Engineering Innovations that are Changing the World

In this Modern era, most of the students pursue professional programmers like engineering from top-notch colleges. Many of the students prefer engineering as it is one of the prominent fields in Education sector. Students usually go with the most promising institutes. Shree Ramchandra College of Engineering is one of the top engg colleges in Pune. As they believe that the leaders of tomorrow are the young generation of today. The engineering sector is dwelling in success with the latest innovations in several engineering fields. These innovations play an important role to motivate the students.

Latest Engineering Innovations

Mechanical Engineering:

3D Printing is one hiking sector in manufacturing technology, and this year it has hiked even more. 3D Printing innovations are rolling up almost every day. But, the innovation that caught everyone’s eye was Strati, it is the first fully 3D Printed car designed in America by Local Motors. Almost 44 hours were taken to print all the car components and then another two days for assembling them together. This car has only 40 components as compared to average car components which can be up to 20000. Local Motors stated that they designed the car this way in order to minimize tooling costs and complexity.

Civil Engineering:

At MIT, Civil Engineering experts came up with stronger and durable concrete with 50 percent less carbon emissions. North Carolina State University Experimenters developed a sensing skin technology merging electrodes and computing to quickly identify cracks or damage in the structures.

Swiss researchers in another successful experiment, showed that shape memory alloys can be utilized in the building industry for applications like building up of bridges. As the name states, a shape memory alloy memorizes its shape when bent out of shape. These innovations can be used to overcome drawbacks in concrete’s weakness like tension with innovation like prestressed concrete.

Electrical Engineering

Some Researchers at Sweden’s Chalmers University of Technology developed a microwave circuit that transmits data up to 40 gigabytes per second.

Another example is of integrated circuit designed from the University of Arkansas which can sustain temperatures more than 350 degrees Celsius.

NTU Engineers were able to print complex circuits on materials like plastic, paper, and aluminum foil.

But the most buzz worthy invention was made by Polytechnic University of Valencia. They can charge any device wirelessly by using an energy transfer device.

The device uses resonance coupling, linking the energy transmitter and the other device to gain the required transfer of electrical energy.

Computer Science Engineering

The most amazing computing technology came from Google with the No CAPTCHA, reCAPTCHA application programming interface which want users to confirm they are human by selecting a checkbox stating - I’m not a robot. The system can read simple human movements like waiting before clicking a checkbox.

Computer scientists at Carnegie Mellon University built Wyvern, a programming language which make it easy to use multiple languages for one programming task. It is the first type specific language that can understand and convert literals into various types of programming languages.

Conclusion:

Throughout history, many brilliant minds have thought of many great ideas. Some of those ideas have come up with inventions that changed our lives forever. We should appreciate the new innovations from the young and creative minds as without creative minds implementing their ideas to test, many of the things we take for granted would never have been there.

Reference - http://www.srespune.org/blog/engineering-innovations-changing-world/

IS THERE STILL A RAY OF HOPE FOR ENGINEERING ASPIRANTS IN INDIA?????

The last 15 years has seen an enormous rise in the number of students acknowledging themselves into engineering colleges, from about 6 lakhs in 2005 to about 25 lakhs in 2015-16. However, the number of jobs has largely stalemated(fallen).

The excellent year for engineers was the pass-out batch of 2006-07 (82% placed) exactly 11 years ago. This was the batch that got into colleges in 2003-2004. At that point, the seats arranged for engineering were almost on an equality with students looking forward to jobs. It was the year when the IT /Software companies were flying high. As the engineering institutions came across success, that’s why they started expanding.

The decrease in job placements hasn’t occurred overnight. The immoderate growth rate of the software industry has fallen down from a huge number from 2006. Almost all the companies are looking forward to greater efficiency. Every company has its own systems and processes taking over, resulting in the fall of manpower requirement.

On the other hand, decreased employment opportunities have cut down the attrition levels drastically — from 30% to 14%. Employees of software companies are no longer challenging. Companies are also accelerating the bar and retain learned to sustain their best employees.

Companies now know about campuses with lasting manpower. They recruit only 40% of their annual requirement and don’t create ‘bench strength’. They are aware that many would be available as and when they want. Recruitment happens whenever it is required. Companies no longer risk a standby staffing or recruited but not adding to the output.

