bengaluru.
End-to-end mechanical, electrical, and control system design for autonomous ground robots. Chassis structural analysis, motor selection and drive design, embedded navigation stack — zero outsourcing.
Ruggedized multi-rotor design for high-consequence environments. Structural stress analysis, custom avionics boards, and precision payload release mechanisms.
Low-power embedded sensor nodes with ruggedized IP67-rated enclosures — air, water, and soil diagnostics deployed at scale in field environments.
Complete electromechanical design for production line machinery — PLC-based control architecture, custom power distribution, and HMI integration.
Rapid concept-to-prototype for research institutions and startups — NPI support, test fixture design, and instrumented data-acquisition systems.
EcoRobo provides 3D CAD modelling (SolidWorks, CATIA, Fusion 360), FEA structural and thermal analysis (ANSYS), GD&T engineering drawings, DFM/DFA review, CFD simulation, and reverse engineering services in Bengaluru, India.
Yes. EcoRobo offers full electrical design services including schematic capture, multi-layer PCB layout (Altium, KiCad), power electronics, embedded firmware (STM32, ESP32, FreeRTOS), motor drive design, and EMC compliance — all from Bengaluru, India.
Mechatronics engineering integrates mechanical design, electronics, and control systems into intelligent automated systems. EcoRobo designs complete mechatronic systems including motion control, robotics integration, sensor fusion, PLC programming, and MATLAB/Simulink simulation.
Yes. EcoRobo covers the full NPI cycle — requirements capture, concept design, detailed CAD design, FEA simulation validation, prototype support, and production-ready documentation including DFM review, BOM, Gerber files, and firmware. We are a one-stop engineering design firm in Bengaluru.
EcoRobo provides complete mechanical engineering design services: 3D CAD modelling (SolidWorks, CATIA, Fusion 360), FEA structural and thermal analysis, GD&T engineering drawings, DFM/DFA reviews, CFD simulation, and reverse engineering. We deliver production-ready CAD files, engineering drawings, FEA reports, and full BOM.
Yes. EcoRobo delivers complete electrical engineering design and PCB design services from Bengaluru — schematic capture, multi-layer PCB layout (Altium, KiCad), power electronics, embedded firmware (STM32, ESP32, FreeRTOS), motor drive design, and EMC compliance. Clients receive Gerber files, firmware source, BOM, and test procedures.
Mechatronics design integrates mechanical engineering, electronics, and control systems into intelligent machines. EcoRobo provides mechatronics engineering design including system architecture, motion control (PID, FOC, servo), robotics (ROS2, kinematics, SLAM), MATLAB/Simulink control simulation, pneumatic/hydraulic systems, and sensor fusion.
EcoRobo provides a detailed project scope and timeline proposal within 48 hours of your enquiry. Email sales@ecorobo.in or call +91 99864 01777. We are based in Bengaluru, Karnataka, and work with clients across India and internationally.
Bring us your hardest problems. Mechanical assembly, custom PCB, or a full mechatronic system — we design it right, first time.
EcoRobo Technologies is a professional engineering design firm based in Bengaluru, Karnataka, India. We specialise in three core disciplines: mechanical design, mechatronics engineering, and electrical & PCB design. Our team delivers end-to-end engineering design services — from concept ideation and CAD modelling through to FEA simulation, PCB layout, embedded firmware development, and full production documentation.
Whether you need a SolidWorks CAD designer in Bangalore, an ANSYS FEA simulation engineer in India, an Altium PCB designer, or a complete robotics design team — EcoRobo delivers precision engineering without the overhead of a large consultancy.
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Precision 3D modelling, structural simulation, and manufacture-ready engineering drawings. Every surface, joint, and tolerance optimized for how it will be made — and how long it will last.
Parametric, feature-based 3D models built for modification, assembly, and downstream manufacture. From single components to complex multi-body assemblies.
Finite Element Analysis to predict and eliminate failure before a single part is made. Static, dynamic, fatigue, and thermal — all traced to requirements.
