Whalesbook
Gen Z Powers India's Manufacturing Leap
India's ambition to lead in global manufacturing, particularly in high-tech sectors like electronics and semiconductors, is finding a powerful catalyst in Generation Z. This digitally fluent demographic is poised to move the nation beyond 'Make in India' towards 'Invent in India,' bringing critical skills and a transformative mindset to the factory floor.
The 'Invent in India' Vision
Industry leaders express optimism that Gen Z's innate comfort with advanced technologies like automation, artificial intelligence (AI), and sophisticated digital tools will be instrumental. Avi Avula, president of Applied Materials India, highlights that Gen Z is not just seeking jobs but actively challenging norms and preparing to lead global innovation efforts. This cohort's embrace of smart manufacturing principles is seen as central to India's goal of becoming a hub for high-value production.
Bridging Capability Gaps
Raja Manickam, CEO of iVP Semiconductor, emphasizes Gen Z's potential to address crucial skill shortages in areas such as materials science, chip packaging, and complex supply chains. He advocates for nurturing 'hands-on tinkerers driven by curiosity,' suggesting that flexible, bottom-up management styles are more effective for this generation than traditional hierarchies. This approach is vital for positioning India as a semiconductor leader.
Workforce Growth and Skillset
Srinivasa Kakumanu, CEO of MosChip Technologies, projects that Gen Z will soon form a significant portion of India's manufacturing workforce. With estimates suggesting 12 million jobs in electronics and semiconductors by 2027, Gen Z's fluency in automation and connected systems provides India with a distinct competitive advantage. MosChip Technologies has actively invested in building this talent pipeline through its MosChip Academy of Silicon Systems & Technologies (MAST).
On the Factory Floor
Companies like Aimtron Electronics in Gujarat are already witnessing this shift. The firm has transitioned from basic PCB assembly to sophisticated precision engineering, largely powered by its Gen Z workforce. Mukesh Vasani, Chairman of Aimtron Electronics, notes that Gen Z's digital fluency is accelerating the adoption of automation and AI. With an average employee age of 32 and low attrition rates, Aimtron's growing team of early-career engineers supports global OEMs across demanding sectors like EVs, telecom, aerospace, and defense.
Generational Wave in EMS
The electronics manufacturing services (EMS) sector is also experiencing this generational change. Sonam Motwani, CEO of Karkhana.io, reports that over half of new shop-floor hires in the coming two years will be from Gen Z, which already constitutes about 45% of their staff. The sector is also seeing a rise in female participation, with women comprising 60-65% of EMS workforces and projected to reach 35% in semiconductors by 2030.
Impact
This generational shift has the potential to significantly boost India's manufacturing output, attract further investment in high-tech industries, improve export competitiveness, and create higher-skilled, higher-paying jobs. It signals a move towards greater innovation and value addition within the Indian economy, potentially reshaping its role in global supply chains. Impact Rating: 8/10
Difficult Terms Explained
- Semiconductor: A material, like silicon, used to make electronic components such as microchips.
- Gen Z: The demographic cohort born roughly between the mid-1990s and early 2010s, known for digital nativity.
- Automation: The use of technology to perform tasks previously done by humans.
- AI (Artificial Intelligence): Computer systems designed to perform tasks that typically require human intelligence.
- Fabless Semiconductor Company: A company that designs semiconductor chips but does not manufacture them.
- EVs (Electric Vehicles): Vehicles powered entirely by electricity stored in batteries.
- OEMs (Original Equipment Manufacturers): Companies that manufacture products based on designs supplied by another company.
- PCB Assembly: The process of placing electronic components onto a printed circuit board.
- Precision Engineering: Engineering that involves creating highly accurate and detailed components and systems.
- Attrition: The rate at which employees leave a company.