Control System Final Year Projects 2026 — IEEE Projects for BE, MTech & PhD Engineers in Bangalore
Control systems form the backbone of modern engineering — from the automatic feedback control in your smartphone's battery charger to the closed-loop control systems flying autonomous drones and regulating power grids. At ProjectsatBangalore, we deliver 40+ IEEE 2025–2026 control system project topics for BE, MTech and PhD students across 10 control engineering domains — spanning PID controller projects, adaptive control projects, robust H-infinity control, optimal LQR and MPC control projects, nonlinear control systems, digital control systems, industrial PLC and SCADA control projects, power system and microgrid control, mechatronics and robotic arm control, and intelligent control systems using fuzzy logic, neural networks and deep reinforcement learning. Classic real-world control system projects — DC motor speed control, BLDC motor control, servo motor control, inverted pendulum control, ball and beam system, magnetic levitation system, temperature control system, water tank level control, solar tracker system, greenhouse control system, load frequency control, quadcopter stabilisation, line following robot, cruise control system and elevator control system — are all available with both simulation (MATLAB Simulink) and hardware implementation (Arduino, Raspberry Pi, STM32, PLC, LabVIEW, dSPACE).
Control System Project Categories We Cover
- PID Control & Classical Control (P, PI, PD, PID, FOPID)
- Adaptive Control (MRAC, Self-tuning, Gain scheduling)
- Robust Control (H-infinity, Mu-synthesis, Sliding Mode)
- Optimal Control (LQR, LQG, MPC, Dynamic Programming)
- Nonlinear Control (Feedback Linearisation, Backstepping)
- Digital Control Systems (Z-domain, Discrete-time PID, DSP)
- Industrial Control Systems (PLC, SCADA, DCS, HART, Profibus)
- Power & Energy Control (Load frequency, Microgrid, MPPT)
- Mechatronics & Robotics (Robotic arm, Quadcopter, AGV)
- Intelligent Control (Fuzzy, Neural, Reinforcement Learning)
Control System Project Tools — Hardware & Software Platforms
All software simulation tools and hardware platforms used across our 40+ IEEE 2026 control system project topics for BE, MTech and PhD students in Bangalore.
Control System Projects for Students
Popular control system project topics searched by BE, MTech and PhD engineering students for their 2026 final year project submission.
40+ IEEE 2026 Control System Project Topics with H/W, S/W Tools & Platforms
Each domain below lists IEEE 2026-based control system project titles with dedicated Hardware (H/W) and Software (S/W) tools, recommended student levels (BE / MTech / PhD) and target journal. Contact us for the matching IEEE base paper, MATLAB source files, hardware code and complete project kit.
| # | IEEE 2026 Control System Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 01 | Fractional-Order PID Controller Design for DC Motor Speed Control with Auto-Tuning Using MATLAB Simulink | MATLAB, Simulink, Control System Toolbox, Optimization Toolbox | Arduino Mega, L298N Motor Driver, Encoder, DC Motor | BEMTech IEEE Trans. Industrial Electronics |
| 02 | PID-Based Closed-Loop Temperature Control System for Industrial Heat Exchanger Using LabVIEW and NI myRIO | LabVIEW, NI DAQmx, PID Control VI, MATLAB | NI myRIO, PT100 RTD, SSR, K-type Thermocouple, Heater | BEMTech Elsevier ISA Trans. |
| 03 | Water Tank Level Control Using PID Controller with Real-Time Monitoring via IoT Dashboard (ESP32 + MATLAB) | MATLAB Simulink, Arduino IDE, ThingSpeak, Node-RED | Arduino Mega, Ultrasonic Sensor, Water Pump, ESP32 | BEMTech IEEE Access |
| 04 | Servo Motor Position Control Using PID and Lead-Lag Compensator: Frequency Domain Analysis in MATLAB | MATLAB, Simulink, Control System Toolbox, Bode/Root Locus | Arduino Due, MG996R Servo, Encoder, MATLAB Simulink HIL | BEMTech IEEE Trans. Control Systems Tech. |
