MTech Projects for Automation Engineering 2026 — Industry 4.0, Smart Manufacturing & Intelligent Control
ProjectsatBangalore offers 65+ MTech final year projects for automation engineering aligned with IEEE 2025–2026 publications and Industry 4.0 research trends. Our automation project library spans ten engineering domains — from fieldbus-level PLC and SCADA through robot-level industrial robotics and ROS2, edge-level IoT and digital twins, perception-level computer vision and deep learning, intelligence-level AI/ML predictive maintenance and reinforcement learning, system-level advanced process control and MPC, drive-level FOC/DTC motor drives, application-level agricultural automation, facility-level building automation and BMS to mobility-level AGV and autonomous mobile robots.
Every MTech automation project includes: IEEE 2025–2026 base paper, complete source code (Python, MATLAB, ROS2, C/C++ or Simulink), simulation / hardware files, architecture diagram, university-format project report (VTU / Anna University / JNTU / SRM / Manipal), 20-slide PPT presentation and viva Q&A guide covering the automation domain theory and project-specific implementation.
MTech Automation Project Domains Covered
- PLC & SCADA — Siemens S7-1500, Allen-Bradley, Mitsubishi, Schneider, Modbus, PROFINET, HMI WinCC
- Industrial Robotics — 6-DOF arm kinematics, ROS/ROS2, SLAM, collaborative robots, welding robot, grasping
- IoT Automation — MQTT, AWS IoT, LoRaWAN, OPC-UA, digital twin, Industry 4.0, edge computing
- Computer Vision — YOLOv8, CNN, defect detection, visual inspection, pose estimation, PCB inspection
- AI / ML in Automation — LSTM predictive maintenance, RL job scheduling, XAI fault diagnosis, anomaly detection
- Process Control — MPC, PID (fractional, cascaded), fuzzy adaptive, Smith predictor, neural network identification
- Motor Drives — FOC PMSM, DTC induction motor, sensorless BLDC, VFD, regenerative braking, active PFC
- Agricultural Automation — drone path planning, precision irrigation, fruit sorting, greenhouse PLC, autonomous tractor
- Building Automation — BMS, HVAC, AI occupancy, fire safety PLC, smart parking, elevator RL optimisation
- AGV & Autonomous — ROS2 LiDAR SLAM, AMR fleet management, warehouse AGV, multi-robot coordination
Complete MTech Automation Project Kit
Every deliverable from simulation code to viva Q&A — everything your university review committee and examination board expects for MTech automation project submission.
IEEE Base Paper + Literature
IEEE 2025–2026 Scopus-indexed base paper matching your exact project topic, plus 5 supporting reference papers with citation guide for literature review chapter.
Complete Source Code / Simulation
Full Python, MATLAB Simulink, ROS2, TIA Portal PLC ladder, or C/C++ embedded code — or simulation project files (.slx, .mlapp, .ros, .mif) with README and run instructions.
University-Format Project Report
University-specific project report (abstract, introduction, literature survey, system design, methodology, results & analysis, conclusion, references) for VTU, Anna University, JNTU, SRM, Manipal format.
PPT + Viva Q&A (40 Questions)
20-slide PPT covering architecture, block diagrams, results and comparison; plus 40-question viva Q&A guide covering domain theory, tools used, project-specific results and IEEE paper comparison.
Tools & Platforms — MTech Automation Projects
Every tool, software, hardware platform, cloud service and development framework used across 65+ MTech automation project topics — covering fieldbus to cloud, actuator to AI.
MATLAB R2025a / Simulink
Siemens TIA Portal (S7-1500)
Python + OpenCV + YOLOv8
ROS2 (Humble / Iron)
TensorFlow / PyTorch
LabVIEW + NI-DAQ
STM32 / Arduino / ESP32
Xilinx / Intel FPGA
AWS IoT Core / MQTT
Gazebo + RViz2 (Robot Sim)
COMSOL (Motor/Power)
Scikit-Learn / XGBoost
OPC-UA / Modbus TCP
Docker + Kubernetes (Edge)
Raspberry Pi 5 / Jetson
65+ MTech Automation Project Topics 2026 — with Tools
Complete MTech final year project topics for automation engineering across 10 domains — each with recommended tools, simulation platform and IEEE 2025–2026 research alignment. Full source code, simulation files, project report, PPT and viva Q&A provided for every topic.
