A permit was issued on Thursday for a new two-story residential building at 1007 N Hamlin Avenue in Humboldt Park. The owner is listed as GT Alternatives LLC. The new construction plans for the project include two units, a basement level, a rear wooden deck, a detached two-vehicle garage, and one additional outdoor parking space. The project will be replacing a vacant lot.
A permit was issued on Tuesday for a new two-story residential building at 4306 W Cortez Street in Humboldt Park. The owner is listed as GT Alternatives LLC. The new construction plans for the project include two units, a basement level, a rear porch, a detached two-vehicle garage, and additional parking in the form of a three-vehicle parking pad. The project will be replacing a vacant lot.
A permit was approved last week for a new two-story residential building at 1049 N Lawler Avenue in the Austin neighborhood. The owner of the permit is listed as GT Alternatives LLC, and the current plans indicate this project will produce two units. This will be a masonry build with a front staircase and accompanying wooden decks for both levels at the rear. The permit also specifies a detached two-car garage along with one outdoor parking spot will be included in the build. The lot is currently vacant.
A permit was approved yesterday for a new two-story residential building at 4741 S Michigan Avenue in the Grand Boulevard neighborhood. This owner is listed as GT Alternatives LLC and the plans show that this project will yield three total units. The permits also include a plan for a three-car parking pad on site. The lot is currently vacant and will neighbor a previously reported upon project from the same owners.
A permit was approved on Friday for a new three-story residential building to be located at 4745 S Michigan Avenue in the Grand Boulevard neighborhood. The owner is listed as GT Alternatives LLC and plans indicate this project will yield three total units. Additionally, the permits include a plan for three-car parking pad. The development will replace a previous structure.
