Blog @ MUJ
Integrating Mechanics and Electronics for Smart Manufacturing
Brian Holiday, Managing Director at Siemens, states, “Today, manufacturing is changing faster than ever, and the drivers include globalisation, individualisation, time to market, and sustainability.” This statement highlights how the traditional manufacturing industry is now transforming into smart manufacturing.
As per a report by Market.us Scoop, “The smart manufacturing market is expected to grow significantly, reaching $673.4 billion by 2029 and $1,021.5 billion by 2032.” This means the smart manufacturing sector's demand for skilled professionals is also increasing.
Smart manufacturing depends on seamlessly integrating mechanical and electronic components to get efficient, automated, and data-driven production processes.
Are you curious about learning the great combination of mechanics and electronics? B.Tech Mechatronics Engineering from Manipal University can help you.
This blog will discuss in detail how mechanics and electronics can be integrated for smart manufacturing and why it has become essential.
The Mechanics of Smart Manufacturing
Mechanical engineering is vital in smart manufacturing, providing the foundation for efficient and innovative production processes. Some of the core concepts essential for understanding the physical aspects of smart manufacturing systems are:
- Materials science
- Structural design
- Manufacturing processes
Advanced mechanical technologies that are currently transforming the industry are:
Additive manufacturing (3D printing)
3D printing transforms production by enabling the precise, efficient creation of complex parts. According to a report by the Hindustan Times, “ISRO's recent test of a PSLV liquid rocket engine made with additive manufacturing highlights its ability to cut costs and boost space technology capabilities.”
Robotics
According to a report by People Matters Media, “Over 4 million robots now power factories worldwide, with India's installations growing by 59% in 2023.” The global market is expected to expand due to automation trends and economic factors driving smart manufacturing in India.
Automation
According to a report by Manufacturing Today, “Automation solutions from Delta Electronics India, such as high-pace press automation and saline bottle automation, are propelling smart manufacturing in India and supporting the industry's aim to reach its US$1 trillion target by 2026.” Additive manufacturing enables rapid prototyping and customisation, while robotics and automation enhance precision and efficiency.
Mechanical engineers contribute to developing innovative machine designs, material selection, and manufacturing techniques that drive the success of smart manufacturing initiatives.
The Electronics of Smart Manufacturing
Electronics play a crucial role in smart manufacturing, enabling data-driven decision-making and automation. Fundamental electrical and electronic engineering concepts that form the backbone of smart manufacturing systems are:
- Circuits
- Sensors
- Control systems
Advanced electronics technologies that are currently transforming the industry are:
Internet of Things (IoT)
According to a report by Industry 4.0, “IoT adoption in smart manufacturing is on a rapid rise, projected to expand by 23% each year.” Internet of Things (IoT), artificial intelligence (AI), and machine learning are revolutionising the industry.
Artificial intelligence (AI)
IoT devices gather and transmit data, AI algorithms analyse and interpret information, and machine learning enables systems to learn and adapt over time. This electronics integration empowers smart manufacturing structures to optimise strategies, enhance performance, and improve product quality.
B Tech Mechatronics Engineering at Manipal University Jaipur, combines mechanical and electronic engineering. It is ideally suited for designing and imposing smart manufacturing systems, leveraging its expertise in each hardware and software program integration.
Now, let’s consider how the fusion of mechanics and electronics drives the smart manufacturing industry in today’s era. Continue reading.
The Intersection of Mechanics and Electronics
Cyber-Physical Systems (CPS)
A market and market report states, “The global cyber-physical systems market is expected to grow significantly, reaching $255.3 billion by 2029, driven by a CAGR of 15.5%.”
In smart manufacturing, CPS integrates mechanical and electrical components to facilitate real-time data transmission, management, and decision-making. This results in improved productivity, flexibility, and efficiency.
Industry 4.0
Industry 4.0 technology, like AI and ML, drives innovation within the automotive sector. According to a report by Manufacturing Today, “The Truth, the modern impact of AI/ML in smart manufacturing is that 43% of agencies hire it, and 32% integrate it significantly.”
Future Trends
The current academic research areas are related to integrating mechanics and electronics, and every aspirant should know the following:
- Cyber-physical systems
- Digital twins
- Additive manufacturing
- Robotics
- IoT and sensor networks
- Energy efficiency
Emerging Technologies that will have an impact on potential future trends are:
- Nanotechnology
- Bio-inspired design
- Quantum computing
Navigating the Landscape: Challenges and Opportunities in Smart Manufacturing
Challenges
- Complexity
- Data security
- Interoperability
- Cost
Opportunities
- Increased efficiency
- Enhanced quality
- Customisation
- Innovation
Manipal University Jaipur offers students opportunities by providing specialised education and training programs, such as B.Tech Mechatronics Engineering, that help them conduct research and develop innovative solutions. These programs also help them address challenges and seize future opportunities.
How Manipal University Can Help?
Manipal University Jaipur's B.Tech in Mechatronics offers students opportunities to combine the elements of mechanical, electrical, electronics, and computer science engineering in one program.
Students will get the benefits of:
- Multidisciplinary expertise
- Industry-relevant curriculum
- Dual degree option
- Research and innovation
You can check out the B.Tech Mechatronics Engineering Syllabus at Manipal University Jaipur.
Conclusion
This blog clearly explains how the Indian manufacturing industry is transforming into smart manufacturing through the integration of mechanics and electronics. It also discusses the emerging trends and technologies shaping the future of the smart manufacturing industry.
As Industry 4.0 advances, the need for skilled mechatronics professionals is surging. If you want to become a professional in this field, you can make informed decisions by choosing the best university to start your success journey.
What are you waiting for? Explore the Manipal University Jaipur B.Tech and unlock your potential.
Source:
Smart Manufacturing Statistics 2024 By Enhanced Growth
ISRO tests ‘Made-in-India’ 3D-printed rocket engine. What is it? - Hindustan Times
Article: Over 4 mn robots power factories worldwide; India ranks 7th — People Matters
Delta Electronics showcases innovative automation technologies - Manufacturing Today India
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