| # | MTech Automation Project Topic — IEEE 2026 | Tools / Platform |
|---|---|---|
| 🔴 PLC & SCADA Automation Projects — Siemens, Allen-Bradley, HMI & Industrial Fieldbus | ||
| 01 | PLC/SCADAPLC Ladder Logic Design for Automated Bottling Plant with Vision-Based Fill-Level Verification and HMI | Siemens S7-1500, TIA Portal, WinCC HMI, OpenCV Python |
| 02 | PLC/SCADASCADA-Based Real-Time Water Treatment Plant Monitoring and Chemical Dosing Control Using Modbus TCP/IP | SCADA (Ignition/WinCC), Modbus TCP, PLC Allen-Bradley, Python |
| 03 | PLC/SCADAFail-Safe PLC Program Design for Chemical Reactor with SIL-2 Safety Function Using IEC 61511 | Siemens SIMATIC Safety, F-CPU S7-1516F, TÜV SIL Analysis Tool |
| 04 | PLC/SCADAIndustrial Ethernet PROFINET-Based Distributed PLC Control for Automotive Body Shop Assembly Line | Siemens S7-1500, PROFINET IO, ET 200SP, TIA Portal V18 |
| 05 | PLC/SCADABatch Process Automation for Pharmaceutical Mixing Tank Using S88 Batch Standard and ISA-88 PLC Recipe | Siemens S7-1500, BATCH Flexible, WinCC Unified, LabVIEW |
| 06 | PLC/SCADAPLC-Based Conveyor Sorting Automation with RFID Tag Reading and Weight-Based Diverter Control | Siemens S7-300, TIA Portal, RFID Reader (RF200), HMI TP900 |
| 07 | PLC/SCADARemote SCADA Monitoring of Oil Pipeline with GSM/4G Alarm and Data Historian Using Wonderware | Wonderware SCADA, PLC Schneider M340, GSM Module, SQL Historian |
| 08 | PLC/SCADAOPC-UA Server Implementation on Siemens S7 PLC for Industry 4.0 Interoperability with MES System | Siemens S7-1500 OPC-UA, UaExpert, Python opcua library, MQTT |
| 🦾 Industrial Robotics Projects — ROS2, Path Planning, 6-DOF Kinematics & Cobot Safety | ||
| 09 | Robotics6-DOF Industrial Robot Inverse Kinematics Solver and Trajectory Optimisation Using MATLAB Robotics Toolbox | MATLAB Robotics Toolbox, Simulink, URDF Import, RViz2 |
| 10 | RoboticsPick-and-Place Robot Arm Grasp Planning for Unstructured Bin Picking Using PointCloud and ROS2 MoveIt2 | ROS2 Humble, MoveIt2, PCL, Intel RealSense D435, Gazebo |
| 11 | RoboticsCollaborative Robot (Cobot) Shared Workspace Human Safety Monitoring Using Skeleton Pose Estimation | MediaPipe, YOLOv8-Pose, Python, UR5e CoBot SDK, ROS2 |
| 12 | RoboticsRobotic Welding Trajectory Optimisation for Automotive Frame Using Genetic Algorithm and Simulink | MATLAB GA Toolbox, Simulink, RobotStudio ABB, Python matplotlib |
| 13 | RoboticsDual-Arm Robot Assembly Task Sequencing and Motion Planning Using Deep Reinforcement Learning (PPO) | PyTorch, OpenAI Gym, ROS2, Gazebo, MoveIt2, Isaac Sim |
| 14 | RoboticsForce/Torque Sensor-Based Compliance Control for Robotic Surface Grinding and Deburring Using ROS2 | ROS2, ATI Force/Torque Sensor, UR10, ros2_control, Python |
| 15 | RoboticsMobile Manipulator Navigation-and-Grasp Task in Warehouse Using ROS2, LiDAR SLAM and MoveIt2 | ROS2 Iron, Nav2, MoveIt2, SLAM Toolbox, Gazebo, LiDAR sim |
| 16 | RoboticsRobot-Vision Integration for Automotive Paint Surface Defect Inspection Using YOLO and 6-DOF Robot | YOLOv8, Python, OpenCV, UR5, ROS2, RealSense D435 Camera |
| 📡 IoT-Based Industrial Automation Projects — Industry 4.0, Digital Twin, Edge AI & Smart Factory | ||
| 17 | IoT AutoIoT-Based Smart Factory Real-Time Machine Health Monitoring Dashboard Using MQTT, Node-RED and AWS IoT Core | Raspberry Pi, MQTT, Node-RED, AWS IoT Core, Grafana, InfluxDB |
