Think drones, robotics, internet of things, virtual & augmented reality – these new technologies introduces us to the countless opportunities for businesses, startups and individuals of the tech industry. The modernizing of technology has undoubtedly have had a huge impact on today’s career landscape- from jobs focused on sustainability to those which manage futuristic technologies. We’ve all seen the rise of responsibilities and buzzwords that may have not been existent a few years ago from now.
With a large number of individuals predicted to be replaced by Artificial Intelligence in the near future in the area of technology, there will be creation of jobs calling for newer skills and responsibilities at a same or even maybe at a larger scale. Engineering spans across a number of industries and markets on a global level owing to its application in basically everything- design, machines, structures and technology. With its rapid evolution today, the technologically driven market is coming in a position to demand new jobs, out of which many are emerging and at a nascent stage and others already being adopted on a mainstream level.
Virtual/Augmented Reality Engineering
Artificial Intelligence and Machine Learning
While Artificial Intelligence (AI) is a way of making a machine to think intelligently, Machine Learning (ML) is a subset of AI and involves learning in which machine can learn by its own without being explicitly programmed. These areas have grown exponentially in the recent years meeting the demands of digitally transformed industries. Working with AI requires an analytical thought process and the ability to solve problems with cost-effective, efficient solutions. It also requires foresight about technological innovations that translate to state-of-the-art programs that allow businesses to remain competitive. Additionally, AI specialists need technical skills to design, maintain and repair technology and software programs. ML too demands similar set of skills along with proficiency in math, data science and software engineering. ML engineer, data scientist, business intelligence developer and research scientist are among few of the work areas in AI & ML
As more and more companies are taking on VR and AR, the possibilities of a career in the field are getting better and better. Even traditional industries like banking, retail, and real estate among others are making efforts towards testing the technology to attract a younger audience. The technology has moved beyond just gaming and is being used for wider applications. For instance, a furniture retailer or a car dealer may use AR to create live product demos for its buyers or an online fashion or beauty brand could help customers try on a top or a lipstick almost as if it was an in-store, in-person trial. The upcoming job titles in this area include 3D modeller/artist or optical design engineer, VR developer, multimedia engineer etc.
Drone Engineering
Another highly popular career option coming up amongst millennials is drone engineering. All of us have heard about companies like Amazon and Zomato putting drone technology to use for making their delivery system more efficient and also being successful in their tests. While the government regulations and policies are yet to come in place regarding the technology, the acceptance and willingness of companies to adopt it in their business may be considered as a sign of its adoption at a larger scale on a global level, hence demanding skilled individuals in the job market, According to a study conducted by UnearthInsight, it is predicted that the market for commercial end-use of drones in India might hit the $1 billion mark by 2020. UAV developer or UAV aerospace engineer are job titles to look out for.
Think drones, robotics, internet of things, virtual & augmented reality – these new technologies introduces us to the countless opportunities for businesses, startups and individuals of the tech industry. The modernizing of technology has undoubtedly have had a huge impact on today’s career landscape- from jobs focused on sustainability to those which manage futuristic technologies. We’ve all seen the rise of responsibilities and buzzwords that may have not been existent a few years ago from now.
With a large number of individuals predicted to be replaced by Artificial Intelligence in the near future in the area of technology, there will be creation of jobs calling for newer skills and responsibilities at a same or even maybe at a larger scale. Engineering spans across a number of industries and markets on a global level owing to its application in basically everything- design, machines, structures and technology. With its rapid evolution today, the technologically driven market is coming in a position to demand new jobs, out of which many are emerging and at a nascent stage and others already being adopted on a mainstream level.
Virtual/Augmented Reality Engineering
Artificial Intelligence and Machine Learning
While Artificial Intelligence (AI) is a way of making a machine to think intelligently, Machine Learning (ML) is a subset of AI and involves learning in which machine can learn by its own without being explicitly programmed. These areas have grown exponentially in the recent years meeting the demands of digitally transformed industries. Working with AI requires an analytical thought process and the ability to solve problems with cost-effective, efficient solutions. It also requires foresight about technological innovations that translate to state-of-the-art programs that allow businesses to remain competitive. Additionally, AI specialists need technical skills to design, maintain and repair technology and software programs. ML too demands similar set of skills along with proficiency in math, data science and software engineering. ML engineer, data scientist, business intelligence developer and research scientist are among few of the work areas in AI & ML
Biomedical Engineering
Shaping the future of healthcare are biomedical technologies- from bionics to nanomedicine and beyond. The engineers in charge of developing, testing, maintaining and troubleshooting these technologies get a hands-on experience with some of the medical community's most advanced and exciting projects; they're literally shaping the future of healthcare.
The opportunities in the field are enormous ranging from teaching, working in the industry creating designs, becoming technical advisors, testing products for establishing government policies or dealing in direct patient care.
Big Data
Most industries are struggling with data – what comes out of this statement is that data has become a lucrative industry to pursue. Some use cases include Netflix and P&G using big data to big data to anticipate customer demand.
Managing complex databases and systems not only needs the professionals to oversee that all databases are functioning properly but alsoto troubleshoot in the event of unreliable or invalid data, and must also take responsibility for the security of information. Being able to construct the systems for capturing data - and maintain them so they're up to the standards of the latest tech trends - is an invaluable skill.
What is Big Data?
Put simply, big data is larger, more complex data sets, especially from new data sources. These data sets are so voluminous that traditional data processing software just can’t manage them. But these massive volumes of data can be used to address business problems you wouldn’t have been able to tackle before
Environmental Engineering
Environmental engineer is considered as an umbrella term for engineers focused on sustainability, and can include professionals working for a variety of industries or government organisations. Someone with a degree of meticulousness and a passion for environment, as well as innovative thinkingto be able to solve some of the most pressing environmental concerns will be a best fit.
Collaborating with urban planners, scientists and other specialists to come up with solutions and sustainable alternatives to the current environmental problems will make up the work of an environmental engineer. With one or the other environmental concern rising up every other day, the demand for such professionals is set to increase.
What makes Robotics different from many traditional jobs is that it is a truly interdisciplinary career. There are numerous routes for making way to a robotics career. Mathematics, Physics, Computing & Programming, Design & Technology are some core subjects for a career in this field. The job role more or less is the same for robotics engineers, regardless of where they are working- to develop robots that fulfill functions more efficiently, cost-effectively, faster or safer than humans are able with existing technology. Other names given to this profile include robotics automation developer, robot programmer and robotics systems engineer.
