LSU of Alexandria has become the first public university in its accrediting group to receive approval for 90 credit hour accelerated bachelor's degrees in bioinformatics and information technology. This decision challenges the long-standing 120 credit hour standard that has shaped American undergraduate education for years.
For students and families concerned about rising tuition and lost time, the change is immediate. LSUA's new programs offer a quicker, more affordable path to an LSU degree, while maintaining academic standards and career relevance. The Commission on Colleges and Universities, which granted the accreditation, required LSUA to justify every credit hour reduction with solid evidence. Stephen L. Pruitt, Ph.D., president of the Commission, said, “Being first is not a small thing. It means making the case without a template to follow. We ask institutions to justify program length against the outcomes they promise students, and LSUA did that with evidence.”
LSUA is officially accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC), which authorizes the university to award baccalaureate degrees.
These degrees are not simply shorter versions of existing programs. LSUA faculty redesigned the curriculum from scratch, keeping the full 39-credit general education core and focusing the remaining 51 credits on intensive coursework in the major. Electives that did not directly support degree outcomes were removed. “These are not shortened degrees. They are intentionally designed, academically rigorous bachelor’s degrees focused on the knowledge and competencies students need to succeed,” said LSUA Chancellor Liz Beard, Ph.D.
The accelerated information technology degree is built for direct workforce entry. Students train in systems administration, networking, cloud computing, and cybersecurity, with courses mapped to industry certifications from CompTIA, AWS, and Cisco. This setup allows students to pursue credentials valued by employers while earning their degree.
The bioinformatics program combines biology, data science, and computational analysis, preparing graduates for work in biotechnology, health informatics, genomic research, and other data-driven life sciences. The curriculum covers genomics, programming, machine learning, and applied artificial intelligence, reflecting the growing use of computational tools in biological research and healthcare.
SACSCOC-accredited institutions, such as LSUA, typically publish formal accreditation statements in their catalogs and university pages, confirming their authority to award baccalaureate degrees. This practice is evident in the University of Tennessee at Martin catalog, which outlines the credential framework for degree programs.
University of Tennessee at Martin catalog
LSUA’s achievement is also a first for Louisiana. The state’s Board of Regents not only approved the programs but adopted a policy to support similar three-year, 90 credit hour degrees at other schools. Dr. Tristan Denley, Deputy Commissioner for Academic Affairs and Innovation, described the new degrees as “tall, skinny” programs that let students spend more time on their chosen field. “It is important that higher education is able to provide the workforce demand that Louisiana needs, and these accelerated degree programs provide campuses with the flexibility and nimbleness they need to meet those demands,” Denley said.
Provost Nathan Sammons, Ph.D., who led the faculty effort, stressed the need to keep up with rapid changes in STEM. “Our responsibility is to make sure the education we provide evolves with it. Our faculty have identified the knowledge, technical skills, and applied experiences students need, then built these degrees deliberately around those outcomes. The result is a rigorous pathway that reduces time to degree without reducing what graduates are prepared to do.”
LSUA is not dropping traditional four-year degrees. The accelerated programs are an added option, giving students more control over their academic and career plans. For a public university to rethink degree structure so thoroughly—and secure regulatory approval—shows a rare willingness to challenge higher education norms in favor of practical results.
LSUA’s move sets a new standard for other public institutions. By showing that rigorous, workforce-ready STEM degrees can be completed in 90 credit hours, LSUA has started a broader conversation about what undergraduate education should look like when time, cost, and career fit are front and center. The next question is how quickly other universities will follow, and whether students and employers will embrace this new approach.
