State-owned engineering giant BHEL has signed a technology partnership with Norwegian firm Hystar AS to manufacture PEM electrolyser systems in India, adding to an earlier tie-up with thyssenkrupp nucera for alkaline electrolyser technology. The dual-track strategy positions BHEL to serve India's rapidly expanding green hydrogen ambitions with two distinct electrolyser technologies. This marks a deliberate move by a legacy public-sector undertaking to build domestic manufacturing capability in a cutting-edge clean energy segment.
Source: The Economic Times — Industry
As BHEL scales up electrolyser manufacturing, demand is likely to grow for engineers with expertise in electrochemistry, membrane technology, and hydrogen systems — disciplines that were niche in India until very recently. The domestic manufacturing angle means these jobs are more likely to be created on Indian soil rather than remaining concentrated overseas. For early-career professionals in chemical, mechanical, and electrical engineering, upskilling toward hydrogen technologies now could position them ahead of what may become a significant hiring wave in both public-sector and private clean-energy firms.
The green hydrogen sector in India is still heavily policy-dependent, and project timelines have a history of slipping if government incentives or offtake agreements stall. BHEL's partnerships bring foreign technology, which means that in the near term, highly specialised roles — particularly in R&D and process design — may continue to be staffed by experts from partner companies rather than hired locally. There is also a risk that the pace of actual electrolyser orders does not keep up with partnership announcements, leaving workforce expansion slower than the headlines suggest.
If India's National Green Hydrogen Mission maintains momentum, BHEL's dual-technology approach could plausibly translate into hundreds of skilled manufacturing and engineering jobs over the next five years, particularly around its existing heavy manufacturing hubs. However, this outlook hinges on commercial electrolyser orders materialising at scale, which in turn depends on green hydrogen becoming cost-competitive — a target that many analysts believe is still several years away. Professionals who begin building credentials in hydrogen systems, fuel cell technology, and related process engineering today may find themselves well-positioned if the sector's growth curve steepens in the late 2020s, though those banking on immediate large-scale hiring could be disappointed by the sector's current nascency.
This analysis is AI-generated commentary from Job Trends India, based on the linked source report — not verified, independent reporting. Spot something off?
No comments yet — be the first to share your view.