| 18 | IoT AutoIndustrial IoT Predictive Maintenance System Using Edge ML (TensorFlow Lite) on Raspberry Pi for Vibration Data | Raspberry Pi 5, TF Lite, MPU-6050, MQTT, Python, Docker |
| 19 | IoT AutoDigital Twin of Automated Production Line Using IoT Live Sensor Data, Unity3D and Python Flask Backend | Unity3D, Python Flask, MQTT, ESP32 Sensors, OPC-UA, InfluxDB |
| 20 | IoT AutoOPC-UA Based Interoperability Gateway for Industry 4.0 Heterogeneous PLC-Robot-MES Device Integration | OPC-UA (open62541), Python, Node-RED, MQTT Broker (Mosquitto) |
| 21 | IoT AutoIoT Smart Grid Energy Management System with Real-Time Demand Response Algorithm and DR Price Signal | STM32, AWS IoT, Python Optimization, MATLAB Energy Model |
| 22 | IoT AutoWireless Sensor Network for Industrial Environmental Monitoring Using LoRaWAN and LabVIEW Dashboard | LoRa SX1276, TTN Gateway, LabVIEW NI, Grafana, Python |
| 23 | IoT AutoIoT-Enabled Cold Chain Pharma Monitoring with GPS Track, Temperature Breach Alert and Blockchain Log | ESP32, DS18B20, SIM7600 LTE, AWS IoT, Ethereum Blockchain |
| 👁️ Computer Vision Automation Projects — Defect Detection, Visual Inspection, Pose Estimation | ||
| 24 | VisionDeep Learning PCB Defect Detection System Using YOLOv8 for Automated Optical Inspection (AOI) in SMT Line | YOLOv8, Python, Roboflow, OpenCV, Raspberry Pi + Camera |
| 25 | VisionWeld Quality Inspection Automation Using CNN + Thermal Infrared Camera for Porosity and Crack Detection | TensorFlow, ResNet50, Python, FLIR Lepton Thermal Camera, OpenCV |
| 26 | VisionAutomated Surface Roughness Measurement Using Machine Vision and Structured Light Laser Profilometry | MATLAB Image Proc Toolbox, Line Laser, Basler Camera, Python |
| 27 | VisionHuman Pose and Ergonomic Risk Assessment in Manufacturing Line Using MediaPipe and RULA Score Automation | MediaPipe, Python, OpenCV, RULA Algorithm, Streamlit Dashboard |
| 28 | VisionVision-Based Barcode / QR Code Reading and Goods Tracking for Automated Warehouse Management System | ZBar, OpenCV, Python, Flask API, MySQL, Raspberry Pi Camera |
| 29 | VisionSemiconductor Wafer Scratch and Particle Defect Classification Using EfficientNet Transfer Learning | TensorFlow, EfficientNet, Python, WM-811K Wafer Dataset, Streamlit |
| 30 | Vision3D Point Cloud-Based Bin Picking Object Pose Estimation for Robot Grasping Using Open3D and ROS2 | Open3D, PointNet++, ROS2, Intel RealSense L515, Python, MoveIt2 |
| 🤖 AI / Machine Learning Automation Projects — Predictive Maintenance, RL, XAI, Anomaly Detection | ||
| 31 | AI/MLPredictive Maintenance of CNC Machine Tool Wear Using LSTM + Attention Mechanism on Spindle Vibration Data | Python, TensorFlow LSTM, Attention Layer, PHM CWRU Dataset, SHAP |
| 32 | AI/MLDeep Reinforcement Learning (PPO) for Adaptive Job Shop Scheduling in Smart Manufacturing Using Gym | PyTorch, Stable-Baselines3, OpenAI Gym, Python, OR-Tools Baseline |
| 33 | AI/MLAnomaly Detection in Industrial Sensor Time-Series Using Variational Autoencoder and SPC Control Charts | PyTorch VAE, Python, Pandas, Matplotlib, Streamlit Live Dashboard |
| 34 | AI/MLExplainable AI (XAI) System for Industrial Fault Root Cause Analysis Using SHAP, LIME and Ensemble ML | XGBoost, SHAP, LIME, scikit-learn, Python, Streamlit |
| 35 | AI/MLFederated Learning-Based Energy Consumption Optimisation for Multi-Zone HVAC Using Privacy-Preserving Model | Flower (Federated Learning), TensorFlow, Python, ASHRAE Dataset |
