For ages, engineering has turned imagination and fantasy into something that is tangible and useful. For instance, consider the invention of the wheel as one of the oldest examples of how engineering has transformed our lives. Since the dawn of the industrial age, the importance and influence of Engineering has grown at a blazing speed.

The modern world we live in would not have been possible without the marvels of engineering – microprocessors, high-speed motors, cellular networks, power grids, automated assembly lines and many others. It would not be too far-fetched to claim that without engineering from top engineering colleges in Jaipur, our society would have ossified in no time.

Today, the application of engineering spans the spectrum from deep sea exploration to space travel and beyond. In the modern era, it would be extremely difficult to find an avenue where engineering has not left its footprint. From construction to aeronautics, medicine to environment, and even the chair you are sitting in, engineering is everywhere.

Influence Of Engineering Across Various Sectors

There are some disincline showing how engineering has contributed to various sectors:

1. Construction

Without Civil engineers, the Hoover Dam, the Burj Khalifa or the Chenab Bridge would have been a distant reality. Engineering has contributed immensely towards the development of infrastructure that is crucial to the sustenance of our civilization. Proper knowledge of civil engineering from engineering colleges has not only enabled us to build bridges, dams, tunnels, expressways but also figure out a way to effectively handle traffic congestions, disasters, and other unfavorable circumstances.

2. Medicine

While considering the progress in medical science, the image of a biologist or a highly-qualified doctor comes to our mind. But you will be surprised to know that engineering and medical science goes hand in hand with each other to improve the quality of healthcare. From MRI machines to X-rays and pacemakers to Glucose Level Monitors – engineering has contributed more to medical science than we can fathom.

3. Energy

The technology that powers small household appliances to humongous machines in factories. In other words, the electric current is conducted by high-tension wires from power stations. But electric engineers from top electrical engineering colleges in Jaipur can design the grids and ensure that high-voltage current does not damage your gadgets. They are helping us generate a massive amount of energy by designing and developing power grids, transformers, commutators, etc. Over the last decade, power generation through sustainable means such as solar and wind energy have been made possible due to the advancements in electrical and other engineering and technology.

4. Environment

Development and deployment of systems that provide drinking water, that is safe for human consumption is one of the major contributions of environmental engineering. Moreover, we also need a mechanism that can reduce pollution and clean up contaminated water bodies, land, and sustain our crops and livestock. The pioneers in environmental engineering are tackling these issues by coming up with new and innovative solutions to minimize pollution making our industrial processes environment-friendly.

Apart from these areas, Engineering at private engineering colleges in Jaipur has a wide range of applications in automotive, food processing, manufacturing, electronics, avionics, biotechnology, and software industries.

How Engineering Is Solving Complex Problems?

The basic tenet of engineering has always been about solving complex issues and making our lives simple, safe, happy and productive. Be it transportation, manufacturing, or even winning wars, engineering has always played a pivotal role in our ventures.

Even today, engineering is helping us create devices, machines, and software that can solve some of our most complex problems. For example, robotics and embedded engineers have already developed robots that can detect and disarm explosive charges. Robots have already been developed by the students of BTech colleges to help in the case of fires and disasters to evacuate trapped victims. These systems are being put through rigorous testing and undergoing continuous improvement before they can be deployed on a large scale.

Climate change is a looming disaster; it could be quite disastrous for the human race if left unchecked. Fortunately, engineers and scientists are working together to develop green technologies, low-cost nuclear reactors, and means to harness solar power. These innovations will focus on curbing the amount of pollution humans spill into our ecosystem.

Evolution Of Engineering Education 

As Engineering has evolved over the years, engineering education has also become more specialized. These days, colleges offer multiple streams or engineering like electronics, electrical, mechanical, automotive, aeronautic, telecommunications, chemical, biotechnology, etc. Mechanical engineering of top BTech Mechanical engineering colleges in Jaipur is considered to be an evergreen branch because almost every industry requires engineering graduates from the mechanical specialty. Other than that, the future is looking increasingly bright for software, IT and telecommunications engineering graduates as these fields are closely related to the internet and networking. That being said engineering is all about problem-solving and transforming dreams into reality.

Both engineers and business leaders want to create something efficient, both have an eye for creative, innovative solutions; yet they are both rooted in the realm of the possible and An engineer’s day-to-day work is very different from most business professionals, the skills & knowledge obtained from studying engineering transfer to business careers remarkably well also Engineering & Management are two fields that may seem different, but they have a lot in common.

