A construction permit has been granted for a new residential development located at 2824 W 63rd Street in the Chicago Lawn neighborhood. The project will be a two-story, mixed-use building, replacing a 4,141-square-foot vacant lot. The last known sale of the property was in 2002 for $50,0001. The listed owner of the project is Ahmad Zahdan.
The National Public Housing Museum is on its way to becoming a new cultural landmark for Little Italy and the broader Near West Side as extensive renovation work continues. The development firm Related Midwest, in partnership with the Chicago Housing Authority, has taken on this project located at 1322 W Taylor Street.
Permits have been approved for the mixed-use development at 535 E 47th Street in Bronzeville. News first broke on the proposal located on the corner with S St Lawrence Avenue in April of this year, the multi-phase project will replace a vacant lot near the CTA Green Line at 47th station in the growing neighborhood. Developer Bronzeville Corridor LLC is leading the project and working with local firm SGW Architecture & Design.
Updated plans have been revealed for the mixed-use development at 7603 N Paulina Street in Rogers Park. Located on the northeast corner with W Howard Street just north of the CTA Red Line Howard stop, the project was originally announced in 2022 with two phases involving the demolition of the Werner Bros storage building. Now Housing For All LLC is back with a revised proposal for the affordable housing project designed by Cordogan Clark & Associates.
A zoning application has been submitted for the mixed-use skyscraper at 420 N May Street in the West Loop. Located on the northwestern corner with W Kinzie Street directly across the street from the recently completed Fulton Labs, the tower would become the tallest building west of the Loop adding a new peak to the skyline. Plans were originally revealed late last year by Miami-based developer Crescent Heights, who also built NEMA in the South Loop, and is working with local-architecture firm HPA.
