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Mechanical Engineering Projects Ideas for College Students [2020]

Written By Mohammed SHAFI

650+Updated Mechanical Engineering Project Ideas of all Domains

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Mechanical Engineering Projects play a vital role in the life of every mechanical engineering student. A Mechanical Engineering Student should have to strive very hard from the beginning itself so that he can catch the sweet fruits in the future. In this article, we will come across individual projects along with the list of Mechanical Engineering Projects Ideas.

The curriculum of Mechanical Engineering:

Coming to the curriculum, Mechanical Engineering Projects plays again a key role i.e. in order to complete your degree you should has to complete a project first. Without completing a project, you cannot go outside of the college with empty hands.

So, everyone has to sacrifice his journey in order to complete their final year project. One more thing is that the students cannot able to pick the right project for their academic year and can suffer the whole year. Some students can easily pick the topics and have the ability to complete the project on their own.

Basic Idea on How to Pick a Project:

Whenever you are doing any project you should have a basic idea of what the project is about and how well we can sustain it when we are moving ahead. If you might know this simple formula, then you can do your project very easily. In the same way, If you don’t have any idea of what the project is about or If you are picking a project because someone else is being picked, then you might be in trouble.

So, please look at all the facts while selecting a project. Think…which mechanical software you know or think about what else you can do? If you are not getting any idea, then this article is for you.

In this article, I had presented about 650+Updated Mechanical Engineering Projects Ideas of all Domains along with a few projects in a detailed way. From here, you can pick any project of your choice.

Mechanical Engineering Projects:

I had placed presented a detailed explanation about projects which can be helpful to you while analyzing a project. After the explanation of Individual projects, we can go through a list of Mechanical Engineering Projects Ideas where you can select a project of your choice.

Automatic Speed Control In 4-wheeler by Cruise Control:

Every day the media brings us the horrible news about road accidents. The concept of assisting the driver in longitudinal vehicle control or driving from one place to another without taking any rest makes an impact on everyone’s life.

So, avoiding collisions has been a major focal point of research in many automobile companies and research organizations. Therefore in this article, I am going to explain the Automatic Speed Control In 4-wheeler by Cruise Control in a detailed way.

Abstract of Cruise Control:

Modern cruise control (also known as a speed stat) was invented by mechanical engineer Ralph Teetor in 1945. The idea of driver assistance was started with the ‘cruise control devices’ first appeared in the 1970s in the USA. When switched the cruise control ON, the device takes up the task by accelerating to maintain a constant speed.

Generally, the usage of cruise control can be adopted in highways where separate tracks will be there and you can move with your desired speed. But it could not consider the other vehicles on the road.

When the driver drives the vehicle on the road, he should have to accelerate or decelerate whenever required. but at Speed Limit Zones, the vehicle has to move without varying in speed and this can be done using Cruise Control.

Cruise Control is useful for long drives across highways and sparsely populated roads by reducing fatigue to the driver. This usually results in better fuel efficiency.

Introduction of Cruise Control:

Cruise control is a system that automatically controls the speed of an automobile.
The system takes over the throttle of the car to maintain a steady speed as set by the driver.
This system thereby improves driver comfort in steady traffic conditions also. In congested traffic conditions, where speeds may vary widely these systems are no longer effective.

Theory of Operation of Cruise Control:

The driver must bring the vehicle up to speed manually and uses a button to set the cruise control to the current speed.
The cruise control takes its speed signal from a rotating driveshaft, cable of the speedometer, wheel speed sensor from the engine’s Rpm, or from internal speed pulses produced electronically by the vehicle.
Most systems do not allow the use of the cruise control below a certain speed (normally around 25 mph).

Cars Installed with Cruise Control:

Kia Sportage 1.7 CRDi 2 5dr diesel estate
Skoda Yeti 2.0 TDI CR SE Plus 4×4 5dr diesel estate
Volkswagen Golf 1.4 TSI 160 GT 5dr Hatchback
Nissan Qashqai 1.6 dCi Tekna 5dr [Start Stop] diesel hatchback,e.t.c.

This is the detailed explanation of Cruise Control along with various parameters. Lets enter into another topic.

Computer Controlled Drilling Machine:

Current development in the industry has been towards computer-controlled manufacturing to increase the quality and quantity of products. Manual manufacturing of such items as the circuit board will have a big faulty case and uneven quality.

Then I have developed an automatic print circuit board drilling machine, which is controlled by computer.


The main aim of a computer-controlled drilling machine is to drill holes on printed circuit boards (PCB) in a specified area.

The program is written in assembly language and a step by step approach is implemented to control four motors independently.

It generally consists of a transformer, PC, MAX232, diodes, microcontroller, relay, stepper motors, AC motor, drilling machine, limit switches, transistors, etc. Co-ordinates are given through the keyboard of PC by the set of rules and regulations.

The information sent from PC to Microcontroller is passed via MAX232 which converts TIA/EIA-232-F inputs to 5V TTL/CMOS levels.

By this microcontroller commands the stepper motors and AC motor to be in-home position before the work is done.

The entire working depends upon the driving of stepper motors in both the directions (clockwise or anti-clockwise).

The system is programmed to produce the pulses in a sequence at four different outputs (9 5 6 A).

These sequentially programmed outputs energize the motor winding one after the other in a sequence.

The information from the microcontroller is passed to the drilling machine via a relay that converts 5V supply to 12V to rotate the drill. As per the data fed to the machine, it can drill as many holes as in a specific area.

After completing the task, the computer displays on its monitor that the job is completed. To avoid friction, the mechanical transmission part of each axis is designed with sliding channels.

Aim of the Project:

The main aim of the project lies in interfacing or in simple words, is to make a mechanical system work, making use of a personal computer of basic configuration.

This project is carried on keeping in mind, the needs of a small scale industry, which need small-sized components in a few numbers, which by other processes would cost them more.

This project makes use of a printed circuit board that interfaces a drilling machine with a personal computer. This system is mainly aimed at small scale production of printed circuit boards in small scale industries.

The system has an advantage of simplicity in operation, moreover, the cost of production comes down for a small scale sector.

Though the system involves many small electronic parts it is easy to study the working, and in operation, as we use the simple user-friendly language in programming the software.


The goal here is to design and build a very low-cost, very simple, desktop drilling machine, which is used for drilling the PCB’s (printed circuit boards).
Drilling the PCB’s manually consumes a lot of time and due to errors by drilling at wrong points, causes wasting many PCB’s.
All these problems can be avoided by implementing the Computer control concept, thereby this project work is taken up and a prototype module is constructed for the live demonstration.
Since it is a prototype module, the size of the work or drilling size of the PCB is minimized. Due to the restriction, the machine cannot drill PCB of more than 12 X 20cm.
The following is a brief description of mechanical work.