India should take a step forward to solve this imbalance immediately. As a well-developed country, we must work on creating research, encourage a scientific temperament, push academics as a career, and motivate aspirants to study further and aim higher.

The current system from the best engineering colleges in India is very effective, especially from the educational hub Pune.

Most engineers look for a job in a software company after completing their education in deep engineering. In fact, many aspirants who go in for a Master’s are those who haven’t been recruited yet. This has resulted in ‘intake quality’ problems for all our Master’s/Ph.D. programmes.

The situation calls for crucial measures to manage the imbalances — employment, further education, capacity building and so on.

• The most immediate step could be encouraging placement at the Master’s level too. After this, companies will have better-educated aspirants seeking employment.
• We must get back in the past SMEs and MSMEs into the recruitment pools, which has been neglected. They will take upthe core engineers.

• As a country, we must also focus on incorporated programmes and to educate our youngsters more. The current engineering education system is generating more aspirants looking for a job. If we were to promote and allow more integrated 5-year Master’s programmes, the best students will study until they finish post-graduation.

Minimum standards for setting up engineering colleges must grow further. Institutions must be given a 5-year time-frame to match those growing standards.

• Motivate research, fellowships at the Master’s level. Determine the best talent at the undergraduate level and direct them to the right way and field.
• The current situation requires a dramatic restructure. We will begin to have more social unrest and less economic activity, under such circumstances.
• We have no right to ‘demographic dividend’ for our students.

As far as today’s concern, engineering industry has a demand for lot of engineers in the market. The world has developed in its entire field and has become more digitalized than past years. There are many Engineering Diploma colleges in Pune which provide many courses with effective and guaranteed studies and also with the job placements in the best companies.

Is the government prepared? Is the government thinking over it? And planning to improve the system?

Source:- SRCOEPune

Reverse Engineering: A Powerful Requirement Gathering Technique

Whether it’s reconstruction a car engine or diagramming a sentence, one can learn about many things just by taking them apart and putting them back together again. That, in a nutshell, is the concept behind reverse-engineering—breaking something down so that we can understand it, build a copy or improve it.

A process that was initially applied only to hardware, reverse-engineering is now applied to software, databases and even human DNA as well. Reverse-engineering is highly important with computer hardware and software. Programs are written in a language; say Java or C++, that’s understandable by other programmers. But to run on a computer, they have to be converted by another program, called a compiler, into the zeros and ones of machine language. Compiled code is unintelligible to most programmers, but there are ways to change machine code back to a more human-friendly format, including a software tool which is known as a decompiler. Reverse engineering is used in a variety of fields offered by the best engineering college in pune such as software design, software testing, programming etc.

Reverse-engineering is used for many purposes: as a learning tool; as a way to make something new, compatible products which are at low-priced than what’s currently in the market; for making software work more effectively or to bridge data between the different operating systems or the databases.

Reverse engineering, is basically the process of taking a software program’s binary code and replenishing it so as to trace it back to the actual source code, is being widely used in computer software and hardware to enhance product features or fix certain bugs. For example, the programmer writes the code in a high-level language such as C, C++ and etc. As computers don’t speak these languages, so the code written in these programming languages needs to be gather in a format that is machine specific. In short, the code written in high-level programming language needs to be interpreted into low level or machine language.

The process of converting the code written in high level programming language into a low level language without changing the original program is called as reverse engineering. It’s similar to dismantling the parts of a vehicle to understand the main and basic functioning of the machine and internal parts etc. and after that making appropriate adjustment to give rise to a better performance of a machine and making a superior vehicle.

If we have a look at the subject of reverse engineering (RE) in the context of software engineering, we will find that it is the practice of examining the software system to extract the actual design with implementation information. A typical reverse engineering scenario would comprise of a software module that has been worked on for number of years and carries the line of business in its code; but the original source code might be lost, leaving the developers only with the binary code. In such a case, reverse engineering ability would be used by software engineers to identify probable malware and virus to eventually protect the cognitive property of the company. Learn more protecting Intellectual Property in engineering college in Pune.