| 05 | Dual-Axis Solar Tracker System Using PID Control with IoT Monitoring for Maximum Power Point Tracking | MATLAB Simulink, Arduino IDE, Blynk / ThingSpeak | Arduino Mega, LDR Sensors, Stepper Motors, ESP8266 | BEMTech Elsevier Solar Energy |
| # | IEEE 2026 Adaptive Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 06 | Model Reference Adaptive Control (MRAC) of DC Servo Motor with Real-Time Parameter Estimation Using MATLAB | MATLAB Simulink, System Identification Toolbox, Adaptive Control Library | dSPACE MicroLabBox, DC Servo Motor, Encoder, Amplifier | MTechPhD IEEE Trans. Control Systems Tech. |
| 07 | Fuzzy Self-Tuning Adaptive PID Control of Magnetic Levitation System Under Parameter Uncertainty | MATLAB Simulink, Fuzzy Logic Toolbox, Control System Toolbox | Quanser MagLev Kit, Quanser QUARC, STM32 Nucleo | MTechPhD Elsevier Mechatronics |
| 08 | Gain-Scheduled PID Control for BLDC Motor Across Wide Speed Range with Back-EMF Compensation | MATLAB Simulink, Simscape Electrical, Motor Control Blockset | STM32F4, BLDC Motor, MOSFET Gate Driver, Hall Sensors | BEMTech IEEE Trans. Power Electronics |
| 09 | Self-Tuning Recursive Least Squares Adaptive Controller for Greenhouse Climate Control System | MATLAB, System Identification Toolbox, Simulink, Python | Raspberry Pi 4, DHT22, CO2 Sensor, Actuator PWM Driver | MTechPhD Elsevier Computers & Electronics in Agriculture |
| # | IEEE 2026 Robust Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 10 | H-Infinity Robust Controller Design for Flexible Robotic Arm with Vibration Suppression Using MATLAB | MATLAB, Robust Control Toolbox, Simulink, System Identification | dSPACE MicroLabBox, Quanser Flexible Link, Force Sensor | MTechPhD IEEE Trans. Robotics |
| 11 | Sliding Mode Control for DC-DC Buck Converter with Chattering Reduction Using Boundary Layer Method | MATLAB Simulink, Power Electronics Control Library, PSIM | STM32 Nucleo, SiC MOSFET, Buck Converter PCB, Oscilloscope | MTechPhD IEEE Trans. Power Electronics |
| 12 | Robust PID Control of Ball and Beam System Under External Disturbances and Parametric Uncertainty | MATLAB Simulink, Robust Control Toolbox, Simscape Multibody | Quanser Ball & Beam, Arduino Mega, Servo Actuator | BEMTech Elsevier Mechanical Systems & Signal Processing |
| 13 | Super-Twisting Sliding Mode Observer-based Sensorless Control of PMSM for EV Applications | MATLAB Simulink, Simscape Electrical, Motor Control Blockset | dSPACE DS1202, PMSM Motor Test Rig, Current Probes | MTechPhD IEEE Trans. Industrial Electronics |
| # | IEEE 2026 Optimal Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 14 | LQR-Based Optimal State Feedback Control of Inverted Pendulum on Cart with Kalman Filter State Estimation | MATLAB Simulink, Control System Toolbox, LQR/Kalman Functions | Quanser QUBE-Servo 2 + Linear Cart, Arduino Mega | MTechPhD IEEE Trans. Automatic Control |
| 15 | Model Predictive Control (MPC) for Greenhouse Temperature and CO2 Concentration with Economic Optimisation | MATLAB, MPC Toolbox, Simulink, Python (do-mpc) | Raspberry Pi 4, DHT22, MH-Z19B CO2, Actuators, Relay Board | MTechPhD Elsevier Energy & Buildings |
| 16 | LQG Optimal Control of Ball and Plate System with Full-State Observer Using MATLAB and Arduino | MATLAB Simulink, Control System Toolbox, Simscape Multibody | Arduino Mega, Servo Motors, Camera (OpenCV), Ping-Pong Ball | MTechPhD IEEE Trans. Control Systems Tech. |
| 17 | Economic MPC for Demand Response and Battery Energy Storage Management in Grid-Tied Microgrid | MATLAB, MPC Toolbox, PSCAD, Python (do-mpc), CVXPY | OPAL-RT RT-Lab, DC Microgrid Test Bench, Li-Ion Battery BMS | MTechPhD IEEE Trans. Smart Grid |