The block diagram of a computer-controlled drilling machine is shown below which consists of the following parts.They are Microcontroller,stepper motors,AC motor,limit switches,relay,PC,MAX232 etc.


A set of encoded information, which provides coordinate values and other instructions to indicate how the machine tool is moving in relation to a workpiece in order to achieve a specific desired machining form can be called as a function of a program.

The program should be prepared such that, it should contain all the information for the machining of a component which is input to the computer-controlled drilling machine.

Depending upon the input from the computer, the system provides signals at the correct time and in the correct sequence to the various drive units of the machine.
The machine tool receives information from the computer and does the operation on the machine.

The program is prepared by listing the coordinate values of the entire tool paths as suited to a machine.

In the case of the drilling machine, the coordinate values to be prepared for 3D for driving three motors independently.

Two motors are used for moving the platform in X and Y directions and the third motor is used to move the drill in the Z direction.

This is a detailed explanation of the above project which is categorized under Mechanical Engineering Projects Ideas.

Development of CNC Program for End Shiels by Unigraphics Software:

The end shield is a part of the transmission system which is used to cover the motors in most of the trains. As motors play a vital role in the transmission of power, this end shield is used to act as a cover on it so that no unevenness takes place in the surroundings.

In this article, I am going to explain about the Development of CNC Program for End Shield by Unigraphics Software in a detailed way.

Abstract of End Shield:

CAD/CAM system has a natural break at the point where it produces or delivers a Generic form of Numerical Control output called CL-file (Cutter Location File).

This generic intermediate output represents the path that the machine cutter will take while machining the part. It does not reflect and is not optimized for the specific CNC Control which will actually use to cut the part.

NX-CAM is the latest CAM software, which has important features like 2D, 3D, Surface modeling, Manufacturing, etc.

The component can be designed using NX_CAD software. Then the sequence of programs such as modeling the part or component, generating the tool path, selection of tools according to the sequence of operations, and sizes take place with respect to the program given or allowed.

At last, the generated NC part program is verified and sent to the required CNC machine to manufacture the component.

This project of End shield deals with the development of the NC program using NX-CAM software.

This is a detailed explanation of the End shield project which is categorized under Mechanical Engineering Projects Ideas.

Effects Of Minimum Quantity Lubrication On Turning Aisi9310 using Vegetable oil Cutting Fluid:

In many applications, dry machining is not a practical solution due to significant reductions in tool life and productivity. In comparison to entirely dry machining, MQL(Minimum Quantity Lubrication) can reduce machining temperatures considerably and increase tool life.

In this article, I am going to publish about the Effects Of Minimum Quantity Lubrication On Turning Aisi9310 using Vegetable oil Cutting Fluid in a detailed manner.

Introduction to Effects Of Minimum Quantity Lubrication:

In many applications, dry machining is not a practical solution due to significant reductions in tool life and productivity.
In comparison to entirely dry machining, MQL can reduce machining temperatures considerably and increase tool life.

Experimental Conditions:

The experimental investigations were conducted with a view to exploring the role of MQL on the machinability characteristics of the work material mainly in terms of cutting temperature, chip formation, tool wear, and surface roughness.
The depth of cut was kept fixed to only 1.0mm, which would adequately serve the present purpose.

Working Principle of MQL:

  • Machine tool Lathe Machine, 15 hp
  • Work specimens:
  • Material AISI 9310 steel
  • (C0.12%, Mn0.55%, P0.025%, Si0.25%, Ni3.4%, Cr1.3%, Mo0.14%)
  • Size ϕ 100×710 mm
  • Cutting fluid MQL condition—food grade vegetable oil
  • Process parameters:
  • Cutting velocity, Vc 223, 246, 348 and 483m/min
  • Feed rate, S0 0.10, 0.13, 0.16 and 0.18mm/rev
  • Depth of cut, t 1.0mm

This is the explanation of Minimum Quantity Lubrication which is categorized under Mechanical Engineering Projects Ideas.

Modeling and Manufacturing of Input Shaft using Computer-Aided Manufacturing:

In modern CNC systems, from the beginning to the ending, the component design is highly automated by means of Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) programs.

In this article, I am going to publish the project of Modelling and Manufacturing of Input Shaft using Computer-Aided Manufacturing in NX CAD Software in a detailed manner.

Manufacturing of Input Shaft-Explanation of Input Shaft:

Since any particular component might require the use of a number of different tools like drills, saws, etc. modern machines often combine multiple tools into a single “cell”.
In other installations, a number of different machines are used with an external controller and human or robotic operators that move the component from machine to machine.

The programs produce a computer file that is interpreted to extract the commands needed to operate a particular machine by a post-processor and then loaded into the CNC machines for production.

In either case, the series of steps needed to produce any part is highly automated and produces a part that closely matches the original CAD design.

AIM of the Project:

This project deals with generating NC program using CAM software in NX CAM for input shaft to manufacture on a modern CNC machine.

Using the NX-CAD software 3D model of the input shaft is created and the program is generated using NX-CAM software. Power enters the transmission through the input shaft.

The input shaft is connected to the engine via the clutch, such that when the clutch is engaged, power goes straight from the engine to the input shaft of the transmission and the crankshaft and input shaft rotate at the same speed.

Optimization of Manufacturing Process Plan of GIMBAL for Targeted Missiles:

Process planning is concerned with determining the sequence of individual manufacturing operations needed to produce a given part or product.

In this article, I am going to publish about the project of optimization of the manufacturing process plan of gimbal for targeted missiles in a detailed manner with the help of Abstract, Explanation, and Aim of the project.

Process planning translates design information into the process steps and instructions to efficiently and effectively manufacture products.

The resulting operation sequence is documented on a form typically referred to as a process sheet/method sheet containing a listing of the production operations and associated machine tools for a work part or assembly.

Process planning in manufacturing also refers to the planning of the use of blanks, spare parts, packaging material, user instructions (manuals), etc.

Explanation Of GIMBAL For Target Missiles:

The sensor platform consists of an outer (azimuth) and inner (elevation) gimbals. The two gimbals actuator systems are assembled to sensor plate for target missiles.

The purpose of the gimbaled stabilization system is to stabilize the sensor’s line of sight towards a target by isolating the sensor from the disturbance induced by the operating environment.

Creating holes with high accuracy is a tough task on a lathe mill machine. To overcome this problem number of operations and repeated drilling operations should be reduced.

Repeated drilling operations reduce the positioning of holes and dimensional accuracy of holes.

To reduce the number of operations specified tools must be designed according to the model of gimbal outer.

AIM Of GIMBAL For Target Missiles:

The main aim of this project is to create a 3D model using Unigraphics software.
Generating NC program of gimbal using NX-CAM software which is exclusively CAM software used to generate part program by feeding the geometry of the component and defining the proper tool path and thus transferring the generated part program to the required CNC machine with the help of DNC lines.

The operator thus executes the program with suitable requirements. The project deals with optimizing process plans by specifying appropriate tools, developing tools design if demanded.

This is a detailed explanation of the above project which is categorized under Mechanical Engineering Projects Ideas.

What is Blue Brain and how a man thinks even after his death?

This Blue brain concept makes the man’s idea into the machine even after his death. It means that even after the death of a person, his ideas are to be incorporated into a machine so as to run with the ideas of a person in an effective manner.

In this article, I am going to publish What is Blue Brain and how a man thinks even after his death in a detailed manner.

Introduction of Blue Brain:

The human brain is the most valuable creation of God. The man is called intelligent because of his brain but he can lose his memory when he attains his death i.e when the body damages permanently.

The name of the first virtual brain is the Blue Brain that means a machine that can function like a human brain.
Is it really possible to create a Human brain? For this, the answer is yes.

What is Blue Brain?

Now the IBM was developing a virtual brain known as the Blue Brain. The main aim is to upload the human brain into a machine. Within 30 years we will be able to scan ourselves into computers.

What is Virtual Brain?

  • A machine that can function as a brain.
  • It can take decisions on its own.
  • It can think.
  • It can response.
  • It can keep things in memory.

Why do we need virtual Brain?

  • Upload the contents of the natural brain into it.
  • To keep the intelligence, Knowledge, and skill of any person forever.
  • To remember things without any effort.

This is a detailed explanation of the above project which is categorized under Mechanical Engineering Projects.

Material Selection for Unmanned Aerial Vehicle:

An unmanned aerial vehicle (UAV) is commonly known as a drone and also referred by several other names is an aircraft without a human pilot.

The flight of UAVs may be controlled either autonomously by onboard computers or by the remote control of a pilot on the ground or in another vehicle.

This post mainly focuses on the Material Selection for Unmanned Aerial Vehicles (Drone) and is as follows.

Explanation of Unmanned Aerial Vehicles:

ICAO classified unmanned aircraft into two types under Circular 328 AN/190:

Autonomous aircraft – currently considered unsuitable for regulation due to legal and liability issues
Remotely piloted aircraft – subject to civil regulation under ICAO and under the relevant national aviation authority.
Historically, UAVs were simple remotely piloted aircraft, but autonomous control is increasingly being employed.

Applications of Unmanned Aerial Vehicles:

Unmanned aerial vehicles have mostly found in military and special operations applications, but also are increasingly finding uses in civil applications such as policing, surveillance, and firefighting Non-military security work such as inspection of power or pipelines.

UAVs are often preferred for missions that are too “dull, dirty, or dangerous” for manned aircraft.

This is a detailed explanation of the above project which is categorized under Mechanical Engineering Projects.

Generating NC Program of Journal Bearing using NX CAM software:

Journal bearings consist of a shaft or journal which rotates freely in a supporting metal sleeve. There are no rolling elements in these journal bearings.

The design and construction of Journal bearings may be relatively simple, but the theory and operation of these bearings can be complex.

In this article, I am going to publish about the generation of NC Program of Journal Bearing using NX CAM software in a detailed manner.


Manufacturing technology provides tools that enable the production of all manufactured goods and services in an effective way.

These master tools of industry magnify the effort in making essential products from the raw material to the finished goods with high dedication and accuracy so that they can compete with the market needs.

As discussed earlier, A journal bearing is the simplest type of bearing, comprising just a bearing surface and no rolling elements. Journal bearings, in general, are the least expensive type of bearings.

The Journal bearings are compact and lightweight and they have a high load-carrying capacity.

This project deals with generating NC program using CAM software for Journal bearing to manufacture on a modern CNC machine.

Using the NX-CAD software 3D model of Journal bearing is created and the program is generated using NX-CAM software.

The generated program is fed into the CNC or DNC machines to carry out the operation in a successful way.

This is a detailed explanation of the journal bearing which is categorized under Mechanical Engineering Projects.

By this, the explanation of Individual Projects is completed. Let’s dive into the list of Mechanical Engineering Projects Ideas.

Mechanical Engineering Projects Ideas:

The Updated 650+ Mechanical Engineering Projects Ideas of all Domains are presented below. Check the project type of your choice.

