JACK & JILL DAYCARE & PRESCHOOL, LLC

JACK & JILL DAYCARE & PRESCHOOL, LLC operates as a woman-owned early childhood education provider delivering licensed daycare and preschool services tailored to working families. The organization specializes in developmentally appropriate curricula, infant through pre-K care, and structured learning environments grounded in early childhood education best practices. Core capabilities include classroom management, child safety and health compliance, staff training in child development frameworks, and family engagement programs that align with state early learning standards. The business differentiates itself through a consistent focus on nurturing social-emotional growth, individualized learning plans, and adherence to rigorous licensing and accreditation benchmarks for early childhood programs. Award history is not available to confirm specific government contracts or agency partnerships. As such, no direct experience with federal, state, or local government procurement programs can be inferred from available data. The company’s primary industry focus is early childhood education and care services, though no NAICS codes are available to define its formal market classification. In practice, this translates to delivering regulated, center-based childcare solutions that support workforce participation among parents, particularly in community-based settings. The business positions itself as a trusted provider of high-quality early learning experiences within its local market. JACK & JILL DAYCARE & PRESCHOOL, LLC is structured as a woman-owned small business with its operations based in Sandy, Utah. It holds certification as a Woman-Owned Business, affirming its eligibility for certain state and federal socioeconomic programs. While no government contract history is documented, the entity is positioned to serve families connected to public sector employment through its licensed, quality-rated early education services. Its geographic presence is localized to the Salt Lake Valley region, with no indication of multi-state operations.