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Intelligent staff scheduling optimization

Automating staff scheduling for therapy operations with an intelligent engine to reduce manual effort by 40–60%

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Project highlights

Industry: Healthcare
Client services: AI Business Transformation
Started in 2025
Location: McLean, VA, USA 
Team size: 5 members 
Duration: 3 months 

About the client

The client is a provider of early intervention services for children with autism. The organization operates therapy centers that require careful staff scheduling across client needs, staff credentials, insurance requirements, workload balance, and day-to-day operational changes.

Business challenges 

The client’s scheduling operations relied heavily on manual Excel-based workflows. As the organization scaled, this process became increasingly difficult to manage because schedules had to account for many operational constraints at once, including staff availability, client assignments, callouts, credentialing rules, insurance requirements, staff-client history, and fairness across workloads.

Manual scheduling created several challenges:

  • High administrative effort required to build and adjust schedules.
  • Difficulty balancing compliance, staff credentials, and operational preferences.
  • Risk of inconsistent scheduling decisions across centers.
  • Limited ability to respond quickly to callouts and real-world changes.
  • Need for a scalable scheduling foundation that could integrate with existing operational tools.

Goals set to Achievion

The client engaged Achievion to help modernize its staff scheduling operations and reduce the operational burden of manually creating and adjusting schedules across multiple therapy centers.

The primary business goals were to:

  • Reduce the time and effort required to prepare staff schedules.
  • Improve schedule accuracy by consistently applying credentialing, insurance, and operational rules.
  • Minimize manual schedule adjustments caused by callouts and changing center needs.
  • Create a fairer scheduling process by balancing staff workload more consistently.
  • Improve operational visibility and standardization across multiple centers.
  • Build a scalable scheduling foundation that could support future automation and integration with existing business systems.

Solution 

Achievion delivered a Smart Scheduler MVP that automates staff schedule generation using a rules-based optimization engine. The solution was designed to handle the real-world complexity of therapy center operations while improving scheduling consistency, compliance, and workload balance.

The Smart Scheduler includes:

  • Rules-based schedule optimization that applies defined scheduling logic consistently across staff, clients, and center requirements.
  • Credentialing and compliance support to help ensure staff assignments align with required qualifications and operational constraints.
  • Insurance requirement handling to account for payer-specific scheduling rules and reduce compliance risks.
  • Staff-client history consideration to support continuity of care and preserve preferred assignment patterns where appropriate.
  • Workload balancing logic to distribute assignments more fairly across staff members and reduce scheduling friction.
  • Callout and change management support to help operations teams adjust schedules more efficiently when staffing changes occur.
  • Multi-center scalability to support scheduling across different therapy center locations and operating scenarios.
  • Integration-ready architecture that enables the scheduling engine to connect with existing RPA workflows and operational systems.

Business outcome

Achievion delivered a Smart Scheduler system that gives the client a scalable foundation for automating staff scheduling across multiple therapy centers. By replacing manual spreadsheet-based scheduling with a rules-based optimization engine, the solution is expected to reduce manual scheduling effort by 40–60% while improving consistency, compliance confidence, workload balance, and readiness for future integration with the client’s operational systems.

Timeline 

2 Weeks
Design Phase
  • Mapped existing scheduling workflows.
  • Defined staff, client, callout, and output requirements.
  • Documented optimization rules and success criteria.
3 Weeks
Prototype Development
  • Developed an Excel-based algorithm prototype.
  • Generated test schedules using real-world sample data.
  • Validated initial results with client feedback.
1.5 Months
MVP Development
  • Refined optimization logic based on feedback.
  • Added fairness and workload balancing improvements.
  • Validated the algorithm across multiple centers.
  • Packaged the algorithm as a REST API.
  • Prepared the scheduling engine for integration with the client’s existing RPA workflow.

Team

Product Manager 
Solutions Architect 
Business Analyst
Data Scientist
Software Developer 
DevOps Engineer
QA Engineer

Tech Stack

AI and Automation

Tiered assignment algorithm
Python

Application Layer

Python
FastAPI

Docker

Data Layer

PostgreSQL

Infrastructure

Azure Cloud
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