  1. A Project on Automatic Vehicle Over Speed Indication And Controlling System
  2. Performance and emission study of biodiesel engine using an electronic fuel injection system
  3. A Project on Engine Overheat Alarm
  4. A Project on Emergency Braking System
  5. A Project on Fabrication Of Solar And Wind Train
  6. A Hand Propulsion And Steering Dampening For Three-wheeler
  7. A Project on Remote Controlled Solar Vehicle
  8. Sensor Operated Automated Track Guided Vehicle (ATGV).
  9. A Project on Regenerative Braking System
  10. A Project on Solar Based Electromagnetic Breaking System
  11. Experimental set up to study the gyroscopic couple due to processional motion
  12. Automatic Distance Measurement And Braking System Using Ultrasonic
  13. A Project on Smoke and LPG Gas Detection Robot with Wireless Control
  14. A Project on Fire Extinguisher Robot
  15. Bluetooth Controlled Robot Using Android Smart Phone
  16. A Project on PC Controlled Human Detection Robot
  17. A Project on Robotic Cam Boat
  18. A Project on an Implementation of Intelligent Robotic Fish
  19. A Project on Autonomous Robotic Vacuum Cleaner
  20. A Project on Infrared Remote Control Robot
  21. Implementation of Ball Tracking Robot
  22. A Project on Microcontroller Based Line Following Robot
  23. A Project on A Project on Wireless Robotic Arm
  24. Parameterization of components using Pro – E software.
  25. Influences of thermal stresses on multiple holes in a thermoplastic composite disc.
  26. Computer Controlled Servo Indexing Table
  27. Programmable Ratio Controller
  28. Friction analysis in cold forging by the usage of ANSYS software.
  29. Stress analysis of functionally graded discs under mechanical and thermal loads in ANSYS software.
  30. A Project on Programmable Drilling Machine
  31. A Project on Analysis of the warm forging process in ANSYS Workbench.
  32. A Project on CNC Pallet Changer for Drilling Machine
  33. Design of high-pressure pump using CAD
  34. Effect of friction stir welding parameters of speed on the transient temperature distribution of Al 360& 7475.
  35. Tool life performances, wear mechanisms, and surface roughness characteristics when turning customized and quenched AISI 52100 Bearing Steel with Ceramics and CBN/TiC cutting tools…
  36. A Project on Computer Controlled PCB Drilling Machine
  37. A Project on Auto Shape Finder
  38. A Project on CFD analysis of exhaust manifold
  39. A Project on CFD Analysis of economizer in a tangentially fired boiler
  40. A Project on Aerodynamic design study of ground vehicles
  41. A Project on CFD Application of Flameless Oxidation in Glass Melting Furnaces
  42. CFD prediction of loads on marine structures
  43. CFD analysis of fuel tank sloshing
  44. Thermal modeling of “Green House Effect”
  45. CFD Analysis of PACE Formula-1 Car
  46. A Project on CFD modeling of the automobile catalytic converter
  47. Heat Transfer in an Automotive Turbocharger Under Constant Load Points: a Computational Investigation
  48. Automatic Intelligent War Robot Mechanical Engineering
  49. A Project on Automatic Electromagnetic Scrap Removing Machine
  50. Fabrication Of Pedal Powered Hacksaw Machine
  51. A Project on Fabrications Of Six Leg Kinematic Moving Machine
  52. Fabrication Of Pedal Washing Machine
  53. Fabrication Of Gearless Transmission
  54. A Project on Fabrication Of Electricity And Water Pumping System Using Wind Mill
  55. Fabrication Of Multi Spindle Drilling Machine
  56. A Project on Fabrication Of Multi Operating Machine
  57. Fabrication Of Seed Sower Machine
  58. Fabrication Of Pick And Place Mechanism
  59. A Project on Fabrication Of Railway Track Power Generation
  60. A Project on Fabrication Of Hydro Power Plant Mechanical
  61. Fabrication Of Safety Elevator
  62. A Project on Fabrication Of Electricity Generation From Sea-Saw
  63. A Project on Alternate fuel for marine engine
  64. A Project on Fabrication of piezoelectric powered cycle
  65. A Project on Solar absorption air conditioner
  66. Non-conventional method of water pumping using a vertical wind turbine
  67. A Project on Reflecting mirror type solar steam generator
  68. A Project on Power generation from the organic waste of college canteen
  69. A Project on Solar based advanced vehicle movement system using the windmill
  70. A Project on Solar Peltier air cooler cum heater
  71. A Project on Energy conversion from roadways using kinetic motion
  72. A Project on Electricity and water pumping system using a windmill
  73. Generation of electricity from cycling exercise (250w generator)
  74. A Project on Fabrication of solar air cooler
  75. Solar automatic head-lamp alignment system with dim/bright controller
  76. A Project on Fabrication of basin type solar still multiple floating porous absorbers
  77. Automatic Lamination Machine
  78. A Project on Automatic Industrial Fire Fighter (Semi)
  79. Automatic Lubrication Unit
  80. Automatic Paint Spraying Equipment
  81. A Project on Automatic Musical Water Foundation
  82. Automatic Packing Control Machine for Industrial Applications
  83. A Project on Automatic Lubrication System
  84. Automatic Parking Braking System
  85. A Project on Automatic Petrol Bunk
  86. Automatic Paper Counting Machine
  87. A Project on Automatic Paint Spraying Pick and Place Robot
  88. Automatic Pneumatic Hammer
  89. Automatic Pneumatic High-Speed Sheet Cutting Machine
  90. A Project on Automatic Pneumatic Punching and Riveting Machine
  91. Automatic Power Saving Punching Conveyor
  92. Battery operated magnetic force assisted mechanical braking system
  93. . Performance of 50cc moped ( TVS-Champ) by using a different carburetor
  94. A Project on Vehicle aerodynamics and its performance characteristics
  95. Externally charged battery-assisted tricycle for legless or Handicapped
  96. A Project on Performance and emission study of a diesel engine using fuel ionizer for various biodiesel mode
  97. Cottonseed oil as an alternative fuel for 4-stroke engine
  98. A Project on Automatic guided vehicle with remote-controlled lifting trolley
  99. A Project on Intelligent overtaking mechanism
  100. Fuel Injection system for a two-stroke petrol engine
  101. A Project on Design and Fabrication of hydraulic press
  102. A Project on Smart infrared proximity detector
  103. Microprocessor-based pre-programming controlled vehicle
  104. A Project on Portable water servicing the pump
  105. A Project on Automated gear shifting mechanism
  106. Numerical analysis of wax melting
  107. Assessment of turbulence modeling for CFD
  108. CFD analysis and comparison of a vertical tube with a smooth tube
  109. Turbulent flow simulation in Kaplan draft tube
  110. A Project on CFD analysis of rocket nozzle
  111. CFD analysis of mixed flow pump Impeller
  112. A Project on CFD Investigation of Airflow in any Car by using Fluent Analysis
  113. A Project on Advanced Design For A Tail Wing For Better Performance.
  114. Nozzle design optimization to reduce noise for turbojet engines.
  115. Design And Optimization of Automotive Cabin CoolinA Project on Fabrication of Heat pipe
