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Top 20 Control System Projects For MTech Students
Control engineering is the engineering of control. The application of automated control theory to build systems with desired behaviors in control contexts is known as engineering. Control is a field that overlaps with electrical engineering and is generally taught together at many universities across the world.
A few control systems projects for MTech students are listed below. Choose the finest option for you or come up with a fresh concept from the list below.
01. Breathing and Infant Sleep Apnea Detection
Sleep apnea is a disorder in which people stop breathing while sleeping; it can be dangerous. Infants and preterm newborns are a source of concern. Current monitoring solutions either demand a user’s physical presence or are unreliable.
02. Dynamic Positioning of a Multi-turbine Wind Power Platform on a Semisubmersible Platform
Offshore floating wind solutions have become more economical as a renewable energy source, thanks to a rising market for offshore wind power that has established a niche for deep-water installations. The wind turbines themselves are suggested in this.
03. Towards a Framework for Flexible Pavement Design Based on Uniform Fracture Mechanics
Pavement constructions are susceptible to cracking, which is a common cause of failure. Crack propagation in asphalt can be slowed by combining a strain energy-based fracture criteria with traditional fracture mechanics based on the Energy Ratio (ER) idea.
04. Renewable Energy Design the Solar Cool Research Centre is powered by the sun
On the CSEM-UAE outdoor research site in RAK/UAE, a solar cooling research center is being built. The research center can test systems with cooling capacities ranging from 1 to 10 TR. Solar radiation is the source of heat.
05. Interaction of Trains and Bridges on Freight Railway Lines
The dynamic reaction of a railway bridge under train passage is investigated in this study. The Swedish Steel Arrow freight train is used to evaluate and compare three load types. A sequence of concentrated forces, one after the other.
06. Extraction of Tremor Parameters and Quantification of Tremors
Tremor is a neurological condition that causes involuntary muscular spasms in the limbs. Tremors can be caused by injury to the nerve cells that surround the thalamus in the front brain region. It’s difficult to tell the difference.
07. Cancer Detection in Human Blood Samples Using Microscopic Images
Currently, blood diseases are identified by visually inspecting microscopic pictures of blood cells. It is possible to classify some blood illnesses based on the detection of blood abnormalities.
08. Portable Microclimate Monitoring System for Footwear-Foot Interface
A novel portable gadget that continually monitors the diabetic foot has been proven to aid in the decrease of diabetic foot problems. Diabetic patients’ feet have been demonstrated to be more sensitive to the plantar area.
09. Multivariable plant self-tuning
A project that needs you to use your control systems skills in depth would be a multi-input multioutput system control. The controller’s tuning is a fundamental function that aids in the achievement of optimal control settings.
10. Droop control for AC/DC microgrids
The power system’s power flow management is critical in a utility grid. Micropower generating facilities with unpredictably high outputs influence the grid’s stability.
11. Minimum Entropy Control for Systems with Two Inputs and Two Outputs
It would be a fascinating topic to study if you are pursuing a master’s degree in Control Engineering. You can suggest an effective control technique for non-Gaussian random noise in Two Input Two Output systems.
12. Control for a central air-conditioning system with variable air volume
Iterative Learning Control is a typical control approach in a VAV central air-conditioning system (ILC). Iterative Learning Control (ILC) works well in a regulated process with repeatability and regularity, but it cannot deal with unknown disruption.
13. Nonlinear control systems with adaptive fuzzy control
The fuzzy logic systems approximate the system’s unknown nonlinearity and make the model simpler.
14. Route planning with the shortest distance Obstacle-avoidance robot control
It’s a project to create a control system for a robot that moves from one position to the next while getting feedback from its surroundings. The robot should be able to reroute itself based on the location of impediments along the way.
15. Robots that pick and drop the shortest distance
Multi-robot control will be added to the project. For example, an algorithm for selecting the quickest path for robots. If we throw some balls on the floor, the robots will detect them and compute their distance. One robot from the group travels to the destination, picks up anything there, and returns to the source.
16. Robotic Arms
In the realm of control systems, the robotic arm is a frequent undertaking. It’s a project in which servo motors are used to control a mechanical arm. A motor is linked to and controls each joint of the arm. The number of joints and the range of motion may be adjusted to suit your needs. As the degree of flexibility grows, so does the complexity.
17. Four-degree-of-freedom inverted pendulum
For an electrical engineering student, a pendulum with more than two degrees of freedom is a difficult assignment. Two servo motors are used to balance an inverted pendulum that travels in four directions. For pendulum balancing, a control system may be created and incorporated into a microcontroller.
18. Microgrid operation optimization via model predictive control
An excellent project would be to optimize microgrid operation efficiency utilizing control algorithms. It must meet fluctuating load requirements and operational limitations throughout time.
19. Model Predictive Control for Autonomous Vehicle Collision Avoidance
Manufacturers are introducing autonomous cars as part of their research. They’d have every possibility of being accepted. In its tests, Google’s self-driving car project (Waymo) has already made significant progress. You can implement a variety of control algorithms for autonomous cars as a control system engineer.
20. Parallel hybrid electric car energy management strategy
A hybrid electric vehicle’s common energy-saving approach is based on the comparable consumption-saving method (ECMS). The strategy for optimizing the energy consumption of HEVs can be changed.
Because a vehicle’s operating cycle cannot be predicted in advance, real-time optimization is required to reduce energy usage. For the same, adaptive algorithms can be devised and applied
To summarize, control systems engineering is a branch of engineering concerned with the application of automated control theory to the design of systems that exhibit desirable behaviors in control contexts.
I hope this article “Control System Projects For MTech Students” may help you all a lot. Thank you for reading “Control System Projects For MTech Students”.
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