| 36 | AI/MLTransfer Learning for Industrial Fault Diagnosis with Limited Labelled Vibration Data Using Domain Adaptation | TensorFlow, DANN (Domain Adversarial), Python, CWRU + MFPT Dataset |
| 37 | AI/MLDigital Twin-Enabled Production Planning Optimisation Using NSGA-II Multi-Objective Genetic Algorithm | Python (DEAP NSGA-II), MATLAB, PySimulation, Excel Production Data |
| 38 | AI/MLNatural Language Processing for Maintenance Work Order Classification and Priority Routing Using BERT | HuggingFace BERT, Python, FastAPI, Docker, SAP PM Work Order Data |
| ⚙️ Process Control Projects — MPC, PID, Fuzzy, Neural Network & Advanced Control | ||
| 39 | Process CtrlModel Predictive Control (MPC) Design for Binary Distillation Column with Constraint Handling Using MATLAB | MATLAB MPC Toolbox, Simulink, System Identification Toolbox |
| 40 | Process CtrlFractional-Order PID Controller Design for Industrial Furnace Temperature Control with MATLAB Tuning | MATLAB FOMCON Toolbox, Simulink, Optimization Toolbox, LabVIEW |
| 41 | Process CtrlAdaptive Fuzzy PID Controller for Non-Linear Conical Tank Level Control System Using MATLAB Simulink | MATLAB Fuzzy Logic Toolbox, Simulink, LabVIEW CSTR Virtual Lab |
| 42 | Process CtrlNeural Network Process Model Identification for pH Neutralisation Reactor and NARX Controller Design | MATLAB Neural Network Toolbox, Simulink NARX, Python Keras |
| 43 | Process CtrlSmith Predictor Design for Dead-Time Compensated Cascade Flow and Pressure Control Loop | MATLAB Control System Toolbox, Simulink, LabVIEW Control Design |
| 44 | Process CtrlNonlinear MPC for Bioprocess Fed-Batch Bioreactor Glucose Control Using MATLAB CasADi Optimisation | MATLAB, CasADi NLP Solver, Simulink, Python do-mpc Framework |
| 45 | Process CtrlInternal Model Control (IMC) Design for MIMO Interactive Chemical Plant — Decoupling and Pairing Analysis | MATLAB Control System Toolbox, Simulink, Python Control Library |
| 46 | Process CtrlDigital Twin-Based Soft Sensor Development for Distillation Column Product Purity Using Machine Learning | Python scikit-learn, MATLAB System Identification, OPC-UA, Grafana |
| ⚡ Motor Drive & Power Electronics Automation Projects — FOC, DTC, VFD, Regenerative | ||
| 47 | Motor DriveField-Oriented Control (FOC) of PMSM for High-Performance CNC Servo Drive Using MATLAB Simulink + STM32 | MATLAB Simulink, STM32H743, STM32CubeIDE, SVPWM, PMSM Plant |
| 48 | Motor DriveSensorless BLDC Motor Speed Control Using Extended Kalman Filter Back-EMF Estimation for Conveyor | MATLAB Simulink, EKF Block, STM32 or DSP TMS320F28379D |
| 49 | Motor DriveDirect Torque Control (DTC) of Induction Motor with Space Vector Modulation for Industrial Drive Using Simulink | MATLAB Simulink, SVM-DTC, Power Systems Toolbox, STM32 |
| 50 | Motor DriveVariable Frequency Drive (VFD) Design for Energy-Efficient Pump and Fan Control Using DSP TMS320 | TI TMS320F28379D, Code Composer Studio, MATLAB Simulink, CCS |
| 51 | Motor DriveRegenerative Braking Energy Recovery System for Industrial AGV Using Bidirectional DC-DC Converter + Supercap | MATLAB Simulink, Simscape Electrical, COMSOL, STM32, Python |
| 52 | Motor DriveActive Power Factor Correction (PFC) Boost Converter for Industrial Automation Power Supply Using MATLAB | MATLAB Simulink, Simscape Electrical, STM32, PFC Controller IC |
| 53 | Motor DriveFive-Level Diode-Clamped Multilevel Inverter for Industrial Motor Drive Using FPGA PWM Generation | Xilinx Artix-7 FPGA, MATLAB HDL Coder, Simulink, Modelsim |
