Light RFP
State of Utah · Utah

Student Information System

Due Aug 12, 2026·14 days left·General ConstructionView official posting ↗
Issuing agency
Utah DFCM / State
Method
Request for Proposals
PIN
Q26071326
Location
Utah
Posted
Jul 14, 2026
Takeaways by LightRFP AI
  • Davis Technical College is seeking proposals for a modern Student Information System (SIS) and associated implementation services.
  • The procurement method is Request for Proposals.
  • The issuing agency is Utah DFCM / State.
  • Place of performance is UT.
  • The post date is 2026-07-14.
  • The due date is 2026-08-12.
  • The five-year budget for this project is $1,500,000.00.
  • The contact person is Thomas Kimber.
  • Requirement: Vendors must propose a comprehensive solution that includes software, implementation services, data conversion, system integration, training, and ongoing support.

AI-generated, verify all details against the official documents.

Description

Davis Technical College is seeking proposals from qualified vendors for a modern Student Information System (SIS) and associated implementation services.
The selected solution must support the full student lifecycle from recruitment and admissions through enrollment, academic progress, completion, and post-completion outcomes, while enabling streamlined administrative processes, improved data accessibility, and enhanced user experiences for students, faculty, and staff.
The College is at a critical point in evaluating and modernizing its student information capabilities. Current systems and processes rely on a combination of legacy platforms, locally developed tools, and manual workarounds that limit operational efficiency, data consistency, and scalability.
A defining characteristic of Davis Technical College is its unique academic and scheduling model, which differs significantly from traditional term-based higher education structures. While some programs are delivered in cohort-based or term-based formats, a substantial portion of the College’s offerings follow a course-based, open-entry model designed to maximize student flexibility and access.
In this model, students enroll in one course at a time and progress at an individualized pace. Instructional environments are structured around available training hours rather than fixed class sections. For example, in programs such as welding, the welding building operates for nine hours each day, which are divided into 1.5 hour time blocks. Students are required to complete a minimum number of training hours per week but may attend additional hours based on availability and individual progress. As a result, students within the same physical space may be enrolled in different courses, progressing independently, and attending on different schedules.
This approach enables highly flexible scheduling, where course start and end dates vary by student, pacing is individualized, and scheduling is driven by student need rather than fixed academic terms or cohorts.
As a result, the College requires a system capable of dynamically managing course scheduling, student enrollment, attendance, and academic progression in a highly flexible, non-term environment. Any proposed solution must demonstrate the ability to support this model without reliance on rigid term structures, significant manual intervention, or extensive customization.
Through this procurement, Davis Technical College seeks to:
• Implement a modern, cloud-based SIS platform
• Improve the student experience, including intuitive self-service and mobile-friendly access
• Support a flexible, course-based academic model with variable course start and end dates, individualized pacing, and student-driven scheduling
• Streamline and standardize core academic and administrative processes
• Enhance reporting, analytics, and data accessibility to support institutional effectiveness and compliance requirements
• Reduce reliance on manual processes and disconnected systems
• Enable accurate tracking of student progression and completion within a flexible scheduling environment
• Support integration with existing and future enterprise systems through modern APIs and data exchange mechanisms
Vendors are expected to propose a comprehensive solution that includes software, implementation services, data conversion, system integration, training, and ongoing support.
• The College five year budget for this project is $1,500,000.00. This reflects any and all cost including but not limited to conversions, implementation, training and licensing.
• The College current user environment is as follows:

Full-time Part-time Total
Instructional Staff 109 172 281
Student Services 29 24 53
Other Licensed Staff 20 20
Annual Student FTE ~2000
Student Headcount ~7500

Documents8
Q26071326 - pub - Student Information System.zipZIP
ATTACH A DTC TCS Goods and Service FY26.pdfPDF
ATTACH C DTC Payment TCs.pdfPDF
CLAIM OF BUSINESS CONFIDENTIALITY.pdfPDF
RFP Q26071326 ATTACH B Acceptance Testing Checklist.pdfPDF
RFP Q26071326 Score Sheet.pdfPDF
RFP Q26071326 Student Information System.docxDOCX
U3P BID INSTRUCTIONS AND GENERAL PROVISIONS.pdfPDF

