On Tuesday, Pawtucket Red Sox (Triple-A, International League) President Dr. Charles Steinberg, Paw Sox Chairman Larry Lucchino, ballpark designer Janet Marie Smith, and City Manager Edward M. Augustus Jr., welcomed some of the other people who will sit around the ballpark-design table, including D’Agostino Izzo Quirk Architects and Sasaki Associates — leaders of the design effort for Polar Park and its surroundings. Read more here and here.
A significant amount of infrastructure work is planned in the Canal District, Kelley Square and Green Island in Worcester (MA) in the coming months to prepare for the construction of the new home of the Boston Red Sox’s top minor league team. Read more here.
The Worcester Designer Selection Board will recommend Somerville (MA)-based D’Agostino Izzo Quirk Architects, Inc. (D’AIQ) to City Manager Edward Augustus Jr. for the design of Polar Park, the stadium which will house the Worcester Red Sox (Triple-A, International League) come the 2021 baseball season. D’AIQ worked on the renovation and expansion of Boston’s Fenway Park. Read more and view rendering/photo gallery here.
With council approval of the plan, the city of Worcester can proceed with plans to go to market Wednesday to raise about $30 million through a bond sale. The offering is expected to be the first in a series of bond sales that will raise the $100.8 million needed to build a new ballpark for the relocating Pawtucket Red Sox (Triple-A, International League). Read more here.
Worcester’s (MA) Designer Selection Board wrapped up two days of interviews Thursday with seven prospective architects for the city’s minor league ballpark project. After interviewing three firms Wednesday and four on Thursday, the board went behind closed doors late Thursday afternoon to discuss the merits of the proposals. Read more here.
Worcester (MA) officials are set Friday to select New York-based Skanska USA, a subsidiary of Swedish construction firm Skanska, as the owner’s project manager for the $90-million Worcester Red Sox stadium project. Read more here.