| 🌾 Agricultural Automation Projects — Precision Farming, Drone, Fruit Sorting & Greenhouse | ||
| 54 | Agri AutoIoT-Based Precision Irrigation Automation Using Soil Moisture, Weather API and Fuzzy Logic Controller | Raspberry Pi, DHT22, Capacitive Soil Sensor, MATLAB Fuzzy, MQTT |
| 55 | Agri AutoAutomated Drone Spray Path Planning for Crop Field Using MATLAB + Dijkstra + DJI SDK Flight Execution | MATLAB, DJI Mobile SDK, GPS RTK, Python, ROS2 Drone Package |
| 56 | Agri AutoComputer Vision-Based Mango Grading and Sorting Automation Using CNN + Colour Analysis on Conveyor Belt | TensorFlow, MobileNetV3, OpenCV, Python, Servo Diverter, Pi Camera |
| 57 | Agri AutoGreenhouse Climate Control Automation Using PLC with Weather Prediction-Driven Proactive Ventilation Control | Siemens S7-1200, TIA Portal, Open-Meteo API, Python, WinCC HMI |
| 58 | Agri AutoAutonomous Tractor Path Planning for Row-Crop Field Operations Using ROS2, RTK GPS and Stanley Controller | ROS2, Ardupilot, RTK GPS, Stanley Path Tracker, Gazebo Sim |
| 🏢 Building Automation Projects — BMS, Smart HVAC, Energy, Fire Safety & Smart Parking | ||
| 59 | Building AutoBACnet/IP-Based Centralised HVAC, Lighting and Energy Monitoring BMS for Smart Commercial Building | BACnet/IP, Siemens Desigo CC BMS, Python bacpypes, Grafana |
| 60 | Building AutoAI-Based Occupancy Prediction and Adaptive Lighting Control in Smart Office Building Using Random Forest | scikit-learn, Python, PIR Sensor Array, Raspberry Pi, MQTT, Grafana |
| 61 | Building AutoAutomated Fire Detection and Suppression System Design Using PLC (IEC 61508 SIL-2) and IoT Alert | Siemens Safety PLC, TIA Portal, MQ-2 Sensor, GSM Alert, Python |
| 62 | Building AutoSmart Parking Management System Using IoT Camera Vision, Occupancy Detection and Dynamic Pricing | YOLOv8, Raspberry Pi, Python Flask, MQTT, Mobile App, Stripe API |
| 63 | Building AutoElevator Group Control Optimisation for High-Rise Building Using Deep Q-Network (DQN) Reinforcement Learning | Python, PyTorch DQN, Elevator Sim Environment, Gym, Tensorboard |
| 🚗 AGV & Autonomous Mobile Robot Projects — ROS2, SLAM, Navigation, Fleet Management | ||
| 64 | AGV / AMRAGV Navigation and Dynamic Obstacle Avoidance in Warehouse Using ROS2, 2D LiDAR SLAM and Nav2 DWB Planner | ROS2 Humble, Nav2, SLAM Toolbox, RPLiDAR A3, Gazebo, RViz2 |
| 65 | AGV / AMRAutonomous Mobile Robot (AMR) Fleet Management for Hospital Logistics Using ROS2 + MQTT + Task Scheduler | ROS2, Nav2, MQTT, Python Flask, InfluxDB, Multi-Robot Sim Gazebo |
| 66 | AGV / AMRPath Planning Algorithm Benchmark Study (A*, RRT, D* Lite, Theta*) for AGV Using ROS2 Simulation | ROS2, Nav2 Plugins, Gazebo, Python matplotlib, RVIZ2 Visualisation |
| 67 | AGV / AMRMulti-Robot Collaborative Exploration and Map Merging Using ROS2 Swarm Architecture and Frontier Exploration | ROS2, Multi-Robot SLAM Toolbox, Nav2, Gazebo, Python ROS2 Nodes |
| 68 | AGV / AMRVision-Language Model (VLM) Guided Autonomous Robot Navigation Using Natural Language Instructions and ROS2 | ROS2, LangChain + GPT-4V, Nav2, Python, TensorFlow Object Det. |
All 68 MTech automation project topics include IEEE 2025–2026 base paper, complete source code or simulation files, architecture diagram, university-format project report (VTU/Anna University/JNTU/SRM/Manipal), 20-slide PPT and 40-question viva Q&A guide. WhatsApp us with your university, automation domain and tool preference to receive a custom project recommendation and source code preview.