  116. Fabrication of Solar Water Heater by using the parabolic collector
  117. A Project on A Project on Fabrication of Solar Air Cooler
  118. A Project on Fabrication of thermo-electric solar air conditioner
  119. Thermal conductivity and latent heat thermal energy storage characteristics of Paraffin/Expanded Graphite Composite as Phase change material.
  120. Experimental investigation of the discharge valve dynamics in a reciprocating compressor for the trans-critical CO2 refrigeration cycle.
  121. Design of a car air conditioning system based on an absorption refrigeration cycle using energy from the exhaust gas of an internal combustion engine.
  122. Transient modeling of hybrid loop heat pipe systems with multiple evaporators
  123. A Project on A compact dynamic model for household vapor compression refrigerated systems
  124. Natural convective heat transfer from a narrow vertical flat plate with a uniform surface heat flux and with different plate edge conditions
  125. A Socially Assistive Robot for the Elderly and Cognitively Impaired
  126. A Project on Implementation of an Omni Wheels Robot
  127. A Project on Thermoelectric gas pressure Robot
  128. Vehicle Anti Collision Using Ultrasonic Signals
  129. A Project on Garbage Collection Robot Using Wireless Communication Technology
  130. A Project on Irrigation Robot
  131. A Project on Monitor and Control of an Excavator Robot
  132. A Project on Automatic Scrap Collecting Robot
  133. Design of GPS-Guided Mobile Robot
  134. Arduino Based Robotic Manipulator
  135. Design and Implementation of Snow Plow Robot
  136. Arduino Based Smart Boat with Obstacle Detection
  137. Remote Controlled Pick and Place Robotic Vehicle
  138. Design of Amphibian Robot
  139. A Project on Electric Car
  140. Efficiency Increasing System by Using Preheating Method
  141. A Project on Elimination of Carbon Particles from Exhaust Gas
  142. Electrical Power Generation Using Speed Brake
  143. Electro Magnetic Shock Absorber
  144. A Project on Electricity and Water Pumping System Using Wind Mill
  145. Electrical Power Generation Using Railway Track
  146. A Project on Electric Two-Wheeler with Rechargeable Battery
  147. Electromagnetic Scrap Removing Machine
  148. A Project on Driverless Car
  149. Electro Magnetic Shock Absorber
  150. Automatic Path Finding Vehicle
  151. A Project on Drips Rate Monitor & Alarm
  152. Engine Overheat Alarm
  153. A Project on Energy Conservation in Steam Power Plant
  154. A Project on Mini Jet Engine
  155. A Project on Paint Mixing Machine
  156. Oil Pump Testing Equipment
  157. A Project on Pedestal Spot Welding Machine
  158. Pipe Thread Cutting Machine
  159. A Project on Pneumatic Controller
  160. Pneumatic Bearing Press
  161. Pneumatic Four – Axis Material Handling Equipment
  162. A Project on Remote Controlled Sofa Comfort
  163. Analytical investigation of rake contact and friction behavior in different metal cuttings
  164. A Project on Shop Floor Monitoring System
  165. Analysis of Loader Arm of Pneumatic High-Speed Loader.
  166. Computer-Aided Analysis of Four bar Mechanism.
  167. Optimization of high speed turning parameters of superalloy Inconel 718 material using the Taguchi technique.
  168. Design of component and parameterization using Solid Edge software
  169. A Project on FEA analysis for optimization of resistance spot welding process
  170. Computer-controlled Drilling Machine
  171. A Project on Autonomous Surface Monitoring Robot
  172. A Project on Robotic Elevator
  173. Design of Intelligent Solar Tracker Robot for Surveillance
  174. A Project on Solar Powered Robotic Crane
  175. A Project on PLC Based Robotic Arm Control System
  176. A Project on Mines Diffuser robot
  177. A Project on Hydraulic Piston Robot
  178. A Project on Robotic Grasscutter
  179. WIFI Based Robot Control by Webpage Interface
  180. Design of simple Roller Robot with Wireless Camera
  181. A Project on Anti-Tank Weapon Robot
  182. Developments of a hot forging life of a die. A Project on Artificial Neural Network Based Autonomous Mobile Robot
  183. A Project on Fabrication of bicycle wind turbine
  184. A Project on Solar-powered thermo-electric refrigerator
  185. Fabrication of tilting three-wheelers with a hybrid system
  186. Fabrication of double effecting solar cooker
  187. A Project on Solar air heater by using solar still
  188. Solar automated traffic and street light controller
  189. A Project on Pedal cranking mechanism for paddy wheat threshing machine
  190. Experimental setup and application of nanofluids in solar water heater
  191. A Project on Cell phone controlled solar vehicle
  192. A Project on Solar operated a portable vacuum cleaner
  193. Saltwater converted to purified drinking water by using the revolving gate
  194. A Project on Conversation of seawater into drinking water using a solar panel
  195. A Project on Fabrication of solar irrigation system
  196. Automatic Acceleration Controlling System In Traffic Signals
  197. Automatic Accident Avoiding System In Machines or Automobiles
  198. Automatic Bar Feeding Mechanism for Cutting Machine
  199. Automatic Board Cleaner
  200. 90˚ Turning Steering Mechanism for Four Wheeler
  201. Accident Preventing System for Automatic Pneumatic Printing Press
  202. Accident Avoiding System for Cutting Machines
  203. Abrasive Belt Grinder
  204. Accident Avoiding System for Punching Machine
  205. Abrasive Jet Machining
  206. Automatic Break Failure Indicator in any vehicle
  207. Automatic Hydro Pneumatic Lubricating System
  208. Automatic Head Light Dim – Bright Controller
  209. Automatic High-Speed Bottle Washing Machine
  210. Design and fabrication of modified sand muller
  211. The electronic assisted hydraulic braking system
  212. Automatic car parking system for apartment building
  213. Automobile dual side wiper system with mist control
  214. Engine cooling and fuel preheating using Peltier element
  215. Wireless joystick operated machine tool for lathe
  216. Design and automation of smart blind stick
  217. SMS based automatic vehicle accident information system
  218. Semi-automatic wall plastering machine
  219. Fabrication of pneumatic garage door opener
  220. Automatic vehicle accident information system
  221. Remote-controlled handicapped wheel chair cum bed
  222. Automation of front plate assembly of the rotary switch
  223. Fabrication of automatic footboard brake system for car
  224. Automatic foot dust cleaning machine
  225. Turbine blade film cooling using PSP technique
  226. A Project on Fabrication of Balloon power generator
  227. A Project on Solar-powered Electrolux refrigeration system
  228. Cell Phone Controlled Solar Vehicle
  229. Coffee Maker
  230. Coil Winding Machine
  231. Coin Box Based Automatic Wheel Air Filling System
  232. Cell Phone Controlled Material Handling Vehicle
  233. Compressed Air Production Using Speed Breaker
  234. Compressed Air Engine
  235. Cylindrical Tapping Machine
  236. Circular Cutting Machine
  237. Electrical power generation system using the railway track
  238. A Project on Fabrication of V-Trough solar water heater