| # | IEEE 2026 Nonlinear Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 18 | Feedback Linearisation Control of Magnetic Levitation System: Exact and Approximate Approaches in MATLAB | MATLAB Simulink, Control System Toolbox, Symbolic Math Toolbox | Quanser MagLev Kit, QUARC Interface, Power Amplifier | MTechPhD IEEE Trans. Control Systems Tech. |
| 19 | Backstepping Controller Design for Quadcopter UAV Attitude Stabilisation with Disturbance Observer | MATLAB Simulink, Aerospace Toolbox, ROS2, Gazebo | Pixhawk 6C, F450 Quadcopter Frame, ESC, BLDC Motors, Lidar | MTechPhD IEEE Trans. Aerospace & Electronic Systems |
| 20 | Active Disturbance Rejection Control (ADRC) for DC Motor Speed Regulation Under Load Torque Disturbances | MATLAB Simulink, Custom ADRC Blocks, System Identification Toolbox | STM32F4, DC Motor with Encoder, L298N Driver, Load Disk | MTechPhD IEEE Trans. Industrial Electronics |
| # | IEEE 2026 Digital Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 21 | Digital PID Controller Design in Z-Domain for DC Motor Position Control: Sampling Rate Analysis in MATLAB | MATLAB, Control System Toolbox (c2d, d2d), Simulink | STM32F4, DC Motor, Encoder, UART Monitor | BEMTech IEEE Trans. Industrial Electronics |
| 22 | Digital Deadbeat Controller for Cruise Control System with Anti-Windup Saturation Using Simulink | MATLAB Simulink, Control System Toolbox, Stateflow | Arduino Mega, Motor Driver, Velocity Sensor (Hall Effect) | BEMTech Elsevier Control Engineering Practice |
| 23 | Discrete-Time State Observer Design for Elevator Position Control System with Safety Interlock Using PLC | MATLAB Simulink, TIA Portal (Siemens), Ladder Logic | Siemens S7-1200, HMI TP700, Elevator Model Kit, Limit Switches | BEMTech Elsevier Mechatronics |
| 24 | FIR/IIR Digital Filter-Based Noise-Rejection in Closed-Loop Feedback Control: FPGA Co-Simulation in MATLAB | MATLAB, Signal Processing Toolbox, Simulink HDL Coder, Xilinx Vivado | Xilinx Basys 3 FPGA, ADC Module, Signal Source, Oscilloscope | MTechPhD IEEE Trans. Signal Processing |
| # | IEEE 2026 Industrial Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 25 | PLC-Based Automated Water Treatment Plant Control with SCADA Monitoring and Fault Alarm System | Siemens TIA Portal, WinCC SCADA, Ladder Logic, HMI Design | Siemens S7-1200, TP700 HMI, Level Sensors, Pump Actuators | BEMTech IEEE Access |
| 26 | Adaptive Traffic Light Control System Using PLC with Real-Time Vehicle Density Detection via Computer Vision | Siemens TIA Portal, Python (OpenCV), MQTT, Node-RED | Siemens S7-1200, Camera Module, Pi 4, Traffic Light Mockup | BEMTech IEEE Trans. Intelligent Transportation Systems |
| 27 | SCADA-Based Remote Monitoring and Control of Industrial Boiler with PID Temperature Regulation | Ignition SCADA, Allen-Bradley Studio 5000, RSLogix, MATLAB | Allen-Bradley CompactLogix, HART Pressure Transmitter, Safety PLC | MTechPhD Elsevier ISA Transactions |
| 28 | IoT-Integrated Home Automation Control System Using PLC, Modbus TCP and Mobile HMI App | Siemens TIA Portal, Node-RED, MQTT, React Native, MATLAB | Siemens S7-1200, ESP32 Gateway, Relay Module, Sensors Array | BEMTech IEEE Access |
| # | IEEE 2026 Power System Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 29 | Load Frequency Control of Two-Area Interconnected Power System Using Fractional-Order PID and Grey Wolf Optimiser | MATLAB Simulink, Simscape Electrical, Optimization Toolbox, PSCAD | OPAL-RT HIL, Grid Simulator, Power System Test Bench | MTechPhD IEEE Trans. Power Systems |
| 30 | Microgrid Energy Management and Control with EV Integration Using MPC and Battery State-of-Charge Constraints | MATLAB, MPC Toolbox, PSCAD, ETAP, Python (do-mpc) | OPAL-RT RT-Lab, DC Microgrid Testbed, Bidirectional Converter | MTechPhD IEEE Trans. Smart Grid |
