Have you checked out our projects on Mechanical yet? Mechanical Kit will be shipped to you and you can build using tutorials.
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You can start with a free demo today! Being an engineering student, you know the importance of building good mini projects. As the scope of the mini project that you build extends beyond your engineering curriculum and helps greatly in improving your confidence while attending interviews or applying for higher studies admissions. But the main constrain for most of the engineering students is the cost that they have to incur in doing such innovative mini projects.
Doing good mini project with reduced cost is not easy, as it requires a lot of components and resources to complete it effectively. For this, I am suggesting some tips which will help you reduce the cost of your mini project without compromising the quality of it. Although these suggestions are applicable for all the mini projects, if you are looking to build mechanical engineering mini projects you need to take the above tips more seriously.
As doing good mechanical mini projects at low cost is extremely difficult and proper care should be taken during the execution to save money wherever possible. Want to develop practical skills on Mechanical? Checkout our latest projects and start learning for free. Animatronics is the technology through which we can achieve human like motions with the machines. These devices can mimic human like actions and can be used to carry out specific set of industrial actions.
Through this mechanical mini project, you will be building an animatronics hand that is controlled with servo motors. The animatronics hand gets input from the microcontroller based on the data collected by the flux sensors attached to the glove of the wearer. Skyfi Labs helps students learn practical skills by building real-world projects. You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.
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Mechanical and Automobile Engineering Projects
Robotic arm is being widely implemented in all the industries of today to reduce the human effort and increase the operational efficiency of systems. Robotic arms are an excellent replacement for humans for the works that are dull, dangerous and delicate. Through this mechanical mini project, you will be building a robotic arm with 3 degrees of freedom and can be controlled using an Android App.
Through this mechanical mini project you will be developing a multi-legged all terrain hexapod robot. The hexapod that you develop as part of this project is capable of walking with 6 legs and it's motion can be controlled using your mobile phone with bluetooth technology. These type of robots find its application across various fields that involve rough and uneven terrains.
You will be able to control the hexapod's actuation with the help of a bluetooth controlled Android App. Through this mechanical mini project you will be developing a robot that can walk on 2 legs. These type of robots come under the humanoid robotics category and building this project will help you get into the field of industrial robotics. With the self-driving cars ruling the streets, the automobile industry is undergoing a drastic change in the recent past. Doing this mechanical mini project will help you understand more about the automobile mechanisms and assists you greatly in getting into automobile industry.
Also for doing this project you will be learning about the design algorithm of chassis which is very much needed to get into the automobile designing industry. Machining is needed to manufacture almost everything that we use today. All the components are manufactured by various machines, but CNC machine in particular is the most widely used one among all.
Through this mechanical mini project you will build a fully functional 3 axis CNC machine that can perform the actions like drilling, milling, tooling etc. You will be using an Arduino board to control the operations of the machine and carry out specific set of machining actions. Doing this mechanical mini project will help you understand the machining process in depth and develop a better understanding on the entire process.
In this article, I am going to publish about the project of optimization of 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.
Process planning in manufacturing also refers to the planning of the use of blanks, spare parts, packaging material, user instructions manuals , etc. This is the detailed explanation of the above project which is categorized under Mechanical Engineering Projects. Experimental Conditions:. Working Principle of MQL:. What is Blue Brain and how a man thinks even after his death?
What is Blue Brain and how a man thinks even after his death: This Blue brain concept makes the mans 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. Explanation of Blue Brain:. The concepts which are presented in this article are.
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Introduction of Blue Brain:. What is Blue Brain:. What is Virtual Brain? Why do we need virtual Brain? Material Selection for Unmanned Aerial Vehicles Drone : An unmanned aerial vehicles UAV is commonly known as a drone and also referred by several other names is an aircraft without a human pilot. Explanation of Unmanned Aerial Vehicles:. Applications of Unmanned Aerial Vehicles:.
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 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, MAX, diodes, microcontroller, relay, stepper motors, AC motor, drilling machine, limit switches, transistors, etc. Co-ordinates are given through keyboard of PC by the set of rules and regulations.
By this microcontroller commands the stepper motors and AC motor to be in home position before the work is done. Aim of the Project:.
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The block diagram of a computer controlled drilling machine is shown below which consists of the following parts. 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. The Mixing and Nodulizing Drum MND is a part of Sinter Plant used for mixing the ingredients with blast furnace fines before feeding the same to the sinter machine. The drum is a cylindrical vessel, inclined slightly to the horizontal, which is rotated about its axis.
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As the drum rotates, the material undergoes a certain amount of stirring and mixing and the hot gases pass along the drum but usually in the opposite direction. The Mixing and Nodulizing Drum MND is a part of Sinter plant used for mixing the ingredients with blast furnace fines before feeding the same to the sinter machine. An MS plate is cold rolled in this process and the ends of the plate are seam welded. A detailed analysis of each welding process is enclosed in this project wherein characteristics such as Electrode selection, welding angle, welding speed, flux coating, base and filler materials, welding positions, weld joints, current-voltage requirements, heat treatment, etc.
The advantages, limitations, applications of each welding process are different from each other. Finally, after joining the plates, these are tested for strength of the weld by different testing methods which include both destructive and non-destructive testing.
If any welding defects are found during the testing process, these are terminated by back-grinding the defected part. Procedure for Preparation of Drum:. After rolling, the plate is joined by means of welding processes. They are. Both Longitudinal Seam welding and circumferential seam welding processes are achieved by welding processes.
Mechanical Engineering Projects. Powder Metallurgy-Present and Future Scope: Production of components by taking initial methods in the form of powder is called Powder Metallurgy. In this article, I am going to explain what is the Present and Future Scope of Powder Metallurgy with its advantages and disadvantages in a detailed manner. The detailed explanation of the above contents is shown below.