  239. A Project on Fabrication of mobile charging from shoe
  240. Electrical energy can be produced by using vibration
  241. A Project on Solar aided portable vacuum desalination plant
  242. Fabrication of solar hybrid car
  243. A Project on Fabrication of water tunnel
  244. Coin based solar mobile phone charger
  245. A Project on Fabrication of solar fertilizer sprayer
  246. Fabrication of tunnel type solar still
  247. A Project on Solar kettle (or) solar parabolic collector
  248. A Project on Fabrication of solar car
  249. Lathe Coolant Pump
  250. Mechanical Mini Plastic Crusher Machine
  251. Manual Sheet Rolling Machine
  252. Magnetic Shock Absorber
  253. Mini Robot Car
  254. Mechanical Grass Cutter
  255. Horizontal Axis Wind Mill
  256. Hybrid Vehicle
  257. Hydraulic Pipe Bending Machine
  258. Intelligent Motorized Hydraulic Jack
  259. Involute Gear Profile Error Detector
  260. Lathe machine with Milling operation Attachment
  261. Intelligent Motorized Wall Painting Crane
  262. Material Dimension Analyzing Robot
  263. Magnetic Suspension System
  264. Natural Convective Heat Transfer from Inclined Narrow Plates
  265. Fabrication of Solar air conditioning Machine
  266. Automatic pneumatic vulcanizing Machine using a heat sensor
  267. Calculating the heat transfer rate by varying cooling fluid for engine cylinder fins.
  268. Fabrication of Paper cup folding Machine
  269. A Project on Fabrication of Solar refrigeration system
  270. A Project on Solar water service station for two-wheeler
  271. Fabrication of solar sterling engine (Model)
  272. Solar-powered automatic fire fighting the robot
  273. A Project on Electric scooter powered by wind and piezoelectric power
  274. The conversation of seawater into drinking water using a solar panel
  275. A Project on Fabrication of wind energy vehicle
  276. A Project on Solar dryer with multiple PCM
  277. A Project on Solar railway track-crack detecting vehicle
  278. Automatic wind blade pitch controlling system
  279. A Project on Swing electricity generation system
  280. Automatic book reading aid for handicapped people
  281. Hydraulic-based emergency rescue ladder
  282. Automatic vehicle overloading alert system
  283. Step climber planetary gear mechanism
  284. Sensor operated foot dust cleaner
  285. Automatic overload indication for bridge
  286. Automated side stands with breaking locking System
  287. Sensor-based automatic water level sensing crane
  288. Automatic car covering system
  289. Automatic parking and braking system
  290. Automatic safety systems for Railway coaches
  291. Automatic voice-controlled wheelchair
  292. Fabrication of anti drown vehicle
  293. Automatic double axis pneumatic JCB equipment
  294. Automatic agarbatti incense stick counting and packing machine
  295. Emergency Braking System
  296. Fabrication of Homemade Air Conditioner
  297. Fabrication of Electrical Energy from Speed Breaker
  298. Fabrication of Solar and Wind Train
  299. Fabrication of Industrial Trolley
  300. Fabrication of Hydraulic Power Plant
  301. Fabrication of Solar Water Cooler
  302. Fabrication of Multi Spindle Drill Head
  303. Fabrication of Magnetic Levitation Train
  304. Fabrication of Wind Mill
  305. Fiber Extracting Machine
  306. Fabrication of Windmill and Controlling the Direction
  307. Fabrications of Pedal Power 4 Wheel Steering Mechanism
  308. Gasifier
  309. Fuel Injection
  310. Six-Axis Material Handling Robot
  311. Solar operated Cycle
  312. Thermo Electric Refrigerator
  313. Steam Power Plant
  314. Solar Based Electromagnetic Breaking System
  315. A robot with Crane System
  316. Pneumatic Pick and Place Robot with Video Camera
  317. Pneumatic Double Axis Welding Machine
  318. Regenerative Braking System
  319. Automatic Vegetable (or) Lemon Cutting machine
  320. Fabrication of Pedal Operated Water pumping system
  321. Design and Fabrication of Gas Converted Power Sprayer
  322. A Project on Fabrication of low-cost harvesting machine
  323. Design and Fabrication of Hand Operated Fertilizer Blender
  324. A Project on Portable Vegetable Cutter and Slicer
  325. Fabrication of Solar Seeds Sprayer
  326. Fabrication of Multi Utility Agricultural Vehicle
  327. Fabrication of Pepper Thresher Machine
  328. Design and Development of Natural vegetable / Fruits Preservation
  329. Fabrication of Seed Crushing machine
  330. Agricultural Motor Pump Running using Solar Power
  331. Automatic Ginger Cutting, Feeding and Drying Machine
  332. Agricultural Paddy Cleaning System by using Solar Power
  333. Solar Cabinet Seed drier Integrated with Biomass
  334. Fabrication of Solar grasscutter (prototype model)
  335. Fabrication of Mechanical grasscutter (prototype model)
  336. Fabrication of pedal washing machine (prototype model)
  337. Fabrication of a zero degrees steering system(prototype model)
  338. Fabrication of multi-operating machine (prototype model)
  339. Fabrication of Pedal Powered Hacksaw Machine (prototype model)
  340. Fabrication of solar fan with a lighting system
  341. Application of evaporation air cooler coupled with the solar water heater for dehumidification of indoor air
  342. A Project on Solar trough collector with auto-tracking
  343. Solar-powered automatic temperature controller with the cooling system
  344. A Project on VIVACE (vortex-induced vibration aquatic clean energy) in the generation of clean and renewable energy from fluid flow
  345. Solar-powered tea leaf cutting machine
  346. A Project on Hybrid vehicle with regenerative breaking in motorcycle
  347. Floating turbine with power generation
  348. A Project on Fabrication of highway wind turbine
  349. A Project on Fabrication of solar racecar
  350. Solar enhanced energy-efficient food processor
  351. A Project on Fabrication of battery cycle
  352. A generative braking system using pneumatic Interface
  353. A Project on Electrical power generation using thermal power plant
  354. A Project on Dual-axis automatic solar panel tracking system
  355. Air compressor using the crank and slotted link mechanism
  356. Low-pressure solar water heater with auto-tracking
  357. Fabrication of Cooling jacket for motorcycle
  358. A Project on Fabrication of sterling cooler
  359. A Project on Fabrication of Latent Heat Exchanger
  360. A Project on Fabrication of Cooling tower
  361. A Project on Emission tester for automobile
  362. Life cycle optimization of residential air conditioner replacement
  363. A Project on Fabrication of Mini Jet Engine
  364. A Project on Fabrication of Miniature Boiler
  365. Solar Sterling engine with parabolic collector
  366. Electrical power generation system by using Gasifier
  367. Energy conservation in steam systems
  368. Fabrication of 90-degree steering mechanism (prototype model)
  369. Fabrication of a rocker-bogie suspension system (prototype model)
  370. Fabrication of a regenerative braking system(prototype model)
  371. Fabrication of Electricity Generation From Sea-Saw (prototype model)
  372. Fabrication of hand-operated mixer machine (prototype model)
  373. Fabrication of barrel lifter (prototype model)
