Published on 26 Mar 2019. Written by Asmita Padhan
Summary: Mechatronics is a multi-disciplinary field that fuses mechanical design with the electronics systems. And almost all the industries are trying to implement this onto their operations. Getting skilled in this field is not easy. A number of students face problems in learning and building mechatronics projects successfully, due to the incompatibility of kits.
Here are some of the best DIY Mechatronics Project kits
If you're a student, then you must already know the importance of having practical experience to get a core job. And on top of that, if you're pursuing engineering, there's no question, you know how important building projects are for your CV.
Being an aspiring engineer, you would want to build projects on innovative technologies, right? And these innovative technologies vary from IoT, Robotics, Automation, Wireless, Mechatronics etc.
In this article, we are going to see about one such innovative technology “Mechatronics”. From what is Mechatronics and applications of Mechatronics to how can you get started with Mechatronics, we got it all covered in this article.
Also, at the end we’ll look at some awesome DIY Mechatronics projects that you can build and increase your project building experience.
So, let’s begin,
Mechatronics is a branch of engineering that combines both mechanical and electrical engineering. It is a multidisciplinary branch that focuses on the engineering of both electrical and mechanical systems. It even includes robotics, electronics, computer science and various other branches of engineering. Mechatronics technology brilliantly blends mechanical skills with electronic design.
The technology all around us is advancing rapidly. Everything is getting more efficient and intelligent as the day passes and Mechatronics plays a huge role in it. One of the main applications of Mechatronics is that it brings out more functionality to systems and increases reliability. That is one of the most important reasons why you should learn about Mechatronics and its applications.
And what better way of learning such an innovative technology than by building related projects?
Besides that, being a multidisciplinary subject, Mechatronics is based not on one but several branches of engineering. Building a project on this topic will broaden your experience and your knowledge won’t just be limited to a single branch of engineering.
Also, the scope of Mechatronics is very high and it is only going to increase in the future. Opportunities include Port handling, Ship and Vessel management, Robotic classification, Real Estate Architecture Design and Construction, Core manufacturing with Automated surveillance, Automobiles designing, Tender Management, Supply Chain Management, etc.
The examples of Mechatronics Technology are everywhere. Starting from your homes to multi-billion dollar industries, this innovative technology is present everywhere.
Mechatronics is widely used in our day to day lives. Be it automated guided vehicles or other machine tools, mechatronics makes them to work efficiently. Even our daily home appliances like washing machines, microwave oven and dishwashers are examples of this technology. It is used in automatic air conditioning systems, security system, automatic door systems that we rely on. It is also used in pressure, heat and position control systems.
Almost everywhere, right?
Mechatronics also has its applications in the medical filed. Magnetic resonance, ultrasonic probes, arthroscopic devices use mechatronics or effective functioning.
Mechatronics has wide usage in the field of Aeronautics Engineering for unmanned aerial vehicles and automatic pilot systems. It is used for automatically guided vehicles and mine detection robots in the defence fields.
Such is the importance of learning this technology. And as early as you learn this concept, you will have a better chance of developing an exciting career on Mechatronics.
Mechatronics mainly focuses on electrical systems with mechanical components. It also uses information technology. So, you need to gain as much knowledge as possible in these fields.
Knowledge in designing is also very important to get skilled in this technology. You can learn about design techniques involved in the production of technical plans, blueprints, drawings, and models to enhance your abilities.
Gaining more knowledge of machines and tools, including their designs, uses, repair, and maintenance will come of great use. Also, learn more about circuit boards, processors, chips, electronic equipment, and computer hardware and software, including applications and programming.
Learning programming is equally important to get skilled in mechatronics. Most commonly used language is C++. You can get started with this language by building simple projects with Arduino. After getting enough knowledge on Arduino programming, you can then move on to learning Python. This language is used for some of the advanced mechatronics projects.
Besides all this, knowledge of arithmetic, algebra, geometry, calculus, statistics, and their applications is also very important.
If you’re wondering how you’re supposed to enhance your knowledge on so many fields, the best way to do it is by building projects. This way your knowledge doesn’t just remain theoretical, you also gain practical experiences. It also greatly helps to build up confidence for clearing your core job placements.
Now you know building projects is the best way to learn mechatronics. But a lot of students face problems in building mechatronics projects successfully, due to the incompatibility of kits. Here is an information for you to avoid such discrepancies
Important points to be noted while buying DIY mechatronics kits:
Before jumping into making projects, you should have a clear idea of exactly what you're building. Do thorough research before starting to build the project. This will save you a lot of time and will help to avoid complications later.