There are some transferable skills engineers have and how they can use them to become great managers it is a good thing that some person or leader can teach other people the same skills for their growth as well as company growth.

Some Of The Skills Are Which Are Very Important:

1. Effective project planning and Time management

Engineers tackle a variety of projects and Each has a strict deadline also which encourages finding an innovative, efficient solution. They need to be approached in a well-structured fashion So those who can succeed in this area will find their skills translate very well to the workplace best practices.

2. Project Management & A keen attention to detail

Engineers are also skilled in project management. Engineers work on complex projects that require careful planning, coordination, and execution, So they know how to set realistic goals, prioritize tasks, allocate resources, monitor progress, and deliver results on time and within budget as well as they also have attention to detail and accuracy skills that allow them to eliminate errors and defects these skills are essential for managers who need to oversee multiple projects and teams, manage deadlines and expectations, and ensure quality and efficiency.

3. Good teamwork and communication

Engineers have to work with groups of fellow students on team projects, and as an individual engineer might not be an inspiring speaker, they will almost certainly be able to communicate well within a team as an invaluable trait when in a management position. Engineers often work in teams with other engineers or professionals from different disciplines also they have to collaborate, communicate, and coordinate effectively with others to achieve common goals and They also have to present their ideas and findings clearly and persuasively to various audiences, such as clients, stakeholders, or senior management These skills are crucial for managers who need to build trust and rapport with their teams, foster collaboration and innovation, and communicate their vision and strategy.

4. Experience in data processing and Strong numeracy

Both engineering and mathematics are very closely linked, So you don’t need to be a mathematical genius to succeed in business, it certainly helps, also you’re in negotiations, writing a business plan, or just trying to make sense of data & knowing your way around numbers is a huge asset.

5. Critical thinking

Critical thinking is the ability to evaluate, synthesize, and analyze information objectively to produce an original insight or judgment Individuals who are critical thinkers will often prompt themselves and more deeply about an issue, ensuring that a product, idea, or policy is thoroughly conceptualized.

6. Adaptability

Adaptability is the ability to quickly adjust to new situations An adaptable person is not only comfortable entering unfamiliar environments and facing new challenges but also often succeeds in such situations.

7. Management

Management is the ability to effectively handle other people and processes, such as time or plans, As An effective manager of other people might be adept at supervising, directing, and scheduling as they are likely skilled at understanding how each team member fits into the larger picture of the organization or project they are undertaking.

8. Technical knowledge and computer science

One of the obvious skills that engineers have is technical knowledge also engineers are experts in their fields and deeply understand the engineering processes and software technologies they use to solve problems.

9. Problem-solving and creativity

Another skill that engineers have is problem-solving. Engineers are trained to tackle complex problems that require innovative and efficient solutions and They have strong analytical and critical thinking skills that allow them to identify problems, find solutions, and evaluate outcomes, and They also have creativity and innovation skills that enable them to come up with novel ideas and solutions for challenging problems. These skills are valuable for managers who need to make data-driven decisions, optimize processes, measure performance, and report results.

10. Decision-making and delegation

Engineers also have decision-making skills. Engineers face situations that do not have clear right or wrong answers (for example, where to make budget cuts, how to deal with interpersonal issues, when to reallocate resources or extend deadlines) and they have to make judgment calls.

Read full blog : Arya College Jaipur

Go-karts are small-size and small-weight vehicles that were developed for racing by the students of top engineering colleges in Jaipur. These are made with materials that are strong and durable. It consists of many parts which include a chassis, engine, steering and braking system, and electronic controls. The chassis is the main part that is responsible for the stability of the vehicle. Chassis is made with the material having greater endurance and rigidity. It was developed in the 1950s in the USA and now getting popular. These are now used in amusement parks as recreational activities.

Many researchers have done work on go-karts and improve their design. This project was intended to design and fabricate a reliable and durable go-kart. It’s primary objective to build a go-kart using local resources and applying different techniques to limit the cost of vehicles. These objectives were achieved by studying different techniques which can be implemented. A reliable design was chosen which can be implemented and can be completed. Parts whose manufacturing easy and cost effective were manufactured in a local workshop while other parts which cannot be manufactured locally and were costly, were purchased. The plan of the project was prepared, and software was used to build design sheets. To achieve the final product, around 5400SR was costed which is very economical.

