Smart Manufacturing Program – Prepare You for a Rewarding Career in Industry 4.0

1. Smart Manufacturing Program – Prepare You for a Rewarding Career in Industry 4.0 The aim to make the Indian manufacturing sector of around $1 trillion by the year 2025-26 greatly relies upon a workforce, who is skilled in robotics, gen-AI, edge computing, cloud computing, and other new-age technologies. Currently, there is a huge skill gap between the Industry 4.0 requirements and candidates available in the smart manufacturing job market. This skill gap generates the need to launch smart manufacturing programs to cater to the skilled workforce shortage requirements in the contemporary smart manufacturing job market. Smart manufacturing program provides a rewarding and dynamic career option to aspiring professionals and engineering graduates. Need for a Smart Manufacturing Program A recent survey has revealed that around 76% of manufacturers are experiencing a shortage of skilled workforce that is severely affecting their profit margins. Another study reported that around two-thirds of the Indian workforce is not skilled and qualified for the contemporary job market. It is estimated that over 22 million workforces are required for Industry 4.0 in the year 2025, which can only be achieved through futuristic smart manufacturing programs that are vital to grooming workforces for Industry 4.0. Smart manufacturing program is designed in a manner to equip professionals with the skills, knowledge, and mindset to thrive in Industry 4.0. Why Pursue a Career in Smart Manufacturing? The demand for smart manufacturing professionals is skyrocketing with global industries embracing Industry 4.0 technologies. The huge demand for skilled professionals can be efficiently catered through smart manufacturing programs Smart manufacturing programs align with the government's focus on upskilling the younger generation to cater to the future workforce demands. These programs are designed to align with Industry 4.0 needs and requirements where students are taught to tackle complex and real-world issues of the smart manufacturing field and gain practical experience in Industry 4.0 technologies. Some reasons that make pursuing a smart manufacturing program a wise decision include:

2. High Demand for Skilled Talent– Automotive, aerospace, electronics, and healthcare sectors are heavily increasingly in smart manufacturing technologies. This has further increased the need for skilled professionals in these industries and hence pursuing a smart manufacturing program will eventually prove a wise decision for both professionals and freshers alike. Diverse Career Opportunities - The smart manufacturing program prepares candidates for diverse roles, ranging from designing and implementing IoT systems to managing data analytics and overseeing AI-driven operations. This program offers a wide array of career paths and provides job options to individuals of varied interests and skills. Lucrative Salaries and Growth Prospects– Candidates pursuing a smart manufacturing program will grab lucrative job opportunities in Industry 4.0. Professionals after pursuing this program enjoy competitive salaries and significant opportunities for advancement. With industries increasingly adopting smart technologies, there is an immense growth opportunity. Impactful Work– Individuals joining this program will gain the essential skills required for Industry 4.0 and will immensely contribute to the development of sustainable, efficient, and innovative production systems. Smart manufacturing professionals will be at the forefront of creating solutions that shape the future of manufacturing. What Does a Smart Manufacturing Program Offer? A Smart Manufacturing Program is designed to equip participants with the technical expertise and practical experience needed to excel in Industry 4.0. Here are the key components of this program: Comprehensive Curriculum - The smart manufacturing program syllabus includes IoT, AI, machine learning, big data and analytics, robotics and automation, and cybersecurity. The

3. knowledge of these allows participants to gain a sound understanding of how IoT devices allow real-time monitoring and control of manufacturing processes, use AI to optimize production and improve quality, and make use of data analytics to drive insights and enhance operational efficiency. Hands-On Training - Practical experience is a highlighting aspect of this program, as participants get to work on real-world projects, use advanced simulation tools, and gain exposure to state- of-the-art manufacturing equipment. Industry Collaboration– Most of the smart manufacturing programs are offered in association with leading companies to provide internship opportunities to participants and engage them in industry-sponsored projects that also provide networking opportunities. This practical exposure is offered to help participants stay aligned with industry needs and trends. Certification and Recognition - A smart manufacturing certification from a reputable institute is a valuable credential that proves that participants have the knowledge and expertise to turn out valuable additions for prospective employers. Key Benefits of Enrolling in a Smart Manufacturing Program The professional master program in smart manufacturing syncs with the government’s priority of upskilling youth to cater to the future demand for a skilled workforce. This program equips young minds with industry-ready skills and serves them with the following benefits: Stay Ahead of Technological Advancements – Participants become well-versed in the latest technologies that driving Industry 4.0. The sound knowledge and skills possess through this program position participants as valuable assets in the global job market. The smart manufacturing sector requires professionals to have a blend of technical, analytical, and managerial skills. Hence, participants can develop versatile skill sets through this program that helps them develop a well-rounded profile making them fit for various roles. This program provides candidates access to a growing professional network, as they engage in industry partnerships and collaborative projects, which allow them to build connections with professionals, mentors, and peers who can support their career growth. Participants become better at problem-solving abilities, as they learn to tackle complex challenges in the field of smart manufacturing. Preparing for the Future The smart manufacturing sector is going through a paradigm shift, and enrolling in a smart manufacturing program, not just an academic degree but it is an investment in a participant’s future. Whether they are an aspiring professional looking to break into Industry 4.0 or an

4. engineering degree holder seeking to stay relevant, this program offers the knowledge, tools, and opportunities to succeed in Industry 4.0.