In the present decade, semiconductors sit at the core of every modern electronic device that humans use today.
Earlier, semiconductor-based chip manufacturing was a distant ambition for India. However, this has changed in the last 2-3 years.
The Indian government has been investing massive amounts of money in the semiconductor domain. This is because supply chain shocks during recent global crises exposed India’s dependence on imports. Not only this, but sectors such as EVs, telecom, AI, consumer electronics, etc., are rapidly growing in India, further pushing the demand for semiconductors across these.
India no longer intends to rely only on imports; rather, it desires to become a chip hub.
As a result, the number of semiconductor tenders, chip manufacturing project tenders, and government semiconductor tenders is expected to grow manifold in India.
This blog sheds light on the semiconductor landscape of India, besides providing the required information on the upcoming contracts and tender opportunities in India.
Semiconductor tenders act as the execution backbone of India’s chip ambitions by converting policy intent into on-ground projects. These tenders cover all stages of semiconductor facilities, from fab construction, ATMP units, and design facilities to equipment supply and infrastructure development.
At the present time, sectors like electric vehicles and mobility, telecom, consumer electronics, industrial automation, defense, aerospace, etc., are growing rapidly. All these sectors rely on semiconductors to ensure the smooth functioning of various systems, increasing the overall demand.
For this, the Indian government is working on the following billion-dollar incentives and strategic missions:
To move these plans into completed projects, the government floats semiconductor tenders and chip manufacturing project tenders. Without these tenders, nothing really starts on the ground.
Hence, the role of semiconductor tenders in India’s tech growth is greater than ever.
India is heavily investing in chip manufacturing projects, mainly to reduce import dependence and build long-term technological strength. There are many reasons behind this.
For instance, India imports a massive share of its semiconductor needs. This is because sectors like EVs, telecom, AI, consumer electronics, etc., have been experiencing huge growth over the last few years. India is also significantly investing in the indigenization of its defense sector, making reliance on foreign-imported chips a risky option.
All these require semiconductor chips to perform and operate seamlessly.
In such a scenario, there is a high chance that a global supply chain interruption could impact the functioning of Indian industries.
Additionally, the global semiconductor industry is concentrated mostly in a few regions. To reduce over-reliance on these few regions, the industry is gradually shifting to other regions. India has access to the following:
All these make India a lucrative option for this shift.
To achieve these objectives, the government releases chip manufacturing project tenders. Through these tenders, the goal of the government is clear, i.e., to convert policy funding into real fabs, ATMP units, and design ecosystems on the ground.
Various types of government semiconductor tenders are issued in India, covering the entire value chain, from planning to execution. The leading types are as follows:
These are the most capital-heavy chip manufacturing project tenders whose main focus is to build the wafer fabrication facilities where chips are produced at scale. These tenders demand deep expertise and strong financial capacity, making them a great fit for large EPCs and global contractors. The scope includes civil works, structural systems, cleanroom-ready environments, integration preparation for advanced machinery, etc.
These tenders form the backend of the manufacturing process that typically includes assembly, testing, marking, and packaging of semiconductor chips. Because they are faster to execute and require lower investment, they are great for new companies looking to enter this sector.
The acquisition of highly specialized machinery required for chip production is procured through these types of tenders. This includes lithography systems, etching tools, deposition equipment, and inspection systems.
These types of tenders are released to create ultra-controlled environments required for semiconductor manufacturing. These include advanced HVAC systems, air filtration, contamination control, humidity regulation, modular cleanroom construction, etc. These tenders demand high precision and strict adherence to global standards.
These government semiconductor tenders cover the essential services required to efficiently run semiconductor facilities. Works associated with uninterrupted power supply systems, ultra-pure water plants, gas distribution networks, waste treatment units, etc., fall under these types of tenders.
The supply of critical raw materials that are important in semiconductor manufacturing is ensured through these tenders. Normally, they are used to procure silicon wafers, specialty gases, chemicals, photoresists, etc.
Turnkey EPC project tenders are end-to-end contracts where a single contractor is responsible for design, procurement, construction, and commissioning of semiconductor facilities. As they combine multiple project components into one integrated execution model, these are great for large firms with multidisciplinary expertise.
Once facilities are built, these tenders are released to ensure their smooth running. Activities associated with facility maintenance, equipment servicing, cleanroom management, utility operations, etc., are executed through these tenders.
Consider using Tender Grid, a top-notch tender aggregator portal to find, track, and view the latest information related to different types of existing and upcoming semiconductor tenders.
The government is highly dedicated to achieving all the objectives of its India Semiconductor Mission. Under this mission, it has approved various semiconductor projects associated with fabs, ATMP/OSAT units, and advanced packaging facilities. These projects are either in progress or anticipated to start soon, generating numerous growth opportunities for businesses.
A few leading semiconductor projects are as follows:
Keeping an eye on these projects can help businesses effortlessly enter this growing sector.
Various agencies, ministries, and departments issue semiconductor tenders in India depending upon their requirements and project scopes. These include the central government, nodal agencies, state industrial development corporations, public sector undertakings, etc. Some of these are as follows:
Tender Grid consolidates tenders from the official eProcurement portals of all these bodies in one place to help vendors select the right opportunities without going anywhere.
At the present time, the Indian semiconductor industry is growing exponentially. Segments like electric vehicles, 5G networks, consumer electronics, defense systems, data centers, etc., are quietly pushing demand for more chips every single year.
This demand leads to more projects, which ultimately leads to more semiconductor tenders.
From massive fabs in Dholera to ATMP units in Sanand and emerging projects in Assam, Odisha, and Uttar Pradesh, India’s place in the global semiconductor race is improving day by day.
In such a scenario, semiconductor tenders are no longer about occasional, niche opportunities; rather, they are now one of the leading drivers behind the growth of the semiconductor industry in India.