New Tampa Community Center, Tampa, Florida
Provided geotechnical investigations and recommendations for this new Community Center with an approximate footprint of 24,600 SF and with a future potential expansion of 9,000 SF.
MC Squared delivers geotechnical engineering, foundation design, and materials testing services for commercial, institutional, and industrial vertical structures. Our expertise ensures safe, cost-effective, and durable developments, ranging from high-rise towers and community centers to warehouses, schools, and specialized facilities.
We conduct comprehensive subsurface investigations, foundation evaluations, and construction oversight to optimize site preparation and mitigate settlement risks. Our services also include value engineering, considering cost, constructability, and environmental impacts to support efficient project execution.
With a deep understanding of soil-structure interaction and regulatory requirements, we help clients develop resilient, long-lasting buildings tailored to their functional and operational needs.
Provided geotechnical investigations and recommendations for this new Community Center with an approximate footprint of 24,600 SF and with a future potential expansion of 9,000 SF.
Provided geotechnical investigations and foundation recommendations for this new facility in East Tampa. The improvements include a new 40,000 SF two level facility with associated interior parking, roadways and retention areas.
Provided subsurface investigations, testing and foundation recommendations and associated reports for a proposed new 18,600 GSF Vehicle Maintenance Building including internal roads, parking areas and a stormwater retention.
Provided Geotechnical and Foundations Recommendations as well as construction materials testing, inspection and consulting engineering for the construction of over 40,000 SF building and one swimming pool.
Provided geotechnical investigations and recommendations for a new 35,000 SF warehouse and associated support facilities including an outdoor storage area, parking areas and a storm water retention pond.
Provided geotechnical investigations and recommendations for an approximate 40,000 SF auditorium including internal roadways and parking areas.