In simple word we can say reverse engineering is the practice of taking something which already exists and peeling away its layers to better understand exactly what makes it active.

Source:-SRCOE Pune

Academics versus Curricular activity

Importance of extracurricular activities

• Positive mind and attitude

• Social interests

• Better time management

• Exploration of news ideas

SRCOE is the best college that gives  all kinds of support that a student needs to excel in their life.

More Info

https://www.youtube.com/watch?v=LgHWR0YMUbM

A career is well begun with an engineering degree. It is a degree that develops various skills and also enhances one's thinking capabilities. But time management is an important factor to be maintained while pursuing or to complete the degree in a graceful way.

                 " Time management is Life Management"

                                                                                         - Robin Sharma

It is recorded that engineering students are likely to face more stress and frustration which gradually results in bad health issues and further complications. Engineering students face stress during submissions, exam or last minute project work due to the improper time management methods. Also some of the engineering students tend to go for some kind of part time job or workshops. To maintain a right balance between all these tasks is very essential.

Time management enables one to follow the schedule in a proper way in order to complete it well on time. It also frees stress and makes one's mind positive and healthy. One can arrange the tasks according to its priorities and be on track before submissions or exam period. Proper time management not only makes room for academics but also extracurricular activities .

                                 " All time management begins with planning".

                                                                                                                  - Tom Greening.

A few Time Management tips :

• Make a check list

        A check list of all the things to do is a must for improving one's time management. It is only then a clear picture of all the tasks to be done will bring an idea of how much time each task will take.

• Organize a schedule

        Organizing a schedule such as pinning up a time table or a reminder in cell phones will enable one to keep a track of all the priority tasks to be done and also will keep one alert or updated.

• Keep yourself away from any kind of distraction

        To chose the right place to study is very essential. A research should be made about  all the places that can reward utmost peace, comfort and concentration.

• Prioritize the important tasks in the schedule

 " The key is not to prioritize what's on your schedule but to schedule your priorities"

                                                                                                                       - Stephen Covey

• Take a break

Break is very necessary between study hours. Going for a small walk or breathing in fresh air eases one's stress.

• Exercise

Exercising not only rewards healthy body but also healthy mind.Time management defines life. A proper schedule with all priorities will enable one to excel in all sectors of life and will also enhance one's career and opportunities.

A college is responsible in moulding an individual's career. Students are giving proper guidance in the top and best engineering colleges and it is the best ever privilege that one can ever get.

Alive and Well Campus Life….

A campus defines a college. A walk in and around the campus rejuvenates a feeling of how the college is really like. It is a place or set down where universities ,colleges and recognized buildings are found. A campus includes various infrastructures such as libraries, amphitheater ,  lecture halls, cafeteria, conference hall, parking arena etc. Each colleges have their own vivid campus with immense facilities.

The key factor to judge a college is its campus and the right way to know more about the college is personally conducting a visit.  To make a quick visit to all the colleges may not be practical but it’s ideal to make trips and know more about the colleges. A campus visit answers all the prolonged questions that a catalogue, website or brochure can’t explain. It is essential to get an answer for the questions that is jotted down. For instance a visit renders the chance to take reviews from the students about various activities such as teaching faculties, courses, hostel facilities etc.

One can also find detailed information about admissions and other financial related issues. An overview about the classroom infrastructure such as its average size, teacher-student ratio, professors, non teaching staffs etc can be obtained. Parents are always conscious about the welfare of their child. Thus a visit gives them an understanding as well as takes away their worries regarding meal facilities, diversity , social or cultural activities etc.

Safety is another important aspect that worries all. Everyone agrees to the term that safety is priority. When applying to a new University one would expect that the University is safe to study and doesn’t have any bad reputations in the past. Safety on campus is an important issue and needs careful attention. Parents are concerned about many things when their children are off to a new learning campus, especially when they are away from their guard. Campus safety is extremely vital in making these life decisions. Proper security services for day as well as for the night should be provided by the colleges. A safer environment encourages more students to be a part of that institution.

• It is always good to maintain a Campus Visit Checklist

1. Gather Information.

Find out details about how to apply or seek admission in the college.

