Electronics and Electricals
Research Theme
Electronics and electricals are now central
to India’s industrial trajectory. Not as a support sector, but as a defining
layer of modern manufacturing capability. Under the Viksit Bharat vision, the
objective is clear. Build depth in design, manufacturing, and system
integration. Reduce external dependence where it matters most. Secure control
over critical components that power everything from consumer devices to
industrial systems and national infrastructure. Make in India has already
expanded assembly capacity across segments such as mobile devices, appliances,
and power equipment, yet the next phase requires a shift toward value addition
within the country, where semiconductors, components, sub-systems, and advanced
materials are progressively developed within domestic ecosystems. The sector
sits at the convergence of multiple national priorities. Digital
infrastructure, renewable energy systems, mobility transitions, defence
electronics, and industrial automation all depend on a robust electronics and
electricals base. Supply chain disruptions in recent years have exposed the
risks of overdependence on external sources for chips, components, and
specialised equipment. This has reinforced the need for domestic capability
that is not only cost competitive but also resilient under stress conditions.
For B.A.P-I, the sector is examined as part of the broader national resilience
framework, where electronics and electrical systems form the operational
backbone of critical infrastructure, and where strengthening domestic
manufacturing directly contributes to economic stability, technological
sovereignty, and supply chain continuity.
Research Indications and Priority Areas
1. Semiconductor and Component Ecosystem
Development
The absence of a fully developed semiconductor base remains a structural gap.
- Development
pathways for semiconductor fabrication, packaging, and testing in India
- Supply
chain mapping for critical components and sub-systems
- Risk
assessment of import dependencies in chips and electronic components
- Integration
of domestic semiconductor initiatives with industrial demand
2. Domestic Value Addition and
Manufacturing Depth
Assembly-led growth must transition toward deeper manufacturing capability.
- Strategies
for increasing domestic value addition across product categories
- Development
of component manufacturing ecosystems
- Cluster-based
manufacturing models linking MSMEs with large firms
- Benchmarking
India’s manufacturing depth against global competitors
3. Electronics in Strategic and Critical
Infrastructure
Electronics systems are embedded across critical sectors. Their reliability is
non-negotiable.
- Role
of electronics in power systems, telecommunications, defence, and
transport
- Resilience
assessment of electronic systems in critical infrastructure
- Redundancy
and fail-safe design frameworks
- Indigenous
development of critical infrastructure electronics
4. Power Electronics and Electrical Systems
for Energy Transition
Energy systems are becoming increasingly dependent on advanced electrical
infrastructure.
- Development
of power electronics for renewable energy integration
- Grid
modernisation and smart electrical systems
- Electrical
equipment manufacturing for transmission and distribution networks
- Storage
systems and battery integration within electrical infrastructure
5. Consumer Electronics and Domestic Market
Expansion
India’s domestic market provides scale, but also demands affordability and
quality.
- Design
and manufacturing of consumer electronics tailored to Indian conditions
- Supply
chain optimisation for large-scale domestic distribution
- Integration
of domestic brands within global value chains
- Lifecycle
management and repair ecosystems
6. Industrial Electronics and Automation
Systems
Manufacturing itself is becoming dependent on electronics and automation.
- Development
of industrial control systems and automation technologies
- Integration
of robotics and embedded systems in manufacturing processes
- Indigenous
development of sensors, controllers, and communication modules
- Cyber-physical
system integration in industrial environments
7. E-Waste Management and Circular
Electronics Systems
Rapid growth in electronics consumption is generating increasing waste streams.
- Recycling
systems for electronic waste and recovery of valuable materials
- Circular
design principles for electronic products
- Integration
of recycled components into manufacturing processes
- Regulatory
frameworks for extended producer responsibility
8. Supply Chain Resilience and Strategic
Sourcing
Global supply disruptions have exposed vulnerabilities in electronics supply
chains.
- Diversification
of sourcing strategies for critical inputs
- Development
of domestic alternatives for key components
- Inventory
and buffer strategies for high-risk supply chains
- Integration
of logistics systems with electronics manufacturing clusters
9. Policy Frameworks and Industrial
Incentives
Policy direction has been strong, but implementation varies across regions.
- Evaluation
of production-linked incentives and their sectoral impact
- Alignment
of central and state-level policies for electronics manufacturing
- Incentive
structures for R&D and design capabilities
- Regulatory
clarity for emerging technologies and products
10. Workforce, Skills, and Technical
Capability
The sector requires a skilled workforce that combines engineering and
manufacturing expertise.
- Skill
development in semiconductor design, electronics manufacturing, and system
integration
- Strengthening
technical education aligned with industry needs
- Industry-academia
collaboration for research and training
- Workforce
transition pathways for emerging technology domains
11. Export Competitiveness and Global
Integration
India is positioning itself as an electronics manufacturing hub, but
competition remains intense.
- Identification
of high-potential export segments
- Compliance
with international quality and safety standards
- Trade
policy alignment for market access
- Comparative
benchmarking with global manufacturing hubs
12. Strategic Linkages with National
Resilience
Electronics and electrical systems are integral to national capability across
sectors.
- Role
in defence systems, communication networks, and emergency infrastructure
- Integration
with digital and energy infrastructure systems
- Contribution
to supply chain resilience and redundancy
- Alignment
with critical infrastructure protection priorities
Guidance for Researchers and Stakeholders
This sector must be approached as a
strategic industrial domain that underpins India’s technological sovereignty
and economic resilience, where electronics and electrical systems form the
operational core of modern infrastructure, manufacturing, and digital
ecosystems, requiring research that moves beyond product-level analysis toward
system-wide understanding of supply chains, component ecosystems, and
industrial linkages across regions; industry participation will differ in scale
and capability, with larger firms advancing more rapidly while MSMEs require
structured access to finance, technology, and market linkages to ensure that
domestic manufacturing depth expands across the value chain rather than
remaining concentrated, and policy design must maintain clarity and continuity
to support long-term investments in fabrication, design, and component
manufacturing, as fragmented or inconsistent signals can slow momentum; under
the Viksit Bharat framework, electronics and electricals are steadily becoming a
foundational pillar of India’s industrial strategy, where the objective extends
beyond manufacturing volume to building a self-reliant, globally competitive,
and resilient ecosystem capable of sustaining growth and securing national
capability across critical sectors.
This content remains under continuous review as
part of B.A.P-I’s research and policy development process. Expert feedback,
field insights, and constructive recommendations are invited to further
strengthen the framework. Submissions may be shared at bharatassetsprotection@gmail.com