| 31 | Fuzzy-PID MPPT Control for Partially Shaded Solar PV System with Boost Converter Using MATLAB Simulink | MATLAB Simulink, Simscape Electrical, Fuzzy Logic Toolbox, PSIM | STM32, Solar Panel, Boost Converter PCB, IoT Monitor (ESP32) | BEMTech Elsevier Renewable Energy |
| 32 | Power System Stabiliser (PSS) Design Using H-Infinity Robust Control for Damping Inter-Area Oscillations | MATLAB, Robust Control Toolbox, PSCAD, ETAP, Power System Blockset | OPAL-RT Real-Time Simulator, Power System Emulator | MTechPhD IEEE Trans. Power Delivery |
| # | IEEE 2026 Mechatronics Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 33 | 6-DOF Robotic Arm Trajectory Control Using Inverse Kinematics and PID with Embedded STM32 Controller | MATLAB Simulink, Robotics System Toolbox, Simscape Multibody, ROS2 | STM32F4, MG996R Servos, I2C PWM Driver, UART Interface | BEMTech IEEE Robotics & Automation Letters |
| 34 | PID-Controlled Quadcopter Stabilisation with IMU Sensor Fusion Using Mahony Filter on STM32 | MATLAB Simulink, Aerospace Toolbox, Python, ROS2, Gazebo | STM32F4, MPU-6050 IMU, ESC, BLDC Motors, F450 Frame, Pixhawk | BEMTech IEEE Access |
| 35 | Autonomous Line-Following Robot with Adaptive Speed Control and Obstacle Avoidance Using Arduino and PID | Arduino IDE, MATLAB Simulink, Python (OpenCV), Embedded C | Arduino Mega, IR Sensor Array, HC-SR04 Ultrasonic, DC Motors, L298N | BEMTech IEEE Access |
| 36 | Model Predictive Control of Automated Guided Vehicle (AGV) for Warehouse Logistics with Collision Avoidance | MATLAB, MPC Toolbox, ROS2, Gazebo, Python, SLAM Toolbox | Raspberry Pi 4, LIDAR (RPLIDAR A1), Encoders, Motor Driver H-Bridge | MTechPhD IEEE Trans. Automation Science & Eng. |
| # | IEEE 2026 Intelligent Control Project Title | S/W Tools | H/W Platform | Level & Journal |
|---|---|---|---|---|
| 37 | Type-2 Fuzzy Logic Controller for Inverted Pendulum Under Uncertain Conditions: MATLAB vs Arduino Implementation | MATLAB, Fuzzy Logic Toolbox (Type-2), Simulink, Arduino IDE | Quanser QUBE-Servo 2, Arduino Mega, Encoder, Servo Driver | MTechPhD Elsevier Fuzzy Sets & Systems |
| 38 | Deep Reinforcement Learning (PPO/SAC) for Autonomous Navigation of Mobile Robot in Dynamic Environments | Python (Stable Baselines3, PyTorch), ROS2, Gazebo, MATLAB RL Toolbox | Raspberry Pi 4, TurtleBot3 / Custom AGV, LIDAR, Camera | MTechPhD IEEE Trans. Neural Networks & Learning Systems |
| 39 | ANFIS (Adaptive Neuro-Fuzzy Inference System) Controller for BLDC Motor Speed Control with Online Learning | MATLAB Fuzzy Logic Toolbox, Simulink, Motor Control Blockset, Simscape Electrical | STM32F4, BLDC Motor, Hall Sensors, MOSFET Gate Driver, Arduino | MTechPhD IEEE Trans. Industrial Electronics |
| 40 | Neural Network-Based Predictive Control for Nonlinear Chemical Process with Constraint Handling in MATLAB | MATLAB Deep Learning Toolbox, MPC Toolbox, Simulink, Python | dSPACE MicroLabBox, Process Simulator (CSTR emulation), DAQ | MTechPhD IEEE Trans. Control Systems Tech. |
| 41 | Reinforcement Learning-Based Energy Management Control for Hybrid Electric Vehicle Powertrain Optimisation | MATLAB RL Toolbox, Simulink, Python (OpenAI Gym), TensorFlow | OPAL-RT HIL, HEV Powertrain Emulator, Battery BMS Module | MTechPhD IEEE Trans. Vehicular Technology |
| 42 | Fuzzy-PID Hybrid Controller for Quadcopter Altitude and Attitude Stabilisation with Disturbance Rejection | MATLAB Simulink, Fuzzy Logic Toolbox, Aerospace Toolbox, ROS2 | Pixhawk 6C, F450 Frame, BLDC Motors, ESCs, STM32, MPU-6050 | BEMTech Elsevier Aerospace Science & Technology |
Looking for a specific control system project? Talk to our expert.
Tell us your domain (PID, adaptive, robust, optimal, PLC, SCADA), implementation preference (MATLAB only / hardware / HIL) and university (VTU, Anna University, JNTU). We'll recommend the best IEEE 2026 control system project that fits your timeline, hardware availability and publication goal.
