Introduction:- Best Collages of Engineering in Rajasthan have courses like AI, computer science, etc.

 Intelligence: The capacity to learn and solve problems.

Artificial Intelligence: 

Artificial Intelligence is work done by machines in the simulation of human intelligence

1) The ability to solve problems. 

2) The ability to act rationally. 

3) The, ability to act like humans. 1) Reasoning, knowledge, planning, learning, and communication. 2) Ability to move to make manipulate objects. 3) Science and Technology that make intelligent machines, especially intelligent computer programs

Definition

BTech colleges of Engineering of Jaipur have very good teachers who teach AI which means Artificial Intelligence is the Combination of Science and Technology which included the behavior of machines and the branch of computer science that aims to create it. Computer science and technology that is concerned with the automation of intelligent behavior (Luger and Stubblefield. 1993)

Application of AI in machine

Image-guided in Hospitals in every department like cardiology (CRG), neurology (MRI), embryology (sonography), complex operations of internal organs, etc. This application can Image-guided surgery and image analysis and enhancement

Application of AI in Music

After using Science and technology combination, computers are made the skilful musician. Music has many things Composition, performance, music theory, and sound processing are some of the major areas on which research in music and AI are focusing Eg: chucks, smart music, etc.

Application of AI in Telecommunications

Many companies are using heuristic search in the management of their workforces, AI made inside work and communication simple 

AI and Robotics

Robert is the big invention of AI, it is an artificial agent, Its is a program guided by a computer command and electronic circuit. The robot has sentheir of intelligence or thoughts of its own

Application of AI in Gaming

The gaming industry is booming nowadays as new developers make new games that are to be used by AI that gives realistic gaming experiences to compete against one another on a virtual Platform

Application of AI in Banking

Organize operations, invest in stocks, and manage properties.  Some Finance related AI apps to be used in the banking sector include loan investigation, ATM design, safe and fast banking, etc.

Some Other Applications

Credit granting 

Information management and retrieval 

AI and expert systems embedded in products 

Plant layout 

Help desk and assistance 

Employee performance evaluation 

Shipping 

Marketing 

Warehouse optimization 

In-space workstation maintenance 

Satellite controls 

Network developments 

Nuclear management

Advantages : 

More powerful and more useful computers. 

New and improved interfaces. 

Solving new problems. 

Better handling of information. 

Relieves information overload. 

Conversion of information into knowledge.

Disadvantages : 

Increased costs

 Slow and expensive 

Few experienced programmers

How To Get Started With AI

1. Choose a topic you are interested
2. Find a quick solution
3. Improve your simple solution
4. Share your solution
5. Repeat steps 1-4 for different problems
6. Complete a Kaggle competition
7. Use machine learning professionally

Future And Growth With AI

Private Colleges of Engineering of Rajasthan are looking at the features and its wide application we may stick to artificial intelligence. As AI development in the future world is becoming artificial, Biological intelligence is fixed, because it is an old, mature paradigm but the new paradigm of non-biological computation and intelligence is growing exponentially. They are probably used in remembering visual impressions, and other comparatively wasteful ways. We can also say that with AI, we can work smoothly. AI has become a need of our life that is used in many fields.

Conclusion

After providing all facilities in colleges by Top Collages of Engineering of Jaipur students have learned principles, applications, and achievements, etc. The Purpose of working on Al is to solve the majority of the problems or to achieve the tasks which we humans directly can’t accomplish. The development of computer science will change the complete scenario of the world. After using AI in day-to-day activity people are growing and making their businesses profitable with their Tech support and the science behind it. You can also learn AI from home even if u don’t have any experience and you can start applying your knowledge in practice, creating simple machine-learning solutions, and making the first steps toward your new profession.

A circuit is any loop through which matter is carried. For an electronic circuit, the matter carried is the charge by electronics and the source of these electrons is the positive terminal of the voltage source. When this charge flows from the positive terminal, through the loop, and reaches the negative terminal, the circuit is said to be completed. However this circuit consists of several components that affect the flow of charge in many ways. Some may provide a hindrance to the flow of charge, some simple store, or dissipate the charge. Some require an external source of energy, some supply energy. This process is easy for the students of electrical & electronics engineering colleges in Jaipur.

Why We Need To Build A Circuit?

