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Q: What are the most in-demand skills emerging in India’s renewable energy sector?
We are seeing strong demand for advanced technology skills across industries, and the renewable energy sector is no exception. Areas such as artificial intelligence, cybersecurity, cloud computing, data analytics, and prompt engineering are becoming increasingly important.
However, the key challenge is not simply having basic knowledge of these technologies. The real gap lies in professionals who can apply them strategically and execute solutions at scale within business environments.
Q: Is the renewable energy sector actively investing in technologies like AI and data analytics?
Adoption is still evolving. Compared with some other industries, renewable energy companies have been slightly slower in prioritising large-scale investments in artificial intelligence.
However, we are seeing a gradual shift as organisations move beyond pilot projects and begin integrating digital technologies into project operations, asset management, and energy optimisation. Over time, the demand for professionals who understand both energy systems and digital technologies will grow significantly.
Q: How are renewable companies addressing the talent shortage today?
One major trend is hiring talent from adjacent industries. With rapid growth in renewable installations, companies are increasingly tapping professionals from electrical engineering, HVAC, electronics, and conventional power utilities.
These sectors provide a strong technical foundation that can be adapted to renewable energy roles, particularly in installation, operations, and maintenance. In many cases, organisations hire from these related industries and then upskill professionals for renewable-specific requirements.
Q: Are companies also investing in building talent pipelines through campus hiring?
Yes, campus hiring is becoming a critical strategy. Renewable energy companies are engaging more with engineering colleges, ITIs, and skill institutions through graduate trainee programmes, internships, and apprenticeships.
This approach allows young professionals to gain exposure to real projects early in their careers while enabling companies to develop a steady talent pipeline rather than relying only on lateral hiring.
Q: Are academic institutions keeping pace with the sector’s growing skill requirements?
Academic institutions have made progress in recent years, particularly in introducing more practical and application-oriented learning.
However, the speed and scale at which the renewable energy sector is expanding still outpaces the supply of skilled professionals. This is why stronger collaboration between industry and academia, structured training programmes, and on-the-job skill development will be essential to bridge the gap going forward.
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