Control System Projects — Frequently Asked Questions
Top IEEE 2026 control system project topics include: Fractional-order PID controller for DC motor speed control using MATLAB Simulink, Active disturbance rejection control (ADRC) for quadcopter stabilisation, Model predictive control (MPC) for greenhouse temperature and humidity regulation, Adaptive PID control of magnetic levitation system using fuzzy self-tuning, LQR-based optimal control of inverted pendulum on cart using Arduino, Deep reinforcement learning for autonomous robot navigation, Sliding mode control for BLDC motor with back-EMF estimation, H-infinity robust control for flexible robotic arm, PLC-based SCADA control for industrial water treatment plant, and Solar tracker dual-axis control using PID with IoT monitoring. All topics come with IEEE 2026 base paper, MATLAB/Simulink source files, Arduino/PLC hardware code and complete project documentation.
Our control system projects use MATLAB R2024b with Control System Toolbox, MPC Toolbox, Robust Control Toolbox, Fuzzy Logic Toolbox, Reinforcement Learning Toolbox and Simulink for simulation. Hardware platforms include Arduino Mega/Due, Raspberry Pi 4, STM32 Nucleo, dSPACE MicroLabBox, OPAL-RT HIL for real-time control. For industrial control: Siemens S7-1200/S7-300 PLC, Allen-Bradley CompactLogix, LabVIEW with NI myRIO, Ignition and WinCC SCADA. Quanser experimental platforms (QUBE-Servo, Ball & Beam, Aero, MagLev) are available for classical and optimal control projects. Python with SciPy, Stable Baselines3 and ROS2/Gazebo for AI-based and robotic control projects.
PID (Proportional-Integral-Derivative) control is the most widely used classical control technique — ideal for BE-level projects including DC motor speed control, temperature control system, water tank level control and servo motor positioning. LQR (Linear Quadratic Regulator) and LQG are optimal state-space control strategies — suitable for MTech projects on inverted pendulum, ball-and-beam and load frequency control. MPC (Model Predictive Control) uses an internal model to predict future outputs and optimise control inputs over a finite horizon — best for advanced MTech and PhD projects on greenhouse climate control, HVAC, power grid management and EV charging. Fuzzy logic and ANFIS controllers handle uncertainty and nonlinearity without an explicit plant model — popular for adaptive PID self-tuning, BLDC motor control, solar MPPT and robotic arm control at MTech/PhD level. Deep reinforcement learning controllers are the most recent trend for autonomous robot navigation, HEV energy management and industrial process optimisation.
Yes. Our Bangalore lab offers complete hardware implementation for control system projects on Arduino Mega, Raspberry Pi 4, STM32 microcontrollers, dSPACE MicroLabBox, OPAL-RT HIL, Siemens and Allen-Bradley PLCs, Quanser platforms (QUBE-Servo, Ball & Beam, Aero, MagLev), DC/BLDC motor test rigs, magnetic levitation setups and quadcopter frames. Every hardware project includes datasheets, circuit schematics, PCB design files, sensor calibration procedures and complete embedded firmware. Hardware-in-the-loop (HIL) validation is available for power system, automotive and aerospace control projects requiring real-time performance verification.
Yes. All control system project reports, documentation, certificates and IEEE base papers are formatted as per VTU (Visvesvaraya Technological University) Bangalore, Anna University Chennai, JNTU Hyderabad, JNTU Kakinada, RGPV, Amrita, PES, RV, BMS, Manipal and all autonomous college guidelines. Chapter structures, abstract formats, citation styles and declaration page formats are customised to match your specific university requirement on request. We also provide online viva preparation support with expected Q&A for all IEEE control system project topics.
Control System Project Lab — Bangalore
Inside our dedicated control systems project lab in Bangalore — MATLAB Simulink workstations, dSPACE HIL stations, Quanser real-time control rigs (QUBE-Servo, Ball & Beam, Aero), Siemens PLC and SCADA setups, motor drive test benches, Arduino and STM32 embedded hardware stations, and a quadcopter / robotic arm assembly area for BE, MTech and PhD scholars.
MATLAB / Simulink Control Lab
Arduino / STM32 Embedded Control
PLC / SCADA Industrial Control
LabVIEW / NI myRIO Control
Fuzzy / Neural Intelligent Control
Robotic Arm / Quadcopter Control
RL / Deep Learning Control
DC / BLDC Motor Control
dSPACE / OPAL-RT HIL Station
Quanser Inverted Pendulum / MagLev