• It is good to be part of group information session at the admission office.
• An interview with an admission officer renders information about all the formalities .
• Collect financial aid forms.
• Visit classrooms.
• Interact with the professors.
• Befriend the students and gather casual but honest reviews

2. Explore the Campus.

• Walk in and around the campus.
• Talk to the students about college and campus life.
• Monitor the staying facilities.
• Interact with coaches.

3. Get Valuable Information

• Pick up official college material such as brochures and financial aid forms.
• Carry business cards to avail more admission or financial aid.
• Student newspapers and activity calendars briefs the campus whereabouts.

4. Get Ready to Decide

• Take advice , think and decide.

SRCOE is the best engineering college which takes care of the students welfare. It is a home to many students and renders the best and safe campus facilities . A college is a place where student spends most of their time with respect to academics as well as cultural activities. A student’s comfort is the colleges priority and SRCOE is an engineering college that has students comfort on their checklist making them feel at home by providing all facilities.

Distinct Education – an aid for Engineering

India is a diverse and democratic country and is also advancing in global technologies. This increased in the number of engineering graduates across the states. In India, most of the students wish to enroll for engineering courses after their higher secondary education. A great demand arises among the students to reserve a seat in well-known institutions; as they have spend a lot of money and their valuable time to prepare for the entrance examinations. But only a few students are able to crack the exams and get into renowned institutions as per their desire. This became an advantage for emerging engineering colleges as well as students. It was beneficial for students because they could still pursue their dream to be an engineer by enrolling into these colleges. Insufficient knowledge about the fact of ‘engineering’ and their respective field deprives the growth of eminent engineers with minimal employability skills. People have misconception regarding engineers. They think engineers ought to be “super-humans” who can build several gadgets like rockets, robots, electric vehicles etc. The reason following this misconception is that when an emerging engineer is working on a project based on satellites, people conclude his versatility in knowing every minute detail about the satellites. In reality, complete details of the projects are not known by any engineer. For example, to design an electric car people from different streams such as electrical, mechanical, chemical engineering etc. are required.

Engineering college is a place where future engineers are nurtured. But it’s a misconception that drives people to think engineering colleges are build up with business point of view.  As an engineer, student or aspirant, we all know that unless an engineering college, course and seats are certified by AICTE, they are not valid. Engineering colleges are in great demand as they sharpen the skills of the students making them a potent asset for India. Engineering colleges are still the flame of development of Indian economy. Hence they must be peculiar such that the students passing out from any institute should have unified knowledge towards their particular subject and acuteness to perform some epic contribution towards their workplaces. Rather than increasing the quantity we must focus on the quality. Even after pursuing BE, students are clueless about their carrier.

An enormous increase in colleges indirectly impacts the quality of education and depletes the number of jobs in the industries. Quality education must be rendered with respect to practical knowledge rather than theoretical aspects.

The primary objective of engineering education is to give good intuitive basic and analytical skills. The Engineering stream increases the ability of gaining capital by creating assets. Education has to be delivered with quality so that innovative ideas emerging from the engineering graduates could develop the economic growth of the country. Engineering colleges can maintain their quality in varied ways. There are many private engineering colleges who are contributing standard education in quality environment. It is important for such institutions to bring out the best in students because it is basically the results and the quality of the students that will form the criteria for judging the credibility of such colleges.

Technical challenges that will encounter in future require highly skilled engineers, and our educational system needs to train students who can do their best.

Following improvements are needed in engineering education to improve the Quality.

1.Develop elementary as well as secondary school education to students to succeed in engineering school. This should comprise classes that will cultivate engineering skills at an early stage.

2.Having the right kind of education is important. Great improvements need to be made by improving the quality and relevance of these courses. Concentrating on the key areas where one could be educated to understand and make good decisions.

3.Part of the engineering curriculum should be adjusted for betterment of students.

    Statistics, problem solving, safety and basic business acumen are key areas in which every engineer should be experienced.

4.Public relations are important.

    This will teach people about the value of engineering, the roles that engineers play in this world and the opportunities that exist for engineers may help many to be inspired to become engineers.

All engineering institutions need to be better, and find ways to help others meet higher standards.