Five branches of engineering that has the highest demand

Industries all around are looking for Engineering graduates to carry out the work in different specialized areas. Here the importance of different Engineering branches comes in. Here are five branches with the highest demand

Computer Science

With a B.Tech degree in Computer Science, you can work in any organization or company that requires digital presentation such as banks, hospitals, education, or railways. B.Tech in Computer Science is one of the most evergreen Engineering branches and will continue to rise in the years to come.

In Computer Science Engineering you can opt for the Software or the Hardware department and learn about coding, designing, data analytics, cybersecurity, and gaming and also engage in machine designing, data analytics, and cybersecurity, understanding computers, computer networks, programming, mobile applications, operating systems, and artificial intelligence.

Mechanical

B. Tech in Mechanical Engineering in increasingly opted today, with the advent of high-end machinery that optimize and blend the best of engineering technologies like

mechanical, electronics, computer, communication and control system engineering.

B. Tech in Mechanical branch will teach you about the application of Science especially Physics for inventing technology that benefits the society.  With B.Tech in Mechanics, you can make a career in the Government organizations a well like in Metro projects, Railways, National Highways, Defence Forces, SAIL, BHEL, etc.

Electronics & Communication

Employers are seeking out Electronic & Communication engineers in industries which includes manufacturing, aerospace sector, automotive industries, power generation

etc. With B.Tech in Electronics & Communication, you can work in power electronics, system management, designing and manufacturing of electronic devices and

systems, maintenance and repair of electronics, telecommunications, etc.

Civil

Civil Engineering will give you a promising growth. You will work in the construction of the modern high-tech cities which accommodate high population and serve the best of facilities to their residents. After B.Tech in Civil engineering, you can secure high paying and progress driven jobs in construction firms, government organizations like DMRC, Railway, NHAI, BRO, etc. 

Biotech

India is gradually becoming a hotspot for the Biotech Industry. Biotechnology is really vast and after B.Tech in Biotech you can work in healthcare, agriculture, disease control, food technology, food processing, nutrition and dietetics, animal husbandry and lot more.

At Crescent Institute, the experienced faculty, a wide range of facilities and infrastructure provide you with a perfect atmosphere to pursue your higher education. Visit us to explore the latest courses in engineering, life sciences, pharmacy and more.

Emerging careers trends in engineering and technology you need to know

With the advent of the digital era, the last few years have seen a plethora of changes in the way the human race communicates, commutes and entertains. We have already entered the phase where engineers across industries are co-working with robots that are auto-programmed.

In today’s highly competitive and complex world, a degree in engineering no longer guarantees job security. Future engineers will require additional specialization and skills to adapt to the rapid digitization of industries.

Man and Machine

Studies claim that by 2025, we will lose almost five million jobs to automation. Does this portend the end of the world for engineers? The answer is no. Machines need human expertise to succeed. What they can do is bring precision and speed to tasks that are currently manually executed.

A study reveals that 37% of jobs which exist today will change in one form or the other. The day is not far when thousands of BOTS will work alongside humans to book appointments, deliver customer support, book online tickets etc. In fact, a professional services firm has predicted a five-fold increase in BOT intervention at our workplace next year.

Improving employability

Modern engineering is undergoing rapid changes with booming industries like travel and healthcare going through a major revolution using digital technologies. To be able to adapt to the changing landscape, students should look for opportunities to enhance their skills and gain hands-on industry experience in real-life applications.

The advantage with students today is that they are digitally savvy, making it easier for them to adapt to contemporary engineering concepts.

To enhance the employability of young graduates, AICTE has revised the model curriculum for all engineering graduates with a reduced number of 160 credits.

The government along with educational institutes is providing platforms to encourage innovative thinking in young grads. 

Newer technologies 

Engineering will continue to be a sought after career stream in the years to come. What is changing is the landscape on which industries innovate and flourish.

Science, Technology, Engineering, and Math (STEM) today are solving most of our problems and STEM graduates are in hot demand. The future is going to bring forth opportunities for students to work on problems which we have not seen or experienced thus far.

Holistic skills 

Jobs of tomorrow require interdisciplinary and multi-disciplinary knowledge. In order to thrive in a competitive, changing environment, engineering and technology students have to:

• Think out of the box
• Be more open to taking risks and accepting failures
• Be more creative and have extraordinary people skills

While it is important to innovate, it is equally important to strive for improvement. Being a digitized world is not enough. What the world needs is a digital winner.

Top technology fields you should take in 2019 for a great career

The right technology can launch businesses to a higher level of performance and achievement. Thus, certain upcoming fields are growing very fast and can prove to be great career fields if one chooses to take up courses in the same.

In technology, the prospects look exciting and some unexpected trends arise while old-timers merge with each other to enhance the overall impact. This year, we expect exponential changes in every area of technology.

Machine learning and artificial intelligence will alter most industries, making way for virtual helpers and myriad cases for automatization. We see huge potential for smart homes and smart cities, through the implementation of the Internet of Things (IoT).

Here are 10 technology fields that will rise high in 2019

1. Artificial Intelligence

The idea behind AI is to mimic a human brain and to create a machine that has the power to think, analyses and make decisions of its own.

While we might think that AI is at least a few years away from causing any substantial effects on our lives, the fact remains that it is already having an enormous impact on us.