What Do You Understand By Go-Kart?

Go-kart is a simple self-propelled, lightweight and compact vehicle easy for operation. Due to low ground clearance, this type of vehicles are specifically designed and fabricated for racing by the students of best engineering colleges in Jaipur. Its main parts are the chassis, axle, steering, engine, wheel, bumpers and tyres. As it is one of the racing vehicles, its ground clearance is low due to which no suspension system is placed. Its engine could be either two-stroke or four stroke engine. Chassis in one of the main component of this vehicle as the total weight of the vehicle should be beard by it. Due to this, chassis should have strength and stability.

Go-karting is adventurous and great sporting vehicle for the people who are interested in racing because of its low cost, simple construction and safer way of racing. Its racing track could be indoor or outdoor. Modelling and analysis are performed on Solid works software. The chassis is designed in such a way that it requires less pipes and ability to withstand optimum loads applied on it. They are usually raced on almost any plain tracks with no pits and speed breakers. This is considered as the first vehicle for starting a career in racing field. A driver could easily Vol-6 Issue-4 2020 IJARIIE-ISSN(O)-2395-4396 12390 http://www.ijariie.com 874 prepare for racing through this vehicle, wheel-to-wheel racing for high speed, precision control, impulsive racing skills and spontaneous decision-making skills. These vehicles, now called as “Go-Karts” had grown into a billions dollars industry in most of the developed countries in the world. 

They are made, sold, and used exclusively as recreational racers by the students of private engineering colleges in Jaipur. However these vehicles are not designed for transportation and are considered illegal in most places to drive them on the road. A vehicle frame also known as chassis is the main supporting structure of motor vehicle to which all other components are attached, comparable to the skeleton of a organism. Chassis is a frame made of hollow pipes and different materials are used of various cross-section. It should have high torsional rigidity and high degree of flexibility because the vehicle should be stable and should have high strength. High degree of flexibility will give enough strength to withhold or grub the different load applied on the vehicle as well as its different accessories. While designing the chassis different criteria and factors that should be considered are its safe ride, structural strength due to applied load and ergonomics. Selection of frame material while designing any chassis, strength and light weight are the basic consideration for the students of mechanical engineering colleges in Jaipur. So material used in chassis is one of its important criteria. 

Go-Kart At Arya College 

Considering the above facts and information about Go-Kart technology, Arya College of Engineering and IT organizes First Karting Championship of Rajasthan. It was the most awaited, exciting and thrilling event that was started on 15th March 2018 and will continue till 17th March 2018. The event comprises of total 25 titles along with online virtual round. The winners will be rewarded by a special cash prize of 3.5 lacs. It was the full-fledged thrilling drag race that is sponsored by top brands. The main motive of this event is to give the full off racing environment and adventure of karting to the participants, giving the platform to the engineering students so that they can increase various skills of designing manufacturing and teamwork. At JSKC, students of top engineering colleges in Jaipur can gather and share the experiences of various states of motorsports and growing racing skills. Also, it will provide full of thrilling experience of racing environment so that students could enjoy by showing their racing skills, Team-Spirit, Innovation, Sports man-ship and team coordination. They are usually raced on scaled-down circuits. Registration of the event was done online.

Drag racing is a type of motor racing or drag race in which karts compete, usually two at a time, to cross a set finish line. The race follows a short, straight course from a standing start over a measured distance. Electronic timing has been used to record race results. Apart from this some interesting events are also organized. It is a variant of open-wheel motorsports with small open Four Wheel Vehicle called karts, Go-Karts or gearbox/shifter karts depending on the design. They are usually raced on skilled down circuit. Driving the street by Go-Kart at best BTech colleges in Jaipur is one most thrilling way to experience the racing. After all these activities, there will be special Entertainment night and Complementary site scene in Jaipur so that it can become a bunch of celebration, experience and expertise.

Conclusion

The basic need of Go-kart vehicle is less weight to strength ratio and less clearance. Keeping fabrication in the mind, we tried to make the design optimum and simple with high in strength and stability. Thus chassis has good strength against collisions from the front, rear as well as side. Hence we can conclude that the chassis design is safe and stable. The prior aim of the team was to build a go kart with minimum cost without compromising the safety and performance of the vehicle. The final result is a desired Go Kart design meeting all the above factors.

