Covid-19 has caused great destruction to the job industry. Now, to become one profitable engineer, a student needs to understand which abilities are trending in the market nowadays and which of the industry areas are prospering. With the start of 2022, the world has been examining a health crisis with unsettling significance.
The coronavirus pandemic has provoked devastation, causing a colossal quantity of damage, understanding whether the loss of lives or economic or financial shortfalls. The world nowadays saw a massive difference almost overnight. Countries were charged with imposing lockdowns with substantial financial and economic upheavals. On the other hand, the students were amongst those whose lives took an inflexible turn.
Engineers have played a crucial role in the pandemic. The genetic structure of the virus [SARS-CoV-2] was sequenced within weeks of its finding, and it was done with the assistance of both scientists and engineers. Electrical, optical, mechanical, computer and chemical engineers were all entangled in making that feasible. Another area where engineers play a part is in the scale-up of therapeutics and vaccines.
Scientists are finding the vaccines, which is a scientific assignment, though there's also engineering. When you go from making 100 portions to a billion portions, that's a huge engineering challenge. The same is true for generating therapeutics. Engineers are working on that right now.
Engineers are also working on conserving the integrity of the supply chain, which is getting devices such as masks to where they're required and bringing the right chemicals together to make vaccines and therapeutics that reach worldwide. We've also assigned artificial intelligence and machine learning to promote the immediate development of therapeutics and vaccines.
Artificial intelligence refines a lot of information to specify promising ways for therapeutic interventions. For example, what drugs could be utilised to avoid the antigens outside the virus, allowing the virus into your cells and from fetching into cells? And engineering has enabled telework. If this had occurred 20 years ago, where would we be? We would not be conveying with each other like this.
This pandemic has promoted all these technologies by Broadband, 5G, wireless communication, Zoom, and other platforms. For example, engineers are designing the transport of aerosol droplets as it associates with the dispatch of the coronavirus between two people and among groups so that beneficial countermeasures such as enhanced ventilation can be taken.
The velocity and scale of diagnostic tests for COVID-19 have expanded greatly, and engineers have brought artificial intelligence, automation, and process control to the industry's advancement of those diagnostics. The increase in testing capacity is due to these engineering tools.
One important element engineering brings is risk modelling. For example, suppose you depend on a certain prototype chemical to make a therapeutic, and there's a storm between you and the source. Do you have a subordinate source? Or what happens if you're giving rise to drugs or vaccines, and there's a three-day suspension on shipping, or an airport is shut down? You have to be able to diversify.
The COVID-19 pandemic stimulated the global and rapid conversion of traditional face-to-face instruction to the online format in many educational institutions. Therefore, urgent and comprehensive planning is needed to mitigate the adverse effects of the pandemic on engineering education that has been traditionally content-centred, hands-on, and design-oriented.
The virus has struck the engineering and technical divisions, setting off surging trends virtually in all the industries. Although some engineering departments could be a terrible hit, it could turn out to be a tremendous growth opportunity for some. This altered procedure would also specify the nomination of careers for technocrats and engineers in the forthcoming days. So, looking at the job scheme, the question at this key period for any engineering individual, whether it is a desiring one or anyone already at the beginning of their graduation, is what career path should one pursue?
Today's individuals will have to cope up with the modern technologies that are developing at this crucial point in history. Though the IT sector is the biggest recruiter as well as would keep up one post-Covid, the jobs coming in this sector are still low in number.
Automation will be the main factor, as it is cost-efficient and also does not get adversely blown by helping from home. Be it the teaching department, the manufacturing industry, the healthcare sector, and the construction sector, the automation concentrating on Data Science, Artificial Intelligence, Machine Learning, as well as the Internet of Things (IoT) will be the chief rulers.
Since the focus of the entire job market will be on automation, three major technology movements will be in need in the coming future.
1. Data Science and AI: Any college student who has built credible capabilities and creativity in AI/ML or Data Science will get more job offers than others who have minimum skills.
2. Robotic Process Automation (RPA), Digital Process Automation (DPA): The Platforms which are based on these technologies are more prominent among corporates. There are several DPA and RPA companies like Pegasystem which is a digital automation corporation. These companies will prioritise those who can regulate the RPA and DPA platforms. Platforms like Pegasystems, Blue Prism facilitate the invention of robots that can make the process more simple and faster without any human intervention. The engineer who can formulate and operate the automation will be on-demand!
3. Multilanguage high-end programming:
The programmer who has a strong knowledge of multiple programming languages and can write quality and high-end top codes will get more preferences in jobs.
Those days are gone when a regular person with a minimum programming knowledge was able to get employment opportunities.The competitive market compels highly skilled engineers and if an engineering graduate wants to get a well-paid job, they must have the right aptitude in any three major trends.
As the industries are promoting to restore their outlook, scope, work background, as well as mode of hiring, the candidates also need to be mentally conscious and will be required to prepare their abilities more easily and rapidly than ever before. Students' skill sets include their special technical knowledge and active communication and written skills along with aptitude, linguistic, and behaviour. Moreover, there is always a necessity for design approaches, creative reasoning, and problem-solving skills and these skills are demanded to a large extent which are seen in the recruitment process.
So, concluding, the whole engineering union will necessarily have to let go of the traditional mindset as well as think according to this new era and should find inventive answers to the problems. As soon as this outbreak comes down,the new sunrise will draw in new life challenges, and those, who alter and adapt things faster, will win this competition.