Secondly, make sure you have proper guidance before buying a kit, especially if you’re new to building projects. It stops you from making errors like short-circuiting the boards or damaging the modules. It will also significantly reduce the cost of building the projects.
One of the most important things you should be careful about is the price of the hardware used in your project. It may vary from shop to shop. It is crucial to find the right store that is not only cost effective but also delivers quality products. Initially, you can search online regarding the price of the components than going physically to shops to avoid any discrepancies. Always resort to reliable firms who have a strong command on this domain.
For instance, the kits that are sent from Skyfi Labs are well tested and approved for quality project building. Buying such kits will not only help you save money but also help you to build projects without losing time.
Where can you get quality mechatronics project kits?
Although there are multiple ways to get the mechatronics project kits. You need to carefully choose the source from which you want to buy the kits. Remember, since mechatronics is a new field, getting expert guidance and assistance is highly recommended for beginners.
Always check for the feedback and reviews of the firms that offers DIY kits before buying. And also it is suggested to enrol for a mechatronics course that provides quality learning experience than going for just the kits. Buying only kits, you might not learn the concepts while building the project.
For instance, Skyfi Labs has developed Online Project-Based Courses by which you can learn and build innovative mechatronics projects at your own pace and in the comfort of your own home. These courses are equipped with Learn-Do-Review methodology that ensures proper learning and the hardware kits required to build the project.
After registering and making the payment, your entire project kit will be shipped within 24 hours. Then you can access video lectures, tutorials and quizzes to learn the technology of your desired project. Therefore, not only you will receive amazing quality kits, but you'll also get expert guidance.
These courses also give you the opportunity to innovate and redefine the projects under the expert's guidance from Skyfi Labs.
On successful completion of the project you will also be awarded with a smart certificate. This will be very useful for you to get core jobs and higher studies admission in reputed universities.
Now, let’s get down to business.
Biped Walking Robots:
Humanoid robots are the future. And if you want a career based on mechatronics, learning the basics of robotics is very important. And if you're already interested in a field like robotics, this project is made just for you!
Working on this project you will learn more about Arduino architecture & its programming. You will also be introduced to the working of servo motors that act as actuators & the programming logic behind the human's walking action. Also, you will write programmes to make your robot walk, turn, etc.
Imagine how impressed your interviewers would be when they learn that you have built a humanoid robot before!
Here at Skyfi labs, we can provide you with the best online project-based course where you can learn how to build a Biped Walking Robot that can replicate our walking motion and work autonomously.
Animatronics is an exciting field which is currently taking the world by a storm with its various applications. It is especially popular in industries nowadays and is also being widely used in movie-making to create imaginary life-like creatures. Animatronic based robots can imitate human and animal activities. Animatronics technology makes it possible to replicate a living being's action and facial expressions.
It must be clear by now what amazing scope it has for students who are interested in this particular field.
In this project, you will be introduced to Animatronics and its various real-time applications, development, and control techniques involved in designing Animatronic structures. You will be exposed to flex sensors, microcontroller programming, servo motors and learn how to design, fabricate, assemble and control your robotic hand. You will also increase your knowledge of Arduino programming and its concepts.
Automatic Solar Tracker:
I'm sure you already know how important saving our energy resources has become. If we keep spending energy at the same pace, there won't be any resources left for our future generations. Practicing sustainability is of most importance at this point of time.
A solar panel is one such device that promotes sustainable practices. They help in conserving huge amounts of energy. A solar tracker, however, is a lot more efficient as it produces up to 40% more energy as compared to solar panels. Imagine how much more energy can be saved by implementing these.
A solar tracker automatically orients in the direction of high-intensity sunlight to effectively harness maximum solar power.
Here at Skyfi labs, we are providing you with a great online project course where you can build your very own automatic solar tracker using a solar panel, light-dependent resistor (LDR) and DC Motors based on Arduino platform.
This project is not only interesting, but it is also important.
Voice Controlled Robot:
Have you ever talked to Siri, Google Assistant or Amazon Echo and wondered how that is even possible? Some devices listening to and understanding our commands and following orders as humans can. Sounds incredulous!
This is all possible because of Voice Recognition or Speech Recognition where a machine can identify words from a spoken language.
Here at Skyfi Labs, we can provide you with the best online project course on Voice controlled robot. In this course, you will be taught how to build a Voice Controlled Robot that can be controlled through voice commands. You will also build an Android App which will understand your voice commands and control the Robot to perform specific tasks via Bluetooth.
This particular field has an immense scope and will help you better your knowledge incredibly.
