The Future Scope of Engineering: Machines, Health, Robots and Computers

 

As human life evolved from the Industrial to the Information eras, our reliance on technology and information grew. As a result, engineering and allied sciences have reached unprecedented heights.

We have come a long way from a labour-intensive and time-consuming economy to a creative one based on science, information and communication technology. As a result of our insatiable hunger for knowledge and information, the demand for technologically advanced networks and gadgets has skyrocketed, widening the scope of engineering in the coming years. 

 

The Miracle of Machine Learning

Machines perform many repetitive. Artificial intelligence and machine learning have permeated every aspect of life. Check your phone. Do you have Upstox? You might have observed that its recommendations can assist you in correctly investing your money. Everything is the magic of machine learning.

However, machine learning is not limited to the financial sector. It impacts every area, including banking and finance, information technology, media and entertainment, gaming, and the automobile industry. Take another example. Companies developing self-driving systems rely heavily on artificial intelligence, machine learning and deep learning to manage tremendous volumes of data to train and evaluate their autonomous driving systems. According to Carsurance, the worldwide self-driving car sector grows by 16% every year, corroborating the scope of this field of engineering in the future.

From self-driving cars to Sophia, and from quantum computing to computer vision, Machine Learning has a huge role in the engineering field in the years to come. Capitalise on this enormous scope by enrolling in Machine Learning and AI courses by Skill-Lync. If you are thinking, "how are courses at Skill-Lync"?; then it is the best in the industry. Coming to Machine Learning, you can do courses like Advanced Deep Learning using Python, Machine Learning Fundamentals In-Depth, Python for Mechanical Engineers, etc. 

 

Engineering and Health: A Spellbinding Combination

Come to health. The overarching purpose of biomedical engineering is to improve human health and healthcare systems. By combining the power of technology and biomedicine, biomedical engineers create a variety of life-saving medical devices, expanding the scope of the engineering field in the future. Moreover, they ensure that these cutting-edge medical gadgets are both practical and safe in their functions, demonstrating the tremendous potential of biomedical engineering, now and in the years to come.

 

Take a few examples:

• Biomedical engineers have developed a 3D-printed nanoscale robot capable of navigating the body and combating diseases. 
• Researchers have developed a wearable brain activity monitoring system.
• As a result of enhanced research in biomedical engineering, biosensors can monitor wounds in patients in real-time.

 

Thinking, "is Skill-Lync good for learning biomedical engineering"? It is a big yes! Skill-Lync has partnered with the Andhra Pradesh MedTech Zone (AMTZ) to offer a 12-month Medical Technology curriculum that includes a 2-6 month internship.

 

Robotic Engineering: Manufacturing, Wars, and Nukes

Robotics is a vast topic that allows engineers of different disciplines to develop and better their lives by using efficient equipment. Robotic science as a career path is promising as robots are critical in the industrial sector. They aid in manufacturing and have a variety of applications in nuclear science, maritime exploration, biomedical equipment design, modern warfare, surgery, nanotechnology, and space exploration, to name a few. But what does robotics engineering have in store for the future? Let us take a few examples:

 

• Using the same mine detection technologies as humans, robots can complete the same in around one-fifth of the time with greater accuracy.
• The United States, China, India, and Russia have shown a strong desire to deploy cutting-edge military and defence technologies. The US Defence Department even published its first AI plan in 2019, opening the doors for robotics engineering in future.
• The Indian Ministry of Atomic Energy will receive a budget of 86,200 crores this year in what looks to be an effort to reduce carbon emissions. Many other countries are also replacing conventional energy with nuclear one, leaving extensive scope for robotics engineering.

 

The Boundless Scope of Computer Engineering

Computer engineers deal with designing, testing, implementing, and maintaining computer hardware and software. Engineers who work in computer science engage in a variety of computer-related activities. They handle individual microprocessors, personal computers, supercomputers, and the circuits and software that run the computers. The field of information technology is expanding rapidly in India, substantiating the colossal scope of this engineering field in the future.

 

• India has established itself as a global leader in the information technology business, with its professionals in high demand worldwide. 
• Tech behemoths in the United States and Europe are looking for Indian candidates. 
• India is the largest global sourcing location, accounting for about 55% of services sourcing activity valued at $200-250 billion (2019-20).
• Foreign direct investment in the computer software and hardware industry of India was around US$ 74.12 billion between 2000 and 2021.
• The information technology/business process management sector generated around 8% of the GDP of India in the fiscal year 2021.

 

The global cost of cybercrime was around $6 trillion in 2021, more than Japan's GDP (PPP). With such an increase in cyber-attacks, computer engineering has an unprecedented scope in future. 

Are you thinking, "how is Skill-Lync for computer science PG courses"? If so, Skill-Lync offers a plethora of career-focused courses in Computer Science. They provide sophisticated courses in various domains like Data Science, Cyber Security, Software Development, Autonomous Vehicles, etc.

 

Conclusion

At its foundation, engineering is a problem-solving profession. They are not going away anytime soon, for better or worse. One thing is unquestionable. The engineering landscape of the future will be substantially different from what we see today. It is impossible to envisage a world without technology today without marvelling at its impact on people.

Engineering is a broad field with many opportunities in future. It provides a fertile ground for developing research skills and offers the necessary impetus for emerging scientists to drive innovation and novel designs of new technology and devise new methods for using existing technology.