Whether it is a desktop or laptop computer, a smartphone or a video game system, every modern computer needs an operating system. That is the core software on the computer that sits between application software and the hardware, distributing memory and computing resources to apps, managing files and enforcing security rules.

The most common operating systems at best engineering colleges in Jaipur are Microsoft Windows, Apple macOS, Linux, Android and Apple’s iOS.

Types Of Operating Systems

1. Batch OS

The batch operating system does not have a direct link with the computer. A different system divides and allocates similar tasks into batches for easy processing and faster response.

The batch operating system is appropriate for lengthy and time-consuming tasks. To avoid slowing down a device, each user prepares their tasks offline and submits them to an operator. The advantages and disadvantages of using a batch operating system include:

2. Time-sharing or multitasking OS

The time-sharing operating system, also known as a multitasking OS, works by allocating time to a particular task and switching between tasks frequently. Unlike the batch system, the time-sharing system allows users to complete their work in the system simultaneously.

It allows many users of top engineering colleges in Jaipur to be distributed across various terminals to minimize response time. Potential advantages and disadvantages of time-sharing operating systems include:

3. Distributed OS

This system is based on autonomous but interconnected computers communicating with each other via communication lines or a shared network. Each autonomous system has its own processor that may differ in size and function. A distributed operating system serves multiple applications and multiple users in real time. The data processing function is then distributed across the processors. 

4. Network OS

Network operating systems are installed on a server providing users with the capability to manage data, user groups and applications. This operating system enables users to access and share files and devices such as printers, security software and other applications, mostly in a local area network. 

5. Real-time OS

Real-time operating systems provide support to real-time systems that require observance of strict time requirements. The response time between input, processing and response is tiny, which is beneficial for processes that are highly sensitive and need high precision for the students of best BTech colleges Jaipur.

These processes include operating missile systems, medical systems or air traffic control systems, where delays may lead to loss of life and property. Real-time operating systems may either be hard real-time systems or soft real-time systems. Hard real-time systems are installed in applications with strict time constraints.

The system guarantees the completion of sensitive tasks on time. Hard real-time does not have virtual memory. Soft real-time systems do not have equally rigid time requirements. A critical task gets priority over other tasks. 

6. Mobile OS

Mobile operating systems run exclusively on small devices such as smartphones, tablets and wearables. The system combines the features of a personal computer with additional features useful for a handheld device.

Mobile operating systems start when a device is powered on to provide access to installed applications. Mobile operating systems also manage wireless network connectivity. Potential advantages of mobile operating systems include Most systems are easy for users to learn and operate. Some systems are not user-friendly.

Examples of mobile operating systems include Android OS, Apple and Windows mobile OS.

7. Microsoft Windows

Created by Microsoft, Microsoft Windows is one of the most popular proprietary operating systems for computers in the world for the students of private engineering colleges Jaipur. Most personal computers come preloaded with a version of Microsoft Windows. One downside of Windows is that compatibility with mobile phones has been problematic.

In today’s times, making a career in IT or any other field related to computer science can open a door to numerous exceptional opportunities. Owing to the rising demand for qualified IT professionals across the globe, the field of computer science of top engineering colleges in Jaipur is the most popular career choices with regard to job prospects. 

An individual must know about their capabilities before jumping to the conclusion of selecting this lucrative stream of engineering education. While students choose the stream, they definitely need to know a lot about that subject and all about that specific stream of Engineering to ensure taking the right decision. 

 An Introduction To Computer Science Engineering

CSE comprises of the basic knowledge of both computer programming and networking. The computer science experience will provide enough knowledge about the implementation design and management of the entire information system in hardware as well as software.

This is a study which encompasses the theory of computation and the design and implementation of the computational systems. An engineering course of top computer science engineering college is offered all over the globe in the best of the technical institutions or universities and a student can do graduation as well as post-graduation degrees. In this program, students get to learn about developing hardware as well as software systems for the computers and they also gain ample knowledge over the communication systems and other similar devices. Due to this, computer science graduates are best suited for robotics research.

Eligibility Criteria Of CSE Degree

1. Undergraduate admission

In the case of the UG programme at engineering colleges, the students should have passed his Higher Secondary examination from CBSE or any other equivalent board with the core subjects as physics chemistry and mathematics. The selection is done on the basis of calculating the aggregate marks which should match the cut-off criteria.