Contact

Name
Thomas kimber
Address
Utah DFCM / State
Full source recordfrom State of Utah (Bonfire)
Detail
Contact Name
Thomas kimber
Date Open Raw
2026-07-13 20:00:00
Description
Davis Technical College is seeking proposals from qualified vendors for a modern Student Information System (SIS) and associated implementation services. The selected solution must support the full student lifecycle from recruitment and admissions through enrollment, academic progress, completion, and post-completion outcomes, while enabling streamlined administrative processes, improved data accessibility, and enhanced user experiences for students, faculty, and staff. The College is at a critical point in evaluating and modernizing its student information capabilities. Current systems and processes rely on a combination of legacy platforms, locally developed tools, and manual workarounds that limit operational efficiency, data consistency, and scalability. A defining characteristic of Davis Technical College is its unique academic and scheduling model, which differs significantly from traditional term-based higher education structures. While some programs are delivered in cohort-based or term-based formats, a substantial portion of the College’s offerings follow a course-based, open-entry model designed to maximize student flexibility and access. In this model, students enroll in one course at a time and progress at an individualized pace. Instructional environments are structured around available training hours rather than fixed class sections. For example, in programs such as welding, the welding building operates for nine hours each day, which are divided into 1.5 hour time blocks. Students are required to complete a minimum number of training hours per week but may attend additional hours based on availability and individual progress. As a result, students within the same physical space may be enrolled in different courses, progressing independently, and attending on different schedules. This approach enables highly flexible scheduling, where course start and end dates vary by student, pacing is individualized, and scheduling is driven by student need rather than fixed academic terms or cohorts. As a result, the College requires a system capable of dynamically managing course scheduling, student enrollment, attendance, and academic progression in a highly flexible, non-term environment. Any proposed solution must demonstrate the ability to support this model without reliance on rigid term structures, significant manual intervention, or extensive customization. Through this procurement, Davis Technical College seeks to: • Implement a modern, cloud-based SIS platform • Improve the student experience, including intuitive self-service and mobile-friendly access • Support a flexible, course-based academic model with variable course start and end dates, individualized pacing, and student-driven scheduling • Streamline and standardize core academic and administrative processes • Enhance reporting, analytics, and data accessibility to support institutional effectiveness and compliance requirements • Reduce reliance on manual processes and disconnected systems • Enable accurate tracking of student progression and completion within a flexible scheduling environment • Support integration with existing and future enterprise systems through modern APIs and data exchange mechanisms Vendors are expected to propose a comprehensive solution that includes software, implementation services, data conversion, system integration, training, and ongoing support. • The College five year budget for this project is $1,500,000.00. This reflects any and all cost including but not limited to conversions, implementation, training and licensing. • The College current user environment is as follows: Full-time Part-time Total Instructional Staff 109 172 281 Student Services 29 24 53 Other Licensed Staff 20 20 Annual Student FTE ~2000 Student Headcount ~7500
Contact Email
thomas.kimber@davistech.edu
Document Links
/marketplace/api/blob?p=bonfire%2Futah%2F243777%2FQ26071326%20-%20pub%20-%20Student%20Information%20System.zip&fn=Q26071326%20-%20pub%20-%20Student%20Information%20System.zip, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FATTACH%20A%20DTC%20TCS%20Goods%20and%20Service%20FY26.pdf&fn=ATTACH%20A%20DTC%20TCS%20Goods%20and%20Service%20FY26.pdf, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FATTACH%20C%20DTC%20Payment%20TCs.pdf&fn=ATTACH%20C%20DTC%20Payment%20TCs.pdf, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FCLAIM%20OF%20BUSINESS%20CONFIDENTIALITY.pdf&fn=CLAIM%20OF%20BUSINESS%20CONFIDENTIALITY.pdf, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FRFP%20Q26071326%20ATTACH%20B%20Acceptance%20Testing%20Checklist.pdf&fn=RFP%20Q26071326%20ATTACH%20B%20Acceptance%20Testing%20Checklist.pdf, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FRFP%20Q26071326%20Score%20Sheet.pdf&fn=RFP%20Q26071326%20Score%20Sheet.pdf, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FRFP%20Q26071326%20Student%20Information%20System.docx&fn=RFP%20Q26071326%20Student%20Information%20System.docx, /marketplace/api/blob?p=bonfire%2Futah%2F243777%2FU3P%20BID%20INSTRUCTIONS%20AND%20GENERAL%20PROVISIONS.pdf&fn=U3P%20BID%20INSTRUCTIONS%20AND%20GENERAL%20PROVISIONS.pdf
Date Close
2026-08-11 20:00:00
Project ID
243777
Cat Review
At
Jul 23, 2026
Method
openrouter
Taxonomy
construction
Project Name
Student Information System
Reference ID
Q26071326
Department ID
12061
Categorized By
llm
Project Status ID
2
Private Project ID
d900e4db2280c4f95ebd2da1ca944b6f
Project Sub Status ID
1
Project Visibility ID
1

Source: State of Utah (Bonfire) (solicitation UT_U3P-243777), retrieved via the Utah Bonfire procurement portal. View the official posting — always confirm requirements and deadlines with the issuing agency.