  374. Fabrication of automatic feeding cutting mechanism (prototype model)
  375. Fabrication of camshaft(prototype model)
  376. Fabrication of solar woodcutter (prototype model)
  377. A Project on Color Guided Material Handling Robot
  378. GSM Mobile Phone Controlled Intelligent Robot
  379. A Project on Small-Size Soccer Playing Robot
  380. A Project on PhotoSensitive Robot
  381. Analysis of Gender and Age Group Recognition for Human-Robot Interaction
  382. PLC Based Automatic Filling Machine
  383. Autonomous Robot for Target Detection and Shooting
  384. Programmable Hopper with Computer Control
  385. Press tool analysis using CATIA software
  386. Selective Inventory Control
  387. Finite Element analysis of the effect of motorcycle helmet material against impact velocity during an accident
  388. Hardened ability testing of Carbon Steel
  389. Aerofoil Blades propeller
  390. Strengthening car bumper in load-bearing direction by the usage of materials of Impact ABS Plastic and Carbon Fiber-Reinforced Polymer IM7.
  391. Computer-Based Color Identification System
  392. Quality Inspection Using Image Processing
  393. 3D Modeling and Finite Element Analysis of Human Bone using ANSYS software
  394. Tire design and manufacturing using DELCAM
  395. Failure response of a single bolted composite joints under various preloads.
  396. CFD analysis of centrifugal fan
  397. Air and fuel flow interaction in the combustion chamber for Various injector locations
  398. Analysis and Optimization of Microchannel Heat Sinking
  399. Reduction of drag in a buggy car model
  400. Flow-through/past sparse bodies
  401. Analysis of water flow for Laminar & Turbulent Flow in Conventional Water Tap
  402. CFD using the discrete-vortex method
  403. Computational fluid dynamics for the design of turbomachinery
  404. Fabrication of Maize de-Husker
  405. Solar Powered Tea Leaf Cutting Machine
  406. Fabrication of Beans Sheller machine
  407. Biomass Briquetting Machine
  408. Automatic Water Level Sensing Crane for Agricultural Pump
  409. Pneumatic Ground Driller
  410. Fabrication of Coconut Scraping Machine
  411. Experimental Setup on Gasifier
  412. Tree Branch Cutting Machine
  413. Fabrication of Mechanical Seed Thruster
  414. Fabrication of Solar Birds Scarer
  415. Bio-Diesel Extraction from Waste Plastic Material
  416. Fabrication of Paddy Cleaner for Agro Seeds
  417. A Project on Evaluation And Performance Monitoring Of Corrosion Protection By Fiber-Reinforced Composite Wrapping
  418. Experimental Evaluation And Buckling Analysis Of Woven Glass Epoxy Laminated Composite Plate
  419. A Project on Experimental Evaluation And Finite Element Analysis of Composite Leaf Spring For Automotive Vehicle
  420. Experimental Investigation Of Fiber Orientation In Glass Fiber Reinforced Thermoplastic Composites
  421. A Project on Surface Fracture Analysis of Glass Fiber Reinforced Epoxy Composites Treated With Different Type Of Coupling Agent
  422. Mechanical Behavior Of Glass/Epoxy Composites At Liquid Nitrogen Temperature
  423. A Project on Effect Of Moisture And Aging On Adhesive Strength
  424. Finite Element Analysis And Experimental Evaluation Of Bonded, Riveted And Hybrid Joints In Glass Fiber Epoxy Composite Laminates for Aircraft Structure
  425. A Project on Application Of Coir Fibers as Concrete Composites For Disaster Prone Structures
  426. A Project on Experimental Investigation of fiber Orientation In Glass Fiber Reinforced Thermoplastic Composites
  427. Mechanical Characterization and Comparison of Glass Fiber Reinforced Aluminum Alloy (GFRAA) to Improve the strengthening
  428. A Project on Experimental Investigation Of Fiber Orientation In Glass Fiber Reinforced Thermoplastic Composites
  429. A Project on Experimental Investigation Of Elliptical De-lamination In Composite Laminates
  430. Mechanical Behavior Analysis Of Polyester Polymer Mortars Modified With Recycled GFRP Waste Materials
  431. A Project on Experiment For Bending Analysis Of 3-Phase Composite Plate In Ship Structure
  432. Composite material reinforcement of the leaf spring for the material Glass Carbon Composite.
  433. A Project on Design of power filter using Pro-E
  434. 3D Modeling and Finite Element Analysis of First Molar Human Tooth using ANSYS Software.
  435. A Project on Parametric optimization of a 220cc oil-cooled engine cylinder fins.
  436. Cutting strategies for manufacturing of forging die on CNC milling machines
  437. A Project on Wear analysis of hot forging dies in ANSYS Software
  438. A problem with Cryogenics is modeled and analyzed using NX and ANSYS Software.
  439. Machine Monitoring System
  440. Effect of the Orientation angle of Elliptical hole on residual stresses and expansion of Plastic zone in thermoplastic composite plates under In-plane loading.
  441. A Project on Injection Mould tool design and Mould flow analysis of Exhaust fan in ANSYS software.
  442. Influence of cutting parameters on thrust force and torque in the drilling of Aluminum, Cast Iron, EN 28.
  443. A Project on Motor Shaft Positioning Indicator
  444. A Project on Automatic Tool Store system
  445. A Project on Mechanical Properties of Friction Stir butt welding of AI7475 & AI 6061.
  446. Comparison And Experimental Investigation of Glass Fiber And Natural Fiber Reinforced Composites
  447. Experimental Characterization Of Interlaminar Shear Strength And Flexural Strength Of Glass And Carbon Composite Laminates Under repeated Curing.
  448. A Project on Fatigue And Fracture Of Fiber Composites Under Combined Interlaminar Stresses
  449. A Project on Effect Of Strain Rate On The Tensile Failure Of Glass-Fiber Braided Tubes
  450. A Project on Experimental Evaluation And Buckling Analysis Of Woven Glass Epoxy Laminated Composite Plate For Aircraft Applications
  451. A Project on Biaxial Testing Of Fiber-Reinforced Composite Laminates
  452. A Nickel-Carbon-Fiber Composite For Large Adaptive Mirrors: Fabrication Methods And Properties
  453. A Project on Experimental Analysis Of De-Lamination In Drilling For Aircraft Structure
  454. Experimental Investigation Of Woven E-Glass Epoxy Composite Laminates Subjected To Tensile And Impact At Different Loads
  455. Durability Of Glass Fiber Reinforced Plastic Bars
  456. Fatigue Behavior Study On Repaired Aramid Fiber/Epoxy Composites Fracture Toughness Of Through-Thickness Reinforced Composites
  457. A Project on Mechanical Behavior of Bagasse Fiber Epoxy Composites At Liquid Nitrogen Temperature
  458. A Project on Impact Analysis And Experimental Evaluation On Stitched And Unstitched Fiber Glass – Epoxy Laminate to Increase Strength In Aircraft Structures
  459. A Project on Thermal Conductivity Of Structural Glass/Fiber Epoxy Composite As a Function Of Fiber Orientation Strengthening Of Reinforced Concrete Beam Using Composites
  460. A Project on Flow in gutters and downpipes
  461. A Project on CFD Analyses Of The Gas Flow Inside The Vessel Of A Hot Isotactic Press
  462. CFD based process on the modeling of a rotary furnace for Aluminum scrap melting
  463. A Project on CFD analysis of combustion and emissions to study the effect of compression ratio and biogas substitution in a diesel engine