2. Postgraduate admission

The Aspiring Candidate should have a BTech degree from a well-recognized University or college and the percentile should be matching the criteria. Also, there are exams like GATE which are conducted to find out the eligible candidates who can get enrolled in the MTech course.

Scope Of Computer Science Engineering

1. Need for new devices and software – With the advancement of technology, the world is absolutely paralyzed without the innovative devices. That is why, there will be the need for immense manpower who are skilled in the field of computer science.
2. IT hubs require experts – With every passing date, a number of software companies and IT hubs are increasing. Therefore, there is an increasing demand for skilled and CSE experts.
3. Experts required for cloud computing – With the trending concepts like cloud computing, the future technologies of the list of engineering colleges Rajasthan are depending on it and most of the companies are looking for an expert who can actually provide the entire segment of cloud computing. It further helps in the progression of the business.
4. Job in telecommunications – With the Rise in digitalization, the telecommunication systems are absolutely depending on the computer services. That is why computer engineers are employed in this field.
5. Transportation services – With the resurfacing of the GPS services, transportation services need computer science engineers.
6. Manufacturing unit of computers – No one other than the computer science engineers will know how to build computers in the best possible manner. There is a reason, why most of the major Fortune 500 computer manufacturing companies are looking forward to hiring more and more efficient computer science engineers of engineering colleges.

Common Subjects Covered For MTech Computer Science Degree

1. Cloud computing – It is the system of using a disconnected network of remote servers on the internet. Cloud computing helps students of top BTech colleges to bind them together to store manage and process the data rather than in a desktop for a personal computer or even a local server can make the data Invincible.
2. Computer Architecture and Organisation – It is the study of the internal working mechanism of the computers along with the implementation of the entire computer system. Also, it can be termed as learning the construction of the inner structure of computers.
3. Database management systems – It is a course about the kind of software that is responsible for the storage and retrieval of data in the computer system. Also, it is responsible for regular updates of the data for the users.
4. Design and analysis of algorithms – It helps students of private engineering colleges Jaipur learn about how algorithms are to be designed to solve every kind of problem in the branch of Computer Science and information technology.
5. Unix programming – It is a study about one of the most popular operating systems which were first developed in 1960 and has been upgraded ever since. It helps the students in learning the essence of multitasking.
6. Compiler design – This helps in making the students learn about the importance of a compiler. Design compilation helps in designing the same so that it can detect the error and also rectify it in the computer system.
7. Computer networks – This study is all about how the world of networking works and how it helps in the storage of data in various segments. It is one of the most important topics of study and consists of theoretical as well as practical approaches.
8. Data structure and algorithm – This is a structural study of the computers and it comprises of a special format which is used for organizing and storing data. It helps the students of best engineering college in learning about how the data is to be structured and designed in order to solve a specific issue.

People who enjoy spending time outdoors and have an interest in farming tools and technologies may consider a career in agricultural engineering. This field involves implementing innovative ways with the help of students of best engineering colleges in Jaipur to keep farms sustainable, efficient and environmentally friendly. With the right skills and qualifications, agriculture engineering is a stable career with an attractive salary. In this article, we discuss what is agricultural engineering, common daily duties for agricultural engineers and how to become one.

Engineers can design, develop and improve farm machinery, equipment and technology to improve a farm’s efficiency. Their primary goal is to ensure farms are sustainable and environmentally friendly. They use their engineering skills and knowledge to evaluate and solve issues like pollution control, natural resources management, sustainable agricultural production, the environmental effects of intensive agriculture and how farms handle agricultural products following harvests.

While they primarily focus on agricultural land and equipment, they may also design and build different agricultural infrastructures, like warehouses, water reservoirs and dams. Farming in engineering is a multifaceted career that integrates innovative technology like artificial intelligence with farming. It combines elements of mechanical, civil, electrical and chemical engineering with agricultural principles.

Duties And Responsibilities Of Agricultural Engineers

Some common daily duties and responsibilities of agricultural engineers includes the following:

1. Students of top engineering colleges in Jaipur develop and maintain agricultural machinery, structures and equipment that complete basic farming tasks like harvesting, spraying and seeding.
2. Design agricultural machinery and equipment whilst preparing drawings that specify the required materials and the method of manufacturing and construction.
3. Perform research on farms and in laboratories to conceptualize ideas for safe, efficient and environmentally friendly food production.
4. Stay up-to-date on industry news concerning technological advancements in the industry.
5. Plan and develop designs for drainage, irrigation and flood and water control systems.
6. Gather agricultural samples for experiments and analysis

What Skills Do You Need To Be A Successful Agricultural Engineer?

It is helpful for agricultural engineers of private engineering colleges in Jaipur to have these hard and soft skills to be successful in the industry:

1. Communication skills – Agricultural engineers require proficient written and verbal communication skills, as the job involves writing reports and communicating with a wide variety of people. This includes people working in the farming industry, government officials and residents.
2. Engineering skills – Agricultural engineers use a variety of engineering skills to complete tasks like improving machinery, developing new technology and planning agricultural systems.
3. Design skills – Agricultural engineers require advanced design skills and knowledge, as their job involves designing agricultural equipment, systems and infrastructure.
4. Teamwork skills – Working with various other professionals and tradespeople in the construction process is a key aspect of this role, so the ability to work well with others is beneficial.
5. Computing skills – Agricultural engineers typically spend time both indoors and outdoors, so they require computing skills for inputting laboratory data, writing reports on research findings and creating their designs using certain software.

How To Become An Agricultural Engineer?

Students of best BTech colleges Jaipur can follow these steps to become a successful agricultural engineer:

1. Complete your bachelor’s degree

The first step to becoming an agricultural engineer is to complete a bachelor’s degree. Entry requirements usually include a High School Certificate and the prerequisite subjects of English and mathematics. Students can complete a Bachelor of Engineering or Engineering Science, majoring in agricultural engineering. Alternatively, they can complete a Bachelor of Engineering or Engineering Science, majoring in chemical, civil, environmental or mechanical engineering and then pursue a Master of Engineering Science (Agricultural Engineering). Another option is to complete an honours year following the completion of the three-year Bachelor of Engineering degree.

These courses involve both theoretical study and practical hands-on experience conducting experiments in laboratories. If pursuing an agricultural engineering major, subjects will include agricultural science, agricultural machinery, soil science, geology, hydrology and hydraulics.

2. Get certified

Under the Professional Engineers Act, anyone performing a professional engineering service or as an employee for the state must be a Registered Professional Engineer. Another option is becoming a Registered Professional Engineer. Only qualified, ethical and experienced engineers of engineering colleges Jaipur can earn accreditation through this national scheme.

3. Apply for jobs

The next step for certified graduates is to find a job. Network using contacts made during university or through the aforementioned professional organisations. Alternatively, use an online job search to find suitable job openings. Meanwhile, prepare a cover letter and resume that highlights key skills mentioned in the job description, academic achievements, qualifications and relevant experience.

Similar Careers To Agricultural Engineering

If students of the list of engineering colleges in Jaipur are interested in the duties and skills of agricultural engineering, consider these similar positions:

1. Civil engineer

If interested primarily in designing and developing agricultural infrastructure, consider a career as a civil engineer. They work alongside architects and city planners to plan, design, construct and maintain public infrastructure like roads, railways, buildings, bridges, airports, mines, dams, harbours and water systems.

2. Environmental engineer

Environmental engineers identify environmental problems and develop efficient ethical and socially responsible ways to solve them. They may focus on improving the environmental damage of engineering works, restoring natural ecosystems, enhancing water supply, combating the negative effects of climate change or researching and developing innovative environmental policies for state and federal governments.

3. Agricultural equipment technician

Agricultural technicians focus on researching, developing, performing tests and then collating data on food and other agricultural products. They commonly work alongside agricultural scientists to conduct experiments and collect samples to improve the quality and resilience of plants and animals.

4. Mechanical engineer

One of the broadest engineering disciplines, consider mechanical engineering at best mechanical engineering colleges, if interested in focusing on machinery. This role involves designing, developing, constructing and testing a range of mechanical devices, tools and machines.

A mechanical engineer designs and develops various machines that could be dealing with the manufacturing of heavy parts or even small but sensitive pieces of instruments. Mechanical engineering at top engineering colleges in Jaipur deals with the complete process of the production of instruments. Some examples of products that need a mechanical engineer’s expertise are printers, disk drives, prosthetic devices, semiconductor tools, robots and heavy machineries like turbines, engines and transformers.

