The manufacturing industry being one of the most important of all has been on the radar for quite some time. Long before the pandemic struck, organisational leaders reported talent shortage as one of their major challenges. Today, the situation has only worsened. Even though the manufacturing sector has successfully managed to resume business operations, the problem with labour shortage persists.
A study published by Deloitte states that there would be 2.1 million unfulfilled jobs in the manufacturing sector by the end of 2030. Probably this is the reason why the skilled labour shortage is considered one of the major concerns post-pandemic. Expecting the numbers to fall suddenly would be wrong, disregarding the fact that the sector has recorded massive growth in the last quarter. Manufacturers need to assess the situation, find the root cause behind such a gap and then deploy measures to deal with the situation smartly.
There are several reasons that contribute to the skilled labour shortage in the manufacturing industry.
The youth of today misinterprets manufacturing jobs. They consider them to be for the masses who are not skilled or are uneducated. In fact, many students have negative views of manufacturing jobs thereby showing less or no interest. This prevents them from opting for career opportunities thereby creating a gap or skill shortage in the workforce.
Researches suggest that 1/4th of the manufacturing workforce was 55 years of age or above in 2019. Meaning that the majority of them were on the verge of retirement leaving behind job openings in the sector. This is one of the major reasons behind huge vacancies in the manufacturing sector. Furthermore, there are no processes aligned for effective knowledge transfer once the employees retire from the company. This again adds to the skill gap in the industry.
The last few years have seen unprecedented technology growth in the manufacturing sector. Automation of methods and business operations created a digital revolution, replacing mundane jobs. While this reduced the manpower required in the industry, it mandated the need for skilled staff. Like machines, the manpower too had to be smart and be able to operate them with ease. With the existing workforce being incompetent, the industry started facing labour shortages.
Next up are the methods used to educate and skill train the new joiners as well as the existing employees. It is noted that the training models are ineffective and fail to prepare students for industry 4.0. Factually, the methods incorporate presentations and video lectures with limited opportunities for hands-on learning. While students gain knowledge, everything is theoretical. When exposed to real-time job environments, they have low morale and are prone to make errors and mistakes.
Even though they are trained, they aren’t job-ready and hence stay unemployed.
Combatting Labour Shortage: Ways to Bridge the Skill Gap
While there are multiple reasons for the labour shortage, skill mismatch is one that leads the space and needs to be addressed at the earliest. Probably this is the reason many manufacturers are adopting VR based training simulators to train and up-skill their employees. Research shows that improving the training quality has a positive impact on the students.
Retiring baby boomers is one thing that isn’t under control. While you cannot stop that, you can definitely set up a system of knowledge transfer. True that the future sees more automation but intellectual property is something that is part of the company culture and needs to be passed on from employee to employee. In addition to the above, you also need to have dedicated programs to train your new hires. Instead of doing by observing, it is best to put someone in their shoes and allow them to learn by doing.
About VR Training Simulations
An immersive learning environment that replicates the actual training environment. VR-based training solutions enable enterprises to not only level up the quality of training but at the same time improve the engagement and interaction of students. Fortune 500 companies such as BMW, Porsche and others have readily adopted the solution and are witnessing massive growth in employee performance post-training. Talking about numbers, the cost of training has been reduced by nearly 50% while boosting employee satisfaction by 97%.
In case you too are facing similar challenges in your organisation, opting for advanced training solutions will help prepare your staff for industry 4.0, and successfully combat the challenges of skilled labour shortages. Get in touch with us to know more about the same.
Abhishek has a Masters in Computer Science and is the coding genius amongst the founders, who can code 52 hours straight. His skillset specializes in computer vision & computer graphics whose AR+AI work has featured in award winning films & computer games. He is the spiritual core techie behind all IPs & various algorithms deployed on our wearables.
He has 17 years of experience in this field and developed many algorithms & technologies like real-time camera and environment tracking, real-time 3D background generation, dynamic lighting for virtual objects, virtual cinematography using virtual camera, 3D face reconstruction, digital dress reconstruction and dynamic simulation.
He has 12 patents & 5 publications, and he regularly presents at the SIGGRAPH conference. Due to his expertise, he is leading product & technology development, software & algorithm development, IP development & leading team towards our technology vision.
Abhijit is a Mechanical Engineer from IIT Bombay with an inside perspective of product development & manufacturing for Defence & Enterprise products. He designed & developed multiple machines to solve real-life problems during his student life at IIT Bombay. He has received a National level GYTI award from Dr APJ Abdul Kalam for his innovations. Also he developed India’s low cost 3D Printer & made successful business out of it to start his entrepreneurship journey, developed customized implant from 3D Printing & 3D Scanning technology to cure mandibular cancer efficiently & save life of 2 patients. He also received student of the year award in IIT Bombay in technology & innovation category. He was a lead hardware developer in MIT Media Labs.
During his past experiences, he set up component processing & manufacturing setup for Brahmos Missile at Godrej & Vego bike at TVS Motors. He also has been featured for his innovations & work in leading newspapers and platforms like Times of India, Economic Times, Yourstory, Business outlook, VC Circle, VR Focus, Deccan Chronicle, Hindustan Times, Indian Express. Due to his expertise, he is leading hardware manufacturing, supply chain management, finance, fundraising & operations of AjnaLens.
Pankaj is a global thought leader who is regularly invited as a speaker on the future of AR/VR on various platforms. Engineer at heart, he developed Europe’s best 3D scanning system with 45 DSLR cameras & software behind it which can convert photos into 3D models to use for games, 3D printing and digitizing humans. He has been featured in The Guardian, Yahoo News, The Register (UK),Harvard (USA), Ren TV (Russia), IMBC (South Korea) for this work.
He also has business development & sales experience in a few of his past experiences. Due to this expertise, he is leading the vision of the company, business development. Sales & marketing of AjnaLens.