MC Squared Appoints Todd K. Wager as Chief Executive Officer

The MC Squared Board of Directors is pleased to announce the appointment of Todd K. Wager as Chief Executive Officer.

Todd joined MC Squared in October 2024, and after a structured transition of executive duties, assumed the role of CEO at the beginning of 2025. Since then, he has been actively engaging with teams, clients, and partners to ensure a seamless leadership transition and position the company for continued success.

With over 30 years of experience in the engineering industry, Todd is a recognized leader known for driving growth, operational excellence, and innovation. His expertise and vision will be instrumental in guiding MC Squared into its next phase of success.

We also want to take a moment to acknowledge Sameer (Sam) Moussly, whose vision and leadership have been foundational to MC Squared’s success. His contributions have built a strong company, and we are excited to build on that foundation as we look toward the future.

This transition marks an exciting new chapter for MC Squared. Under Todd’s leadership, the company remains committed to delivering excellence and innovation to our clients, partners, and stakeholders

MC Squared Board of Directors

St. Petersburg Northwest Water Reclamation Facility

MC Squared provided Quality Control (QC) services for concrete testing as part of the St. Petersburg Northwest Water Reclamation Facility (WRF) Improvements project. Our team conducted field and laboratory testing to assess concrete strength, composition, and durability, ensuring compliance with project specifications. By delivering accurate and timely test reports, we supported construction progress and upheld the integrity of critical infrastructure.

Caloosahatchee River West Basin Storage Reservoir (C-43 WBSR)

Developed by C-43 Water Management Builders for the South Florida Water Management District (SFWMD) and U.S. Army Corps of Engineers (USACE), the C-43 West Basin Storage Reservoir is a 170,000-acre-foot infrastructure project designed to store excess freshwater from the Caloosahatchee River, stabilize salinity levels, and prevent algal blooms. MC Squared provided critical laboratory management, construction materials testing, and quality control, ensuring compliance with USACE standards. Our contributions—including testing 22 million cubic yards of embankment, 110,000 tons of soil-cement armoring, and 19 miles of soil-bentonite cutoff wall—have helped ensure the reservoir’s durability, reliability, and long-term impact on Florida’s water resources and communities.

Construction Materials Testing Design-Build Florida Geotechnical Engineering Reservoir Construction

City of Tampa UCAP Pipelines, City of Tampa, Florida

Provided subsurface investigations and associated recommendations for a proposed 48-inch waterline from the David L. Tippin Treatment Plant to South Tampa, a distance of approximately 65,000 LF. The project included horizontal directional drilling and tunneling under the Hillsborough River as well as numerous deep tunnel crossings under major roadways along the project alignment.

Florida

Dale Mabry Stormwater Tunnel, City of Tampa, Florida

Performed a limited Phase I along the project corridor to evaluate potential contamination that could affect the development of the project which included 7000 LF of stormwater tunnel thru a residential neighborhood. Also provided a baseline geotechnical report and laboratory testing to support the future design. The project was intended to alleviate flooding in the South Tampa area of Hillsborough County.

Florida Geo-Environmental

Snapfinger and Pole Bridge Creek Wastewater Treatment Plant Interplant Storage and Convergence Phases I & II, DeKalb County, Georgia

The tunnel itself is proposed to be approximately 5 miles long, have a 27-foot diameter, and have a storage volume of 88 million gallons. Tunnel horizon is to be located between 150 and 200 feet below ground surface. Apart from the tunnel itself, 50 million gallon per day influent lift stations will be located on either end at each wastewater treatment plant. The primary purpose of the investigation was to gather information that will serve as input and recommendations for the preferred tunnel alignment. MC² evaluated and analyzed available geotechnical and hydro geological data and prepared a plan for additional drilling and testing. MC² performed extensive soil drilling and rock coring along the proposed tunnel alignment. Using multiple drilling methods and drilling equipment, borings ranged from approximately 48 feet below ground surface to 275 feet below ground surface. We analyzed and logged all core data: including rock type, mineralogy, fracture type and degree, degree of weathering, Rock Quality Designation and Recovery Percentage. Rock core data, soils testing, depth to rock, and the continuous monitoring of the groundwater table allowed us to produce a detailed geologic map showing different lithologies and their connections, zones of fractured and week rock, and groundwater flow patterns. Other field tests performed included down-hole pressure testing in bedrock, falling head permeability tests, and geophysical testing in fractured problem areas to supplement drilling data. Laboratory testing of soils and bedrock samples included, but is not limited to, soil particle size analyses and % passing the 200 sieve, Liquid Limit and Plastic limit of soils, elastic moduli of intact rock core specimens, Brazilian tensile strength of rock core specimens, point load and compressive strength of intact rock core specimens at varying states of stress and temperature. Finally, our experienced professional engineers evaluated all the field and lab data collected and produced a geotechnical exploration report summarizing the methods used, and data collected along with recommendations for tunnel construction and alignment.

Geo-Environmental Georgia

An

Company