Production-grade 2D drawings that communicate everything a manufacturer needs — tolerances, surface finishes, material callouts, and GD&T fully to ISO/ASME standards.
Design for Manufacture and Assembly reviews that cut cost and lead time from your product before tooling is ever cut. We've seen what breaks on the shop floor.
Computational fluid dynamics and thermal simulations to ensure your product manages heat and fluid flow correctly — cooling, pressure drops, and aerodynamic drag all quantified.
From physical part to parametric CAD model. We reconstruct legacy components without original drawings — enabling redesign, repair, and life extension of ageing hardware.
Fully parametric .SLDPRT / .SLDASM / STEP / IGES files ready for modification.
GD&T 2D drawings in PDF + DXF/DWG, ready for manufacture.
Simulation result reports with safety factors, displacement plots, and design recommendations.
Structured BOM with part numbers, materials, quantities, and supplier callouts.
Written assessment of manufacturability risks with redesign recommendations.
Photorealistic renders and assembly animations for stakeholder communication.
Tell us what you're building. We'll scope the work, define the deliverables, and give you a clear proposal within 48 hours.
The integration discipline. Mechanical structures, electrical drives, sensors, and control logic — unified into closed-loop systems that sense, actuate, and respond to the real world.
End-to-end mechatronic system design — defining the interfaces between mechanics, electronics, and software before a single component is selected.
From DC brushed motors to multi-axis servo systems — drive selection, control algorithm design, and commissioning. We tune until performance matches specification.
From robotic arm kinematic design to mobile platform integration. Mechanical structure, joint actuators, end-effectors, and ROS2-based control stack.
MATLAB/Simulink-based plant models and control system simulation before hardware exists. Validate control performance, stability margins, and disturbance rejection in software.
Fluid power system design for high-force, high-speed actuation — from circuit design to component selection, manifold design, and commissioning documentation.
Selecting, integrating, and conditioning the right sensor for the right measurement. From simple encoders to multi-modal IMU/LIDAR/camera fusion systems.
Block diagrams, interface definitions, and component selection rationale.
Tuned control code with simulation validation results and performance reports.
Fully documented ROS2 nodes, launch files, and integration guides.
Simulink plant and controller models with test harnesses and verification scripts.
Step-by-step commissioning and integration procedures for the assembled system.
Failure mode analysis with severity ratings, detection methods, and mitigations.
From motor selection to closed-loop commissioning — we own the whole integration challenge so you don't have to coordinate five different specialists.
From schematic capture to production Gerbers — power electronics, embedded processors, motor drivers, and high-reliability PCBs for demanding industrial and robotics environments.
Hierarchical schematic design from first principles — component selection, power topology, signal chain, and interface definition all documented before layout begins.
High-density multi-layer PCB layout with signal integrity, EMC, and thermal management designed in — not bolted on. From 2-layer breakout boards to 12-layer mixed-signal designs.
Switch-mode power supplies, battery management systems, and high-current motor drives — designed for efficiency, reliability, and thermal performance under load.
Production-quality embedded C/C++ firmware for ARM, AVR, and RISC-V processors. Bare metal to RTOS — drivers, communication stacks, and application logic.
Custom BLDC, PMSM, and stepper motor drive electronics — gate driver circuits, current sensing, FOC implementation, and thermal design for sustained high-current operation.
EMC-conscious design from day one — filtering, shielding, layout, and grounding strategies that give your product the best chance of passing CE, FCC, and industrial compliance first time.
Full hierarchical schematic in native format + PDF. Annotated with design rationale.
Production-ready Gerber, drill files, ODB++, and fab notes for your PCB manufacturer.
Documented, version-controlled firmware with build system and programming instructions.
Fully specified BOM with manufacturer part numbers, approved alternatives, and pricing.
Step-by-step board bring-up procedure with pass/fail criteria for every function.
Documented design review findings, decisions, and traceability to requirements.
From napkin schematic to production Gerbers — we deliver electronics that work in the lab and survive in the field. Let's talk about your board.