Access Guide
Introduction
- Related link Garrod Building.
- Https://www.accessable.co.uk/queen-mary-university-of-london/whitechapel/access-guides/garrod-building
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Comments
View
- There is step free access to/from Whitechapel Tube Station via lift.
Whitechapel Station to Court Street
- There is step free access to/from Whitechapel Tube Station via lift to Mile End Road.
- Turn right on exit and proceed for approximately 115m to Court Street.
- There is block paving that may be uneven in places.
Cross Whitechapel Road
- There is a pedestrian crossing at the end of Court Street to cross Whitechapel Road.
- There are tactile drop kerbs on either side of the road and an island in the middle.
Turn right to Turner Street
- Turn right and head down Whitechapel Road for approximately 35m.
- The surface of the pavement is block paving with the occasional manhole cover.
Turn left onto Turner Street
- Turn left onto Turner Street and head down for approximately 80m.
- The surface of the pavement is block paving.
- There is an uphill gradient as you head along Turner Street this is followed by a downhill gradient.
- As you reach the bottom of the downhill gradient there are bollards with a width of 160cm (as shown in photograph 4).
Continue along Turner Street past the Main Entrance to the Garrod Building
- Continue along Turner Street for approximately 45m.
- The surface of the pavement is an uneven mixture of tarmac and concrete.
Turn left along Stepney Way
- Turn left along Stepney Way for approximately 47m.
- The corner of the street turning into Stepney Way is brick block paving.
- The rest of the way is blocked paving.
Turn left to access the Accessible Entrance of the Garrod Building
- Turn left up the ramp by the sign to the David Hughes Building and keep going for approximately 41m.
- The accessible entrance is located on the left hand side.
- There is ramped or stepped access at this entrance.
- The surface is tarmac.
- There is an uphill gradient.
- There may be cars parked along this stretch of the route and as a result, there may be reduced access/squeeze gaps.