If you don’t know how much robotics has evolved over the years and what amazing scope lies in it for the future, you must be living under a rock.
Robotics currently is being implemented in all the industries, and why wouldn't it be? Robots and machines can carry out tasks more efficiently than humans can ever think of achieving.
In this project, you will enhance your knowledge of Arduino architecture and learn more about the structure of Arduino programming. You will also learn about the Bluetooth and servo motors to make your own robotic arm and learn how to control it using your smartphone.
Here at Skyfi labs, we can provide you with the best online course using which you can build a robotic arm that will have freedom of 3 degrees.
Bluetooth controlled Hexapod Robot:
Imagine owning a robot. Sounds amazing, right? Now imagine building one. Just how impressed will your peers be? And even more impressive will be building one that involves multi-terrain robots’ technology.
A hexapod robot is a mechanical robot that walks on six legs and is the most famous one in the legged robots’ category. It is one of the most stable robots, definitely more stable than a two-legged robot. Due to this capability of walking on various terrains, Hexapod finds its application across diverse technological fields.
Here, you will be introduced to servo motors, embedded systems & microcontrollers. You will learn how to design and develop walking robots
You will also understand the electronic circuitry involved in Hexapod and gain experience of working with servo motors, embedded systems & microcontroller programming.
Stair Climbing Robot:
By building this project you can take your knowledge and experience on robotics to a whole different level. Forget walking, this robot can even climb stairs!
In this Mechatronics project, you will develop a robot having a tri-wheel configuration. The transporter is driven by four sets of wheels – two tri wheels in the front and two normal circular wheels at the rear. The tri-wheel setup placed here will have a system of three wheels sandwiched between two Y frames.
This particular setup will allow the robot to execute two kinds of motions, first about the axis through the center of each of the wheels and second will be the rotatory motion about the axis of the tri-wheel system itself. This mechanism provides enough flexibility for the robot to climb steps easily on its own.
This mechanism is the future of automobile industry and can transform them immensely. It can build automobiles that can work on any terrains which would be immensely helpful to workers.
Plant Irrigation Water Sprinkler Robot:
You know how important irrigation is for the GDP of our country and even for our daily lives. One of the most important uses of technology should be its implementation on agriculture to make the lives of our farmers easier.
Irrigation systems require large piping setups along with many sprinklers in order to achieve proper irrigation. This is a very tedious task as it requires a lot of time, effort and energy.
However, there’s a solution to this problem.
This robot has a single sprinkler that moves through the field with a water tank and moves throughout the field spraying water all over it. This reduces the ailments of farmers by a great deal and also provides more efficient work.
Paint Mixer Machine:
Mixing even a bucket of paint for one single room is so tedious and tiring. Can you imagine how difficult it must be for industries where the mixing process is a part of the production?
There are a million variations of color out there, mixing the right proposition of colors without any discrepancies in a short period of time is too time-consuming and complex. And when solely done by human labors, it sounds almost impossible, doesn't it?
The objective of this mechatronics project is to develop an electronic device that can be used as a paint mixer machine and do so with high efficiency and accuracy.
Building this project will help you develop skills on how to integrate a microcontroller, LCD, keypad, relay driver circuits, relays,, and solenoid valves. Once the desired composition is entered in the keypad, the information is processed by the microcontroller and sends the signal to the relay driver circuits.
This then actuates the pipelines and delivers the right amount of colors to the mixture tank. The mechanical setup placed on the mixture tank actuates and mixes the color without any discrepancies in a short period of time.
Automatic Vacuum Cleaner Robot:
Are you tired of using the bulky vacuum cleaner where you have to stand and hold the cleaning tubes to get it all done? It is rather tedious.
Solution? An automated vacuum cleaner.
It is a robotic system that allows for automatic cleaning of an area or room by covering the area using border analysis.
The system uses ultrasonic sensors for boundary sensing and operates accordingly. It has a vacuum suction cleaner attached to its back for dust suction. It also displays the time utilized for complete cleaning session and displays it on LCD display post the cleaning process. Cool, right?
Hope you got some good information on the DIY mechatronics kits that you can buy and get started in learning mechatronics technology.
Suppose, if you want to build great mechatronics based projects but don’t have the necessary technical knowledge, don’t worry!
We at Skyfi Labs have developed an innovative learning methodology through which you can learn latest technologies by building projects hands-on right from your home. With the hardware kits delivered to your doorstep and 1-1 technical assistance provided, developing great expertise on latest technologies like mechatronics will never be tough for you.
Comment your queries below, we will assist you at the earliest.
Have fun building your very own mechatronics project!
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