At times we may need to glow a lamp, run a motor, etc. All these devices-a lamps, a motor, LED are what we call as loads. Each load requires a certain current or voltage to start its operation. This voltage may be a constant DC voltage or an AC voltage. However, it is not possible to build a circuit just with a source and a load. We need a few more components that help in the proper flow of charge and process the charge supplied by the source such that an appropriate amount of charge flows to the load.

Most of the circuits or electronic devices require a DC voltage for their operation. Students of best engineering colleges in Jaipur can use simple batteries to provide the voltage, but the major problem with batteries is their limited lifetime. For this reason, the only way we have is to convert the AC voltage supply at our homes to the required DC voltage.

Process Of Converting AC Voltage To DC Voltage

AC voltage from the supply at 230V is first stepped down to low voltage AC using a step-down transformer. A transformer is a device with two windings including primary and secondary, wherein the voltage applied across the primary winding, appears across the secondary winding by the virtue of inductive coupling. Since the secondary coil has a lesser number of turns, the voltage across the secondary is less than the voltage across the primary for a step-down transformer.

This low AC voltage is converted to pulsating DC voltage using a bridge rectifier. A bridge rectifier is an arrangement of 4 diodes placed in the bridged form, such that anode of one diode and cathode of another diode is connected to the positive terminal of the voltage source and in the same way the anode and cathode of another two diodes are connected to the negative terminal of the voltage source. Also, the cathodes of two diodes are connected to the positive polarity of the voltage and the anode of two diodes is connected to the negative polarity of the output voltage. For each half-cycle, the opposite pair of diodes conducts and pulsating DC voltage is obtained across the bridge rectifiers by the experts of top engineering colleges in Jaipur.

The pulsating DC voltage thus obtained contains ripples in the form of AC voltage. To remove these ripples a filter is needed which filters out the ripples from the DC voltage. A capacitor is placed in parallel to the output such that the capacitor (because of its impedance) allows high-frequency AC signals to pass through get bypassed to the ground and low frequency or DC signal is blocked. Thus the capacitor acts as a low pass filter.

Steps To Build The Circuit

Step1: Circuit designing 

1. Decide the regulator to be used and its input voltage.

Have a constant voltage of 5V at 20mA with the positive polarity of the output voltage. For this reason, we need a regulator that would provide a 5V output. An ideal and efficient choice would be the regulator IC LM7805. Our next requirement is to calculate the input voltage requirement for the regulator. For a regulator, the minimum input voltage should be the output voltage added by a value of three. In that case, here to have a voltage of 5V, we need a minimum input voltage of 8V. Let us settle down for input of 12V.

2. Decide the transformer to be used

Now the unregulated voltage produced by the experts of BTech colleges Jaipur is a voltage of 12V. This is the RMS value of the secondary voltage required for a transformer. Since the primary voltage is 230V RMS, on calculating the turn’s ratio, we get a value of 19. Hence we have to get a transformer with 230V/12V, i.e. a 12V, 20mA transformer.

3. Decide the value of the filter capacitor

The value of the filter capacitor depends on the amount of current drawn by the load, the quiescent current (ideal current) of the regulator, the amount of allowable ripple in the DC output, and the period.

For the peak voltage across the transformer primary to be 17V (12*sqrt2) and the total drop across the diodes to be (2*0.7V) 1.4V, the peak voltage across the capacitor is about 15V approx. Thus substituting all the values, the value of C comes to be around 30microFarad. So, let us select a value of 20microFarad.

4. Decide the PIV (peak inverse voltage) of the diodes be used.

Since the peak voltage across the transformer secondary is 17V, the total PIV of the diode bridge is about (4*17) i.e. 68V. So we have to settle down for diodes with a PIV rating of 100V each. Remember PIV is the maximum voltage that can be applied to the diode in its reverse biased condition, without causing breakdown.

Step2: Circuit Drawing and Simulation

Now that students of BTech electronics engineering colleges in Jaipur have the idea of the values for each component and the whole circuit diagram, drawing the circuit using circuit building software and simulate it becomes easy.

An engineer applies mathematical and scientific concepts to generate cost-effective solutions for technical issues. They take into account the functional requirements given by management and safety regulations mandated by the government to produce a final product. The job also calls for engineers of top engineering colleges in Jaipur to be highly involved during the testing and development stages of products to maximize their efficiency for customers. A million engineers from India will graduate every year. The number of engineers educated to be better engineers with all possible knowledge and innovation is comparatively high in India nowadays. Engineering students might have many dreams: getting a well-paying job, becoming an entrepreneur, working in top companies, changing in career, etc. 

