Odisha’s industrial story has traditionally been associated with minerals, metals and heavy manufacturing. That narrative is now beginning to widen.
As SEMICON India 2026 opens at Yashobhoomi in New Delhi on September 17, Odisha enters the national semiconductor conversation with fresh momentum from a major Silicon Carbide manufacturing project approved near Bhubaneswar only days before the event.
The fifth edition of SEMICON India runs from September 17 to 19, 2026, under the theme “Silicon to Systems: Building the Ecosystem.” According to the latest government briefing, the event is expected to bring together more than 600 participating companies, delegates from 52 countries, 150+ speakers and around 50,000 visitors. The exhibition also features six country pavilions and 12 state booths alongside startups, researchers, students and semiconductor-industry stakeholders.
For Odisha, the timing is significant.
Just two days before the conference, the Unit Approval Committee approved SiCSem Private Limited’s semiconductor manufacturing unit at IDCO Infovalley-II in Khordha district, giving another push to the state’s emerging advanced-electronics ecosystem.
₹3,406 Crore Bet on Silicon Carbide
The proposed SiCSem facility will be spread across approximately 21.889 acres at Arisol Mouza in Jatni Tahasil and operate under the jurisdiction of the Falta Special Economic Zone.
The planned investment stands at ₹3,406.25 crore, with the project expected to generate employment for approximately 1,270 people.
But the significance of the project lies not only in its size.
The facility is designed to manufacture Silicon Carbide, or SiC, semiconductor devices, including SiC diodes and SiC MOSFETs. These power-semiconductor technologies have applications across areas such as electric vehicles, fast charging, renewable-energy systems, power electronics and advanced communication technologies. SiCSem has previously collaborated with IIT Bhubaneswar on compound-semiconductor research, including work relating to SiC crystal growth.
The approved unit is proposed to have annual production capacity of 4.8 million SiC diodes and 91.2 million SiC MOSFETs.
An Export-Oriented Technology Project
The economic impact could extend well beyond manufacturing.
Government projections estimate that the SiCSem project could generate around ₹7,043 crore in export turnover over five years, along with approximately ₹4,523 crore in net foreign-exchange earnings during the same period.
For Odisha, this introduces a different kind of industrial proposition — one centred on high-value technology manufacturing, specialised skills and export-oriented production.
The state’s traditional industrial strengths have long been connected to natural resources. Semiconductor manufacturing, by comparison, depends on precision engineering, sophisticated supply chains, intellectual property, research capability and specialised talent.
That shift is what makes the current semiconductor push particularly noteworthy.
Odisha’s Semiconductor Ecosystem Is Beginning to Take Shape
SiCSem is not Odisha’s only semiconductor-related project.
Earlier this year, the foundation stone was laid in Bhubaneswar for an advanced 3D glass-substrate semiconductor packaging facility being developed by 3D Glass Solutions.
The project involves an investment of approximately ₹1,943 crore, with plans for around 50 million assembled units annually and approximately 2,500 direct and indirect employment opportunities. Its proposed applications include areas such as artificial intelligence, 5G, aerospace, defence and data centres.
Together, projects in fabrication, compound semiconductors and advanced packaging suggest that Odisha’s semiconductor ambitions are gradually expanding beyond a single investment.
The larger opportunity will depend on whether the state can build supporting capabilities around these anchor projects — including research, skilled manpower, suppliers, testing facilities and ancillary electronics manufacturing.
SEMICON India Puts the Bigger Ecosystem in Focus
That broader ecosystem approach is also central to SEMICON India 2026.
The conference has been designed around the complete semiconductor value chain — moving from materials and equipment to chip design, fabrication, advanced packaging, electronics and finished systems.
A new “Sand to Silicon to Systems” experience at the event is intended to demonstrate how the different stages of semiconductor production connect with one another.
This matters because semiconductor competitiveness cannot be built around fabrication plants alone.
Chip manufacturing requires equipment providers, speciality chemicals, packaging facilities, design houses, research institutions, skilled engineers, reliable infrastructure and a network of component suppliers.
For Odisha, participation in this wider ecosystem could therefore become as important as securing large individual projects.
Why Silicon Carbide Matters
Silicon Carbide represents one of the more strategically important segments of the semiconductor market because of its suitability for high-power and high-efficiency applications.
Compared with conventional silicon devices in many power-electronics applications, SiC technology can support demanding operating conditions and is increasingly relevant to industries such as electric mobility, energy conversion and industrial power systems.
SiCSem’s proposed Odisha facility therefore places the state in a specialised part of the semiconductor value chain rather than merely conventional electronics assembly.
Its earlier research collaboration with IIT Bhubaneswar also indicates the potential importance of connecting industrial investment with academic research and indigenous technology development.
From Industrial Strength to Technology Capability
Odisha already possesses advantages associated with large-scale industry, including an established manufacturing base and experience hosting capital-intensive projects.
The semiconductor challenge, however, is different.
Success will require not only land and investment, but also a sustained pipeline of engineers, researchers and technicians capable of working in highly specialised manufacturing environments.
It will also require deeper collaboration between industry, universities and technology institutions.
Odisha has already announced initiatives aimed at strengthening semiconductor research and education, including a proposed ₹400-crore Centre of Excellence in Semiconductor Materials and Devices at IIIT Bhubaneswar.
If these elements develop alongside manufacturing investments, the state could gradually build a more complete technology ecosystem.
A Larger Opportunity for Bhubaneswar
The concentration of semiconductor activity around Bhubaneswar and Khordha is particularly significant.
Technology manufacturing can create economic effects beyond the factory itself — attracting suppliers, engineering firms, research partnerships, logistics services and specialised talent.
For Bhubaneswar, already home to educational institutions and a growing technology-services ecosystem, semiconductor investments could introduce another layer to the region’s economic profile.
The real test will be how effectively individual projects translate into a wider cluster.
From Minerals to Microchips
Odisha’s economic identity is unlikely to stop being connected to minerals and heavy industry.
But semiconductor projects offer the possibility of adding another dimension to that identity.
The ₹3,406-crore SiCSem approval, advanced semiconductor-packaging investments and growing research infrastructure indicate an attempt to participate in industries where value comes increasingly from technology, engineering and intellectual capability.
As global semiconductor companies, investors and policymakers gather at SEMICON India 2026, Odisha has an opportunity to present itself not simply as a destination for traditional manufacturing, but as an emerging participant in India’s high-technology industrial transition.
The story is therefore no longer only about what Odisha extracts from the ground. Increasingly, it is also about what the state can design, manufacture and export at the microscopic scale.