Mechanical engineering is one of the oldest disciplines in engineering, and the areas where it is involved in a major way are mechatronics and nanotechnology. Other industries that influence on mechanical engineering include metallurgical engineering, civil engineering, aerospace engineering and electrical engineering.

What Is The Role Of Mechanical Engineer?

The role of a mechanical engineer must analyse the problem to find out how a machine can solve the problem, Design or redesign devices, Develop and test prototypes, Analyse test results, Oversee the manufacturing process, etc. 

A Mechanical Engineer has a key role to play in many other industries. They can be appointed in other job profiles including Automotive Research Engineer, Heating and Cooling Systems Engineer, Robotics Engineer, Materials Engineer. 

Mechanical Engineer Job Responsibilities

The responsibilities of a mechanical engineer depend on the size and type of the employer. They mostly work on the components and equipment for different industries like healthcare, power, transport, and water. The various job responsibilities include taking stock of project requirements, measuring the performance of mechanical components, approving budgets, timescales and specifications, maintaining, modifying equipment, liaising with suppliers, conducting required research, evaluating and modifying products, etc. 

There are certain skills that are required by the students of best engineering colleges in Jaipur to study mechanical engineering and establish oneself as a professional in this field. Some of these key skills include technical aptitude, ability to work under pressure, problem-solving skills, creativity and innovation, interpersonal skills, verbal and written communication, ability to work in and lead a team.

Qualification Required

A mechanical engineer of engineering colleges Jaipur needs to have a certain level of qualification. They need to be graduates in relevant subjects or areas of study like mechanics, automobiles, aeronautics and manufacturing. Mechanical engineering aspirants also opt for advanced degrees from engineering colleges. Some work experience also helps in understanding the finer concepts better. The eligibility criteria to become a mechanical engineer are:

1. The candidate should have passed 10+2 from a recognized institution with Physics, Chemistry and Mathematics as the main subjects.
2. To secure admission in MTech in Mechanical Engineering, the candidate needs to be a graduate with 50% score.
3. Several colleges also conduct admissions based on scores in the entrance exams.

Mechanical Engineering Career Scope In Future

A mechanical engineer of private engineering colleges in Jaipur has a role to play in several sectors because of the requirement of heavy and small machineries in various functions. Some of the major sectors where mechanical engineers have a good scope for job opportunities include Aerospace Industries, Automotive Industries, Construction and Building Services, Indian Armed Forces and Ministry of Defence, Manufacturing Industries, Engineering Consultancies, Energy Utilities & Government Agencies.

Role of different job profiles of mechanical engineer that are relevant across industries.

1. Aerospace Engineer – It is a profile that deals with the maintenance and manufacturing of aircraft and airports keeping in consideration the technical aspects involved.
2. Maintenance Engineer – The role of a maintenance engineer is to keep a check of the functioning of the machines and equipment. To check the continuous running of the machinery and equipment, maintenance engineers are hired.
3. Automotive Engineer – Designing and development of mechanical components and machines related to automobiles is the functionality of an automotive engineer of top mechanical engineering colleges in Jaipur. An automotive engineer typically focuses on research and development, design and production.
4. Control and Instrumentation Engineer – Often referred as CI Engineer, these are professionals that deal with the designing, development, installation, management, and maintenance of equipment that are used for monitoring and controlling machines and systems involved in the work of engineering.
5. Contracting Civil Engineer – A contracting civil engineer is the one who deals with the consultancy involved in the field of construction and designing of projects like buildings, highway construction, dams and canals construction, etc. They are responsible for checking the ongoing on-site construction and work in conjunction with consulting engineers.
6. Nuclear Engineer – This role involves providing technical support to nuclear power stations, designing, building, running and dismantling machinery. Some related job profiles are reactor operator, process engineer, quality engineer, project manager or instrumentation and control engineer.
7. Mechanical Engineer – They are responsible for designing, crafting, developing, maintaining and managing machinery and equipment. A mechanical engineer of BTech colleges also takes care of designing, production, analysis, and testing. They also have an important role to play in the installation, maintenance, and structural engineering functions.

Conclusion 

After having explored the many facets of mechanical engineering the conclusion that we can draw is that the degree has relevance across sectors and can help students of the list of engineering colleges in Jaipur get placed in senior positions too. The world has seen many advancements in software and automation, but mechanical engineering still has an important role to play. Even the most advanced and complex technologies rely on machinery. Hence, it is given that mechanical engineers too will remain relevant and sought-after for many years to come.