  464. A Project on CFD Solution of Internal (shock tube and coquette flow) & External (Airfoil and cylinder) flow
  465. A Project on CFD analysis for transient turbocharger flows by varying flow rates.
  466. Automatic Bar Feeding Mechanism For Cutting Machine
  467. A Project on Motorized Screw Jack
  468. Automatic Boring Mechanism For Boundry
  469. A Project on Automatic Reverse Braking And Distance Measurement Using Ultrasonic
  470. Automatic Car Parking System
  471. A Project on Automatic Railway Gate Controller
  472. Automatic Door Opening And Closing System
  473. A Project on Automatic Gear Transmission For Two Wheeler
  474. Automatic Hydraulic Moving Jack For Four Wheeler
  475. Fabricating A homemade Conveyer Belt For Industries
  476. A Project on Automatic Petrol Bunk
  477. Fabrications Of Vending Machine With Simple Coin Mechanism
  478. Automatic Bottle Filling System
  479. A Project on Automatic Blackboard Cleaner White Board Cleaner
  480. Automatic Break Failure Indicator
  481. A Project on Airplane visual landing gear arrangement with tire pressure Inflation system
  482. A Project on GPS based ship navigation system
  483. A Project on Fabrication of totally enclosed lifeboat
  484. A Project on Seawater converted to drinking water using solar power
  485. A Project on Fabrication of pulse jet engine
  486. A Project on Lubrication oil cooling system for ship
  487. Compartment wise emergency exit in an airplane
  488. A Project on Formation and development of submerged air jets
  489. Cyclone separator with Blower
  490. A Project on Acetylene powered jet engine
  491. A Project on Fabrication of black box in an airplane
  492. A Project on Water fuel engine for mini boat
  493. Fabrication of aluminum sailboat
  494. Fabrication of pneumatic steering for ship
  495. A Project on Fabrication of fly car
  496. Fabrication of Rubber Tree Tapping Machine
  497. A Project on Multipurpose Seed Shower
  498. Fabrication of Paddy Harvesting and Threshing Machine
  499. Design and Analysis of Universal Cutter (Especially for Coconut and Areca nut)
  500. A Project on Automatic Seed Sowing using Solar
  501. Automatic Moisture and Light Controlling System for Garden
  502. Water Pumping System using Wind Power
  503. Fabrication of Sun Flower harvesting machine
  504. Fabrication of Semi-Automatic Weed Remover in Sugarcane Farm
  505. A Project on Automatic Fault Egg Sorting Machine
  506. Hydraulic 3 Axis modern trailer for Agriculture
  507. Automatic Fault Egg Sorting Machine
  508. A Project on Rear Wheel Steering for trailer Trucks
  509. Design & Fabrication of Plant Trimmer
  510. Fabrication of Solar Seed Dryer
  511. A Project on Fabrication of airbag automation
  512. Automatic steering alignment system with headlight dim/bright controller
  513. A Project on Pneumatic auto-feed drilling machine
  514. Quick tool retrieval system for industry
  515. Fabrication of Unaided Guided Vehicle (UGV)
  516. Fabrication of automatic shoe polishing machine
  517. A Project on Automatic turbocharger at low and high speed
  518. Automatic speed breaker for preventing an accident in a school zone
  519. Multi-tasked smart wheelchair for physically challenged people
  520. A Project on Fabrication of paper recycling machine
  521. Automatic steering control system for automobile
  522. Automatic differential unit locking system
  523. Automatic sheet metal feeding and cutting machine
  524. Design and fabrication of Self-balancing vehicle
  525. A Project on Fabrication of Mini Water Heater
  526. A Project on Fabrication of solar water Dissolution by using the photovoltaic method
  527. A Project on Fabrication of Bottle Cooler
  528. A Project on Fabrication of Solar Air Dryer
  529. A Project on Fabrication of L.L.D.P. Material extruder
  530. A Project on Fabrication of Miniature Boiler
  531. Force-Fed Microchannels for High Flux Cooling Applications
  532. A Project on Waste chill recovery heat exchanger
  533. A Project on Fabrication of Solar Air Conditioner
  534. A Project on Fabrication of Lube oil cooler
  535. A Project on Fabrication of Micro Wave Oven
  536. Automatic Electro-plating coating process
  537. A Project on Fabrication of Solar Fridge
  538. A Project on Fabrication of Airbag Automation
  539. A Project on Fabrication of Solar sterling engine
  540. A Project on Fabrication of Mini Water Heater
  541. Fabrication of solar water Dissolution by using the photovoltaic method
  542. A Project on Fabrication of Bottle Cooler
  543. A Project on Fabrication of Solar Air Dryer
  544. A Project on Fabrication of L.L.D.P. Material extruder
  545. A Project on Fabrication of Miniature Boiler
  546. Force-Fed Microchannels for High Flux Cooling Applications
  547. Waste chill recovery heat exchanger
  548. Fabrication of Solar Air Conditioner
  549. Fabrication of Lube oil cooler
  550. Fabrication of Micro Wave Oven
  551. Automatic Electro-plating coating process
  552. A Project on Fabrication of Solar Fridge
  553. A Project on Fabrication of Airbag Automation
  554. A Project on Fabrication of pick and place mechanism (prototype model)
  555. A Project on Fabrication of hydropower plant mechanical (prototype model)
  556. Fabrication of electricity and water pumping system using windmill (prototype model)
  557. A Project on Fabrication of railway track power generation (prototype model)
  558. Fabrication of electricity from the road with kinetic energy (prototype model)
  559. A Project on Fabrication of seed sower machine (prototype model)
  560. A Project on Fabrication of automatic side stand retrieve system (prototype model)
  561. A Project on Fabrication of multi-spindle drilling machine (prototype model)
  562. Fabrication of multi-wheel nut remover and tightener(prototype model)
  563. Fabrication of electromagnetic mobile scrap collecting machine. (prototype model)
  564. A Project on Fabrication of gearless transmission (prototype model)
  565. Fabrication of automatic cheese cutter (prototype model)
  566. A Project on Fabrication of solar air dryer
  567. A Project on Generation of electricity from ocean waves using rack and pinion mechanism
  568. A Project on Solar automobile air conditioner
  569. A Project on Solar electric GoPed drive
  570. Fabrication of buggy with solar hybrid vehicle
  571. A Project on Solar still coupled with air conditioner

This is the complete list of 550+Updated Mechanical Engineering Projects Ideas of all Domains in a detailed manner.

If this article is helpful to you.then post your valuable question from the comments section and we will answer you in a short period of time.

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Components of IC Engine
Different Types of Steel

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About the Author

Mohammed SHAFI


Mohammed Shafi is the Founder of Mechanical Students. Also, he is the Lead Content Writer of MS. He also holds the position of Assistant Professor at Sreenidhi Institute of Science and Technology.

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