SSC JE EE (Combined) Vacancy Details
Updated 2026| Name of Department | Post | Total Vacancies |
|---|---|---|
| Border Roads Organization (Male Only) | JE (E&M) | To be announced |
| Central Public Works Department (CPWD) | JE (E) | To be announced |
| Central Water Power Research Station | JE (E) | To be announced |
| DGQA-NAVAL, Ministry of Defence | JE (E) | To be announced |
| Farakka Barrage Project, Ministry of Jal Shakti | JE (E) | To be announced |
Analyzing the historical vacancy trends for the Staff Selection Commission Junior Engineer examination provides insight into the scale of recruitment. In previous recruitment cycles, the commission has announced substantial openings, reaching up to 1731 vacancies across various departments. These vacancies are distributed among organizations such as the Central Public Works Department, the Border Roads Organization, the Ministry of Defence, and the Ministry of Jal Shakti. The 2026 cycle anticipates a similarly robust recruitment drive with an expected count of 1730 vacancies.
These figures demonstrate the consistent demand for qualified Junior Engineers (Electrical) in the public sector. The variation in vacancy counts often depends on the specific requirements of the participating ministries and departments for that particular year. It is important to note that these figures are dynamic and can be updated by the commission throughout the recruitment process. Aspirants should view the expected vacancy numbers as a positive indicator of the job opportunities available, while also recognizing that the actual final vacancies will be officially confirmed in the formal notification.
Trends indicate that a large portion of these vacancies is typically concentrated in major departments like the CPWD and BRO. Understanding these trends helps candidates prioritize their preferences during the document verification and allocation stage. Keeping track of the historical distribution of posts across departments can also give candidates a clearer picture of their career prospects and the diverse environments they might work in upon successful selection.