Nuclear engineering BSc
| Highest | $4,800 / mo · United States |
|---|---|
| Experience | 0–1 yrs |
| Degree | Required |
| First paycheck | 5–6 years (4 years of study + 6–18 months of security vetting) |
Pay in the destination countries
Monthly, in US dollars. Each country is an Imora admission package — open one for that route's fees, language requirement and deadline.
| Country | Monthly |
|---|---|
| United StatesTOEFL 80–100 · $10–70k | $4,800max |
| FranceFrench B2 · €170–3.9k | $4,700 |
| SwitzerlandIELTS 6.5 · CHF 0.9–8k | $4,600 |
| NorwayIELTS 6.0–6.5 · NOK 130–260k | $4,550 |
| GermanyIELTS 6.5 · €0–3k | $4,500 |
| FinlandIELTS 6.0–6.5 · €6–18k | $4,500 |
What does the day look like?
Many teenagers imagine nuclear engineers spend their days running core physics simulations, adjusting control rods, or designing next-generation small modular reactor (SMR) cores. That glamorous work makes up only 15% of the day. The other 85% consists of preparing input decks for legacy computational codes, drafting regulatory safety cases, checking error bounds, and verifying calculation notebooks under NQA-1 standards.
Your daily tools include neutron transport and thermal-hydraulic codes such as MCNP6, SCALE 6.3, Serpent 2, RELAP5-3D, and ANSYS Fluent, alongside Python and MATLAB scripts and Git version control. You also attend technical meetings with civil, mechanical, structural, and instrumentation and control (I&C) teams to reconcile equipment tolerances. Office and laboratory positions follow a 40-hour workweek from Monday to Friday, 08:00 to 17:00. However, 12-hour rotating shifts, night work, and on-call rotations are required during plant commissioning, refueling outages, and operational engineering support.
Where does this lead?
Next step up
What do you make of this job?