Engineering is among the top career choices in India due to its excellent job prospects and good pay packages. However, there are many divisions/specializations when it comes to engineering. Each division has its advantages, and the salaries of the different types of engineers differ. Engineers who work in certain industries, such as health care and technology, typically have higher earning potential. Some highest-paying engineering jobs are as follows:

1. Nuclear engineer

Nuclear engineers research and develop systems to harness energy from nuclear reactions and radiation. It is key for these engineers to understand the consequences of radiation exposure and work to ensure the right disposal of such materials. They test a lot of their research in simulated environments.

2. Communication engineer

Communication engineers of best engineering colleges in Jaipur have the technical expertise in systems that help facilitate the transfer of information. These engineers research, design and develop communication equipment like radios or telephones. Additionally, they prepare detailed documents describing operational procedures, as these could be useful during maintenance. Every equipment or instrument that a communication engineer develops and installs aims for better connectivity and signal reception between devices.

3. Industrial engineer

Industrial engineers are central to the manufacturing sector. Their fundamental responsibility is to optimise the use of resources. They devise effective ways to use workforce, technology, materials and equipment to generate a process that is cost efficient and productive.

4. Marine engineer

A marine engineer is responsible for designing and creating construction plans for ships and other sailing vessels. They overlook the construction and maintenance of equipment. A marine engineer studies the water conditions to identify potential threats to the instruments and devises ways to manage them. They run tests in controlled environments to derive solutions.

5. Systems engineer

The job of a systems engineer is at the intersection of engineering and management. They oversee the engineering and business sides of a project and ensure that both work in harmony. A systems engineer of private engineering colleges in Jaipur helps maintain the technological infrastructure of a company. They also use risk management or optimization tools to evaluate project outcomes and ensure that the production, testing and final execution of a project happen within time.

6. Software engineer

A software engineer builds various computer systems and software. These may include business applications, network control, games or even an operating system (OS). They are responsible for documenting the details of the system they have built, testing it and launching it. They must perform regular quality checks and upgrade the software if necessary.

7. Automation engineer

Automation engineers work mainly in the manufacturing or information technology (IT) sector. They identify areas of a business process that can be automated or upgraded to minimise human interference. Students of best BTech colleges Jaipur are also responsible for strategising, developing and adapting technology to help improve the productivity and cost-efficiency of a business process. An automation engineer also ensures that the organisation smoothly transitions into a new system.

8. Full-stack engineer

A full-stack engineer is someone who works on developing applications and managing both their front-end services and back-end maintenance. It means that the engineer works on both the client-side and software-side functions. They interact with clients to understand their requirements and are proficient in various programming languages, including Java, Python, PHP and HTML. Along with this, they should be able to work on software, database and server maintenance.

9. Security engineer

Security engineers are responsible for monitoring computer networks and checking them for any irregularities. They also help build systems that secure data from natural disasters. The process may include data encryption, monitoring employee access to data or installing relevant software. They work to ensure that proper systems and standards are set in an organisation to protect data.

10. Machine learning engineer

Machine learning engineers work as a part of a larger team of data scientists, data architects, administration professionals and analysts. They work on designing, building and testing self-learning software that uses data to automate predictive models. This role is often a mix of data science and computer engineering. These engineers build smart artificial intelligence (AI) algorithms that facilitate machine learning. They are also expected to research, analyse data and test different models.

11. Data engineer

A data engineer of engineering colleges Jaipur builds the analytics infrastructure for an organisation that understands a variety of coding languages. These languages can give functions for how a company stores data within their database. These engineers can have a background in software development and use their knowledge to keep data secure from outside sources.

If students of best engineering colleges in Jaipur are looking to start out your career in a high-growth field, or are interested in making a career change after years in the workforce, a technology-oriented field is a great place to start. Many people have heard that jobs in the information security industry are poised for significant growth over the next decade, come with high median salaries, and offer job security due to the demand for well-trained professionals in the field. However, when they begin researching their career options, they realize that the industry is much larger than they might have anticipated, with many different paths available.

Two of today’s most in-demand professions in the information security sector are cybersecurity and computer forensics fields that, on the surface, might seem like they do the same work. However, while both share some significant commonalities, they are quite different in the scope and duties required of each. If you know that information security is the industry for you but are having difficulty deciding between cybersecurity and computer forensics, read on to understand the differences between the two fields.