One of the biggest users of artificial intelligence is the online ad industry which uses AI not only to track user statistics but also serve our ads based on those statistics. 

2. DevOps

It is a software development strategy which bridges the gap between the Dev and Ops side of an organization, for seamless delivery of software. It was introduced because there were limitations in the traditional model.

There is a need to release small features more frequently and without DevOps it is not possible. To understand various DevOps tools, one needs to study the scripting language, infrastructure code etc.

3. Cybersecurity

With the rising cases of cyber threats, cybersecurity is a much-needed career field now.

Keeping in mind recent data breaches that have been committed in the tech industry, the Global Data Protection Regulations were revamped.

This has, in turn, resulted in an increase in demand for cybersecurity personnel who can cope with the changes and keep a company free of any sort of compliance issue.

4. Augmented Analytics

While some may call it augmented analytics, others may call it Smart Data Discover, but at its core, it involves the integration of BI and AI to automate the processes of finding data, preparing for analysis and generating insight.

The purpose here isn’t to replace the decision-making system, but to support it. One feature of augmented analytics that sets it apart from other technologies is its ability to carry out natural language generation which unpacks complex jargon and provides simple insights.

5. 5G Network

With much anticipation to roll out across the world in the coming years, 5G network is the latest iteration of cellular technology. This will be the next generation of mobile internet connectivity which is a combination of cutting-edge network technology and research. They offer faster speeds and more reliable connections on smartphones and other devices.

6. Autonomous Things

Autonomous Things take the advancement of Machine Learning a step further based on AI and IOT, to enable complex decision making autonomously in devices and objects. It can enhance any object in our surrounding to think and respond by themselves.

This technology will be commercially relevant technology in 2019 and envisions to make self-driven vehicles, drones and robots a common reality by 2020.

7. Digital Twins

A digital twin is an integrated multiphysics, multiscale, probabilistic simulation of an as-built vehicle or system that uses the best available physical models, sensor updates, fleet history etc. to mirror the life of its corresponding flying twin.

For example, how do you operate, maintain, or repair systems when you aren’t in physical proximity with them? That was a challenge NASA’s research department had to face when developing systems that would travel beyond the ability to see or monitor physically

This pairing of the physical and virtual worlds allows the analysis of data and monitoring of systems to head off problems even before they occur and plan using simulations.

8. Edge Computing

Edge computing is basically pushing the frontier of computing applications, data and services away from centralized nodes to the edge of a network. By moving data centres to the edge of the network closer to consumers, it speeds storage, processing, and analytics of data nearby, before sending it back to the centralized data centre. This ultimately drives better performance, faster response time and greater innovation.

9. Quantum Computing

Quantum computers can analyse large quantities of data and spot patterns quickly, they could tackle optimization problems for transportation and industry, advance climate modelling and boost artificial intelligence research one day.

Quantum computers are still in the experimental stage, but their raw potential is sure to cause a paradigm shift in computing physics and potentially our understanding of the world today.

10. Immersive Experience

Immersive experience basically integrates augmented reality and virtual reality. For example, what if we can create digital environments for a human to experience the impossible?

Through a mix of data science, artificial intelligence, and creativity, virtual and augmented reality offers an opportunity to train and plan in a safe environment, without consequences.

From battlefield simulations to hospital management scenarios, this technology better prepares a team for mission success.

To make a truly transportive experience, audiences crave the sensory richness we would find in the real world around us not only visually-but in the care and attention to sound, scale and the imagined world off-stage.

5 unconventional subjects expected to become very popular in 2019

From Robotics to Mechatronics, here are the unconventional courses that are set to become more popular in 2019.

1. Robotics

Thanks to the rapid progress of AI (artificial intelligence), robots are no longer considered dumb-machines that are only capable of doing simple, repetitive tasks. With the arrival of humanoids, robots have made huge leaps in recent years. Simultaneously, the career options for students who specialize in robotics has expanded.

From doing research work to designing industrial robots, they can get the opportunity to work in a variety of industries. Therefore, the number of students opting for courses related to robotics is likely to go up in 2019.

2. Automation

Automation has already started making profound impacts on the business world. Be it manufacturing, automotive or retail, nearly every sector is now investing heavily on automating tasks that are tedious, repetitive and dangerous.

As traditional job roles are evolving, the demand for automation experts is growing by the day.  Other than automation engineering, certification courses in industrial automation are also expected to take off next year.

3. Mechatronic

Mechatronics is a fairly new branch of engineering that has caught the attention of students lately. It is an intersection of mechanical engineering, electronic engineering and software engineering.

Broadly speaking, mechatronics engineering focuses on technologies involved in building intelligent electro-mechanical systems.

After completion of their course, graduates can look for work opportunities in various areas including automation and robotics, AI and expert systems, sensing and control systems, computer integrated manufacturing systems, and transportation and vehicular systems.

4. Disability programmes

According to a World Bank report, 1 billion people across the world live some form of disability. At a time, when people of disabilities make for the 15 per cent of the global population, the demand for disability support workers are on a rapid rise in many countries.

Students with a degree in disability programmes can find a wide range of jobs. Be it a speech therapist or a full-time caregiver, the options are plenty.

5. Infection Control

Another course that is tipped to gain popularity in 2019 is infection control. This specialized field of study prepares students to work in an array of settings such as hospitals, healthcare facilities, government departments, private labs among others.