What is the school trying to build?
Leadership needs a clear view of the capability that matters, the current level of implementation, and the sequence of work that deserves attention first.
Clinical Assistant Professor of Marketing · Executive Director, Loyalty Science Lab · Founder, Navigate AI
Navigate AI was founded by Dr. Ryan Baltrip to help business schools answer a practical question: what AI capability has the school actually built, and what evidence can leadership use to support that claim? The work draws on a career that spans university-wide digital-learning strategy, academic administration, business-program leadership, faculty development, course design, teaching, assessment, and applied AI research.
Business-school AI decisions cross several levels at once. A dean may be deciding how AI fits the school's strategy. A curriculum committee has to translate that direction into program expectations. Faculty need course-level practices that make sense in their disciplines. Assessment leaders still have to determine whether the resulting student work provides credible evidence of learning.
Ryan's professional path has moved through each of those levels. He has led institution-level online and digital-learning strategy, served as a dean and business chair, designed faculty-development systems, worked directly on course and program design, and now teaches and conducts AI research inside a business-school context.
That combination shapes Navigate AI's approach. The work begins with institutional questions, then follows them far enough into curriculum, courses, assessment, and evidence to determine whether the pieces actually connect.
The through-line has been academic change: building programs, supporting faculty, improving digital learning, and creating structures that make new initiatives sustainable after the launch.
Ryan serves as a Clinical Assistant Professor of Marketing and Executive Director of the Loyalty Science Lab in the Strome College of Business. His teaching has included AI in Business, Strategic AI Leadership, AI in Digital Marketing, Principles of Marketing, and Consumer Behavior. He has also served as an AI Teaching Fellow and received the Strome College of Business Outstanding Faculty Teaching Award in 2025.
His current research examines student AI readiness, verification, trust, privacy, disclosure, human oversight, and the design of evidence-rich learning in AI-enabled courses.
As Dean of the College of Professional Studies, Chair of Business Administration, and a management and marketing faculty member, Ryan led academic strategy across programming, enrollment, student success, operations, and market development. He directed business programs including the MBA and BBA and led redesign work intended to strengthen academic quality, market differentiation, and online delivery.
The role provided the leadership perspective that now informs Navigate AI's institutional work: new ideas have to fit budgets, faculty capacity, program structures, student needs, and the decision processes of a university.
As Director of Digital Learning Initiatives, Ryan led online, hybrid, and innovative-learning efforts across the university. He authored a multi-year digital-learning strategy, worked across academic colleges and administrative units, expanded graduate and undergraduate offerings, and developed structures for faculty and program support.
The work required coordinating institutional priorities across business, engineering, health, education, graduate education, and other areas while building processes that could scale beyond a single enthusiastic program.
As a Senior Instructional Designer, Ryan helped the college strengthen faculty training and its online MBA while consulting on executive-education program planning. The role added direct experience with the operating realities of a large business school and the relationship between course quality, faculty support, and program strategy.
As Director of Online Programming, Ryan led university-wide planning for online and distance education, supported graduate program development across schools, and helped expand online learning in business, law, education, and the undergraduate college. His team was recognized in consecutive years among leading eLearning organizations for operational effectiveness.
As Director of Online Learning, Ryan led a large online program, built faculty training, expanded blended and distance offerings, and strengthened the infrastructure supporting course design and delivery. Earlier instructional-design work at St. Petersburg College helped establish the course-level foundation for later leadership roles.
Navigate AI is designed around the places where institutional AI efforts can become disconnected. The methods keep leadership direction, teaching practice, assessment evidence, and continuous improvement in the same conversation.
Leadership needs a clear view of the capability that matters, the current level of implementation, and the sequence of work that deserves attention first.
Program maps, course expectations, faculty practices, and assignments determine whether an institutional goal becomes part of the student experience.
Direct measures, process evidence, verification artifacts, and defensible scoring make the learning claim more credible when AI participates in the work.
A quality system becomes useful when findings lead to a decision, ownership, implementation, and a later opportunity to see whether the change worked.
Ryan's teaching places him directly in the changing environment Navigate AI is designed to address. Students use increasingly capable tools for research, analysis, writing, ideation, and multi-step work. The challenge for faculty is deciding what students should still be able to explain, verify, defend, and do independently enough to support professional judgment.
His research program examines those transfer problems empirically. Recent work has studied the gap between belief in human review and supervision readiness, the translation of disclosure knowledge into actual practice, trust and privacy in AI adoption, confidence versus demonstrated proficiency, and the emerging challenge of human oversight in agentic workflows.
That research informs Navigate AI's emphasis on observable capability and evidence. It does not substitute for institutional validation of the products. Diagnostic validation, client outcomes, and external evidence are treated as separate questions and will be reported as those data develop.
Before generative AI became a business-school priority, Ryan's work centered on many of the same implementation challenges: translating emerging technology into sustainable academic practice, supporting faculty through change, and preserving learning quality while programs evolve.
Navigate AI supports schools as they define student capability, strengthen course and assessment practice, organize evidence, and make the next improvement decision with greater confidence.
The long-term goal is a form of Human+AI capability in which students can create value with advanced tools while retaining judgment, verification, transparency, responsibility, and professional accountability.
Navigate AI operates as an independent business. Ryan's university roles provide professional experience and inform the work, while those institutions do not endorse or sponsor Navigate AI unless a separate relationship is explicitly stated.
The same principle applies to AACSB. Navigate AI uses current standards as one quality context for business schools and can help organize evidence relevant to those expectations. Accreditation interpretation and decisions remain with AACSB, its accreditation managers, and peer review teams.
Independence is useful because the Diagnostic is intended to provide a neutral baseline of what the available evidence supports. The goal is to give leadership a clearer view before the findings become part of curriculum planning, board communication, quality review, or accreditation preparation.
A briefing can begin with student capability, assessment evidence, course quality, faculty support, or a broader institutional baseline. The first step is identifying where better evidence would improve the decision.