Cybersecurity Vs. Computer Forensics

Individuals of top engineering colleges in Jaipur in both fields are employed in virtually all industries and sectors, from non-profit organizations to government entities to private corporations and enterprises as more and more businesses recognize the importance of securing their systems and technologies, both cybersecurity and computer forensics professionals are finding their skills in high demand.

Cybersecurity is about prevention, while computer forensics is about response. Or, in other words: the cybersecurity team works to implement and maintain a robust information security system, with the intention of defending an organization from cyber-attacks; in the event that their efforts fail, and a breach is made, the computer forensics team works to identify the hack, understand the source, and recover compromised data. The two fields are highly reliant on one another to maintain ongoing network security for organizations across numerous industries and sectors.

What Does A Cybersecurity Degree Entail?

Cybersecurity is all about prevention. As a result, a cybersecurity degree at private engineering colleges in Jaipur will give students hands-on experience in applying security measures to ensure confidentiality, integrity, and availability of data. Students will leave a cybersecurity degree program with the ability to evaluate a computer network and the information security needs of an organization, and to assess and implement cybersecurity risk management policies.

They will learn how to measure the performance of, troubleshoot, maintain, and update, enterprise-level information security systems, and provide real-time security solutions through continuous network monitoring. Communication, especially as it relates to short and long-term organizational cybersecurity strategies and policies, is particularly emphasized. Courses will include everything from network fundamentals to an introduction to operating system to ethical hacking to web page development, ensuring graduates have a well-rounded set of technology skills.

What Does A Computer Forensics Degree Entail?

On the flip side, a computer forensics degree will give students experience in identifying and responding to cybersecurity breaches and network hacks that have already happened. They will learn to do this work across a variety of technologies, from computers to mobile devices. Graduates of a B.S. in computer forensics degree program at BTech colleges Jaipur will have a deep knowledge of laws and procedures associated with identifying, acquiring, examining, and presenting digital evidence. They will learn to conduct efficient, high-quality digital forensics investigations, through fundamental computer theory, industry trends and best practices, an understanding of white-collar crime methods, and cutting-edge digital forensics tools.

Courses will have a dual focus on both law and technology, with classes in criminal law and procedure, criminal investigation, and white-collar crime complementing in-depth, computer-focused classes focusing on forensics of mobile technology, files, malware, and operating systems, and much more.

Cybersecurity And Computer Forensics Career Paths

A cybersecurity degree will qualify you for a number of different of jobs in cyber incidence response, cyber risk and strategic analysis, vulnerability detection and assessment, and more. These jobs are widely available in all sectors, and are especially in-demand in the federal government, where cybersecurity is designated as a mission-critical function.

A computer forensics degree at engineering college prepares you to work as a specialist in organizations that are particularly susceptible to, or concerned about, network breaches. These include mid- to large-sized corporations, crime laboratories, large municipalities or state and national law enforcement agencies.  

Deciding Between A Cybersecurity Degree And A Computer Forensics Degree

Ultimately, the decision between these two degrees comes down to which program contains coursework that’s most interesting to you, and which one will lead you to a career that you can see yourself in. As noted above, the fields of cybersecurity and computer forensics have much in common, and this overlap can present an additional challenge for students to decide between the two programs. However, these commonalities should be seen as a positive thing: it means that strong programs will give students insight into both fields, to help them understand the big picture of information security. In other words, a good cybersecurity degree program will give students the opportunity to learn about computer forensics, and vice versa. This gives students of BTech college the opportunity to broaden their skillsets, and helps them understand how to work better with professionals in either field.

Technology is constantly going through an evolution and so are the languages that are used to develop them. Java is one of the popular programming languages having “n” number of applications. The top applications for the Java experts of best engineering colleges in Jaipur are as follows:

1. Mobile Applications

Java is considered as the official programming language for mobile app development. It is compatible with software such as Android Studio and Kotlin. Now you must be wondering why only Java? The reason is that it can run on Java Virtual Machine (JVM), whereas Android uses DVK(Dalvik Virtual Machine) to execute class files. These files are further bundled as Android application Package (APK). With Java and its OOPs principles, it provides better security and ease of simplicity with Android.

2. Desktop GUI Applications

All desktop applications can easily be developed in Java by the professionals of top engineering colleges in Jaipur. Java also provides GUI development capability through various means mainly Abstract Windowing Toolkit (AWT), Swing and JavaFX. While AWT holds a number of pre-assembled components like menu, list, button. Swing is a GUI widget toolkit, it provides certain advanced elements like trees, scroll panes, tables, tabbed panel, and lists.