FAQ — MTech Projects for Automation Engineering
Frequently asked questions from MTech automation engineering scholars looking for final year project support in Bangalore.
Top MTech automation projects for 2026 include: predictive maintenance of CNC using LSTM on vibration data, deep RL for smart factory job scheduling, YOLOv8 PCB defect detection for AOI, MPC for distillation column in MATLAB, FOC PMSM servo drive in MATLAB+STM32, AGV SLAM navigation using ROS2+Nav2, digital twin using IoT+Unity3D, IoT predictive maintenance using edge TF Lite on Raspberry Pi, collaborative robot safety monitoring using pose estimation, and adaptive fuzzy PID for non-linear level control. For IEEE publication, AI+automation hybrid topics targeting IEEE Transactions on Industrial Informatics (IF ~12.3), IEEE Transactions on Industrial Electronics (IF ~7.7) and IEEE Internet of Things Journal (IF ~10.6) are highly recommended.
MTech automation projects use: MATLAB Simulink (process control, PID, MPC, FOC motor drives, System Identification Toolbox), ROS2 Humble/Iron (robotics navigation, manipulation, multi-robot), TensorFlow/PyTorch (deep learning defect detection, LSTM predictive maintenance, reinforcement learning), Python+OpenCV+YOLOv8 (computer vision inspection), Siemens TIA Portal V18 (PLC S7-1500/S7-300 ladder, HMI WinCC), LabVIEW+NI-DAQ (sensor acquisition, control loop testing), Arduino/STM32/Raspberry Pi (embedded automation), AWS IoT Core+MQTT (industrial IoT cloud), COMSOL Multiphysics (motor/power simulation), Gazebo+RViz2 (robot simulation), Docker+Kubernetes (edge computing deployment), and OPC-UA (Industry 4.0 interoperability). Tool selection depends on your project domain — WhatsApp us to get a customised tool recommendation.
MTech automation projects with strongest IEEE/Scopus publication potential: (1) AI/ML projects — IEEE Transactions on Industrial Informatics (IF ~12.3), IEEE IoT Journal (IF ~10.6), Expert Systems with Applications (IF ~8.5); (2) Robotics projects — IEEE Transactions on Robotics (IF ~9.4), Robotics and Autonomous Systems (IF ~4.3); (3) Process control projects — ISA Transactions (IF ~5.9), Journal of Process Control — Elsevier (IF ~4.0); (4) Motor drive projects — IEEE Transactions on Industrial Electronics (IF ~7.7), IEEE Transactions on Power Electronics (IF ~6.7); (5) Computer vision automation — Pattern Recognition — Elsevier (IF ~7.7), IEEE Transactions on Instrumentation and Measurement (IF ~5.6). We provide complete journal publication support for all MTech automation project topics — manuscript writing, simulation result figures, plagiarism correction and reviewer response.
Yes. PLC and SCADA MTech automation projects can be delivered in three modes: (1) Software simulation only — TIA Portal with S7-PLCSIM Advanced virtual PLC, WinCC Unified simulation runtime and Factory I/O 3D factory simulation for ladder logic testing without physical hardware; (2) Hardware-in-the-loop — MATLAB Simulink real-time simulation connected to a physical Siemens S7-1200/S7-1500 PLC via PROFINET or Modbus for closed-loop testing; (3) Full hardware prototype — complete PLC control panel with I/O modules, field sensors (inductive proximity, photoelectric, load cell) and actuators (motor, solenoid valve, pneumatic cylinder) built in our Bangalore lab for physical demonstration. All three modes include working PLC ladder/FBD/STL program files, SCADA screenshots, and project report with system architecture, PLC I/O list, tag database and network configuration.
MTech automation project delivery timelines: Software simulation projects (MATLAB Simulink control/drive, Python ML/CV automation) — 7 to 15 working days from topic confirmation. IoT and embedded projects (Raspberry Pi, STM32, Arduino + cloud) — 10 to 21 days including hardware assembly, code, testing and dashboard setup. ROS2 robotics navigation/manipulation projects — 15 to 25 days for full simulation with Gazebo + documentation. PLC/SCADA projects using TIA Portal — 7 to 14 days for software simulation; 15 to 30 days for physical PLC panel build. For urgent submissions (3–5 day deadline), express delivery is available for select software automation topics. WhatsApp us with your submission date and topic area for exact timeline and pricing.