An electric power system is specified by two main important parameters including voltage and frequency. To keep the expected operating conditions and supply energy to all the users (loads) connected, it is essential for the students of best engineering colleges in Jaipur to control these parameters within predefined limits, to avoid unexpected disturbances that can create problems to the connected loads or even fail the systems.

The most commonly used nominal frequency (Fn) in power systems is considered as 50 Hz and 60 Hz in some countries. The reasons for this choice are dependent on technical compromises and historical situations. Generally, when the system operates in a range of frequency Fn±0.1 Hz, it is in the standard conditions, while when the frequency ranges from 47.5 to 51.5 Hz, it is known as the emergency condition or restoration condition. These values differ as per each country.

Frequency differences in a power system occur because of an imbalance between generation and load. When the frequency value of a power system reaches the emergency condition, the control strategy get started. The frequency control is classifying in three basic levels including primary, secondary and tertiary controls. Each frequency control has particular features and purposes. 

60Hz means the power waveform cycles 60 times per second, and 50Hz is described as the power will cycle 50 times per second. These two basic frequencies are the primary reason for frequency conversion.  Before the 1900’s there were many frequencies produced across the globe utilizing Water and Steam Turbines ranging from 16Hz to 133Hz.  However, initially in 1900’s, the electric power grids get standardized on 50Hz and 60Hz AC power.  The origins and actual inventors have become a topic for conversation, but it is clear that Edison, Tesla and Westinghouse were all involved.

Presently, the Electric Utilities in some countries produce power at a frequency of 60Hz. This excludes some very old and still in operation Hydro Plants that produce power with at 25HZ.  Most of the other countries across the globe produce power at a frequency of 50Hz.  

How frequency converter works?

To change the frequency of ac current, frequency converter goes through two stage conversion by the students of top engineering colleges in Jaipur. First it converts ac to dc, then secondly dc to ac of required frequency. Thus, frequency converter has two sets of working including the rectifier circuit converts ac to dc and then inverter circuit with thyristors/ IGCTs / IGBTs converts dc to ac with desired frequency. The shifting and changing of frequency happen in the converter stage.

If voltage conversion is required, a transformer will be included in either the ac input or output circuitry and this transformer may offer galvanic isolation between the input and output ac circuits. Also, a battery may be added to the dc circuitry to improve the converter’s ride-through of brief outages in the input power.

Why do I need a frequency conversion?

Small components such as computers and small electronics operate with switch mode power supplies.  These operate at both 50HZ and 60HZ and, the only item students of electrical engineering colleges in Jaipur may need is a plug converter as 50HZ outlets are not the same as 60HZ outlets. This is because both of them operate at different frequency and does not require plugging equipment into the wrong power source or run the risk of damaging equipment and or harming yourself.  You cannot put it back, once you let the smoke out of the equipment.

Specific industry

Some particular industries have unique frequency requirements based on how they supply power to their equipment. While Aviation and some Weapons systems requires 400Hz.  These systems internally create 400HZ power. Thus, a ground power unit, also called a GPU produces 400HZ , if an equipment is not operating and providing the internal 400HZ. Considering this, electrical systems used on the ground required the Ground power support.

On the other hand, 400Hz is used in different airport and military radar applications. Rail utilize 25, 91.66 or 100Hz to run their signal systems while Ship yards and boat docks require frequency conversion for shore power. Therefore, a frequency converter is required by the electrical system to match the power. There are different variable frequencies needed in laboratories and testing facilities.

What are the types of frequency conversion?

For students of private engineering colleges in Jaipur, some applications are better suited for Rotary Frequency Conversion. It is also called Motor Generator Sets or Rotary Converters. While others may be more suitable for Static Frequency Conversion (also called Solid State Converters). Each type offers its benefits and shortcomings. Thus, some companies will build both types of equipment.  It allows the customers to select what they need.

Experts of engineering colleges uses a generator called Rotary Frequency Converter to produce a true output sine wave at the desired frequency much like the power companies. A Static Frequency Converter further uses a double conversion process with a rectifier that changes the AC input to DC. Later, the inverter converts it back to an AC output.  And lastly, wave shapes the frequency resulted in a re-created sine wave. The resulting frequency and/or voltage conversion from any type of unit is suitable for most applications. Price, serviceability, design life, size, and noise are the deciding factors when purchasing a Frequency Converter system.