3. Web-based Applications

Java is also used to develop web applications. It provides a vast support for web applications through Servlets, Struts or JSPs. With the help of these technologies, you can develop any kind of web application that you require. The easy coding and high security offered by this programming language allow the development of a large number of applications for health, social security, education, and insurance.

4. Enterprise Applications

Java is the first choice of many software developers of top computer science engineering colleges inn Jaipur for writing applications and Java Enterprise Edition (Java EE) is a very popular platform that provides API and runtime environment for scripting. It also includes network applications and web-services. JavaEE is also considered as the backbone for a variety of banking applications which have Java running on the UI to back server end.

5. Scientific Applications

Sofware developers see Java is the weapon of choice when it comes to coding the scientific calculations and mathematical operations. These programs are designed to be highly secure and lighting fast. they support a higher degree of portability and offer low maintenance. Some of the most powerful applications like the MATLAB use Java for interacting user interface as well as part of the core system.

6. Gaming Applications

Java has the support of the open-source most powerful 3D-Engine, the jMonkeyEngine that has the unparalleled capability when it comes to the designing of 3D games. However, it does cause an occasional latency issue for games as garbage collection cycles can cause noticeable pauses. This issue will be solved in the newer versions of JVMs.

7. Big Data technologies

Java is the reason why the leading Big Data technologies like Hadoop have become a reality and also the most powerful programming languages like Scala are existing. It is crystal clear that Java is the backbone for the students of private engineering colleges in Jaipur when it comes to developing Big Data using Java.

8. Business Applications

Java EE platform is designed to help developers create large-scale, multi-tiered, scalable, reliable, and secure network applications. These applications are designed to solve the problems encountered by large enterprises. The features that make enterprise applications powerful, like security and reliability, often make these applications complex. The Java EE platform reduces the complexity of enterprise application development by providing a development model, API, and runtime environment that allow developers to concentrate on functionality.

9. Distributed Applications

Distributed applications have several common requirements that arise specifically because of their distributed nature and of the dynamic nature of the system and platforms they operate on. Java offers options to realize these applications for the students of BTech colleges. The Jini (Java Intelligent Networking Infrastructure) represents an infrastructure to provide, register, and find distributed services based on its specification. One integral part of Jini is JavaSpaces, a mechanism that supports distribution, persistence, and migration of objects in a network.

10. Cloud-Based Applications

Cloud computing means on-demand delivery of IT resources via the internet with pay-as-you-go pricing. It provides a solution for IT infrastructure at a low cost. Java provides you with features that can help you build applications meaning that it can be used in the SaaS, IaaS and PaaS development. It can serve the companies to build their applications remotely or help companies share data with others, whatever the requirement.

In the highly advanced and creative world, Study is not a matter of concern. The most important thing is how we are getting the education. In India, we rely on classroom studies, but the development of a student is made only if it is done outside the classroom. Through research, it has been found that group studies play a significant role in the personal and intellectual growth of an individual. During their studies, the group shares unique insights and can easily learn from each other. The most effective method can also teach confusing concepts to other group members as the level and speed of understanding differs in each individual. This strategy mainly affects the development of presentations, examination preparations, and projects completed. This is the most effective and efficient method of getting an education for those students especially that has trouble fully grasping the course material on their own. The group study participation offers various benefits to each of the individuals, some of them are as follows:

Teach Punctuality:

This is the most important aspect for those having the habit of making delays in a study, as the study groups are meant to meet at the same time. All members have to compulsory participate if they had joined it once due to the inclusion of coordination and comfortability they carried out together. The group study is an interesting method that adds dedication and excitement among the students towards their course materials. It removes the usual distractions that are made when a student studies alone.

The New Perspective On The Course:

Every person carries a different perspective. When a group of people performs the same task at the same time, there are more chances to generate new and innovative ideas. If one person lacks in one point, another can correct it immediately. This is the biggest advantage of having a group study with your fellow classmates. It can prepare a student for an unprepared situation in the best possible way. There can be a large number of suggestions and ways to approach the study material in general.

Real-World Skills:

Group studies allow the students to have practical exposure to a topic by having large discussions on them which further includes both positive and negative points. A student can have an in-depth study on a particular topic and gain expertise. Group studies find solutions easily, allow them to collaborate work together, and hear new ideas that cannot be achieved only through classroom studies. As in the classroom, even if the teacher teaches in the best way, there are fewer chances for a student to listen, understand and execute it only in one hearing. Arya College Home Page