Where to live in Heidelberg if you work from home
Ranking of Heidelberg's 24 areas with CityPulse's “Working from home” profile. What matters most: public green space, tree canopy, services on foot and protected cycle lanes. Preferred density: low.
What is the best area of Heidelberg to live in if you work from home?
According to CityPulse: Südstadt (84), Neuenheimer Feld (83) and Neuenheim (77).
Heidelberg areas ranked
| # | Area | Score | Strength |
|---|---|---|---|
| 1 | Südstadt | 84 · excellent | Public green space |
| 2 | Neuenheimer Feld | 83 · excellent | Protected cycle lanes |
| 3 | Neuenheim | 77 · good | Services on foot |
| 4 | Eichendorff-Forum | 76 · good | Public green space |
| 5 | Wieblingen | 75 · good | Public green space |
| 6 | Bergheim | 72 · good | Protected cycle lanes |
| 7 | Weststadt | 71 · good | Public green space |
| 8 | Handschuhsheim | 70 · good | Services on foot |
| 9 | Rohrbach | 69 · good | Services on foot |
| 10 | Pfaffengrund | 68 · good | Protected cycle lanes |
| 11 | Altstadt | 68 · good | Tree canopy |
| 12 | Heidelberg Innovation Park | 68 · good | Public green space |
| 13 | Quartier am Turm | 68 · good | Protected cycle lanes |
| 14 | Schlierbach | 66 · good | Tree canopy |
| 15 | Ochsenkopf | 66 · good | Protected cycle lanes |
| 16 | Kirchheim | 62 · good | Protected cycle lanes |
| 17 | Bahnstadt | 59 · fair | Protected cycle lanes |
| 18 | Ziegelhausen | 59 · fair | Tree canopy |
| 19 | Hasenleiser | 58 · fair | Services on foot |
| 20 | Meilenstein | 56 · fair | Protected cycle lanes |
| 21 | Patrick-Henry-Village | 48 · fair | Tree canopy |
| 22 | Emmertsgrund | 39 · poor | Tree canopy |
| 23 | Boxberg | 36 · poor | Tree canopy |
| 24 | Mühltal | 35 · poor | Tree canopy |
What it does not consider
The ranking does not account for rents and house prices, noise, safety, or distance from university or work. Use it to decide where to look, then check the individual address.
Other profiles in Heidelberg
Areas are named after OpenStreetMap neighbourhoods and have approximate boundaries: each hexagon goes to the nearest name. Values are residents' medians. Data updated on 2026-11-05. Method and sources