Increase your company’s ROI
on AI by using the easiest
method of scheduling +
optimization

Case Studies

Scheduling for Hospitals with ‘What-If’ Analysis

Currently used by a medical group consisting of 30 odd physicians and support staff, serving four 500-bed hospitals and 2 nurseries.
Achieved 20% savings on OpEx costs.

Combined Delivery & Transportation Scheduling with ‘What-If’ Analysis

Mitigated scheduling inefficiencies eliminating drudgery. Maximized profit by optimizing resource, time & cost models simultaneously.
Achieved 15% savings on OpEx costs.

Optimized Production & Distribution Capacity, & ‘What-If’ Analysis

Optimized transportation, logistics, production, and distribution capacity using scenario analysis.
Maximized profit by optimizing time and cost models simultaneously.

Scheduling for Workload Management for an Insurance Company

Helped the company with data extraction, integration and AI/ML analysis.
Generated upto 20% savings in OpEx.

How will you benefit?

  • Access to AI driven SaaS that optimizes work allocation and ‘What-If’ Analysis
  • Balance important tasks before they become urgent
  • Simultaneous time and OpEx minimization
  • Easy software integration with leading tools
  • Manages custom parameters (preferences, team chemistry and time-zones)
  • Preserves and aligns business priorities of tasks

Only with TimeMint

AI powered work allocation and ‘What-If’ Analysis software

TeamPeakTM

Professional Services

White Papers

AI_ML_Driven_Hospitalist_WhitePaper

AI/ML Driven Scheduling Hospitalist & Nurse Scheduling for Healthcare Industry

TimeMint solution for AI/ML driven predictive scheduling and workload management, has generated upto 20% savings in OpEx for clients.

Predictive_Scheduling_WhitePaper

AI/ML Driven Scheduling Predictive & Dynamic Scheduling in F&B Industry

In a typical work-to-workforce schedule optimisation, the TimeMint AI solution results in upto 20% cost and time saving across weekly & monthly schedules.

Insurance_WhitePaper

AI/ML Driven Scheduling & ‘What-If’ Analysis in Insurance Industry

AI/ML in insurance automation helps stimulate business growth, lower risks of fraud, and optimize various business processes to reduce overall costs.

Insurance_WhitePaper

Manufacturing AI/ML Driven Scheduling & ‘What-If’ Analysis

Overview of how TimeMint’s AI
resolves personnel and production scheduling problems, and takes the
drudgery out of re-optimisation.

What our customers are saying…

“As much as we are exceedingly committed to the excellence of our work, we are equally committed to the quality of the relationships we build. We work directly with brands and clients from all around the world.”

“I am a Senior Director at a Fortune 500 company. We use TeamPeak™ Business as a rule-of-thumb check to ensure that we handle the important tasks correctly, and to plan for resources ahead of time. I am very happy with the results.”

– MK,

Director of Product Management

“We have successfully used TimeMint technology to save 20% op-ex as a part of our hospitalist scheduling. TimeMint removed the drudgery in a highly complex scheduling and rescheduling problem, especially during the pandemic times. Its AI based solution is highly flexible to accommodate personalised preferences of our hospitalist staff. This level of personalisation and customisation is unique to the TimeMint solution, versus its competition.”

– Dr. VK,

Hospitalist Medical Director

Optimizing Scheduling Algorithm for Windmills

Our AI-model aims at maintenance scheduling of wind mills for a multi-component system. Which of the components should undergo maintenance replacements first is decided by ‘What-If’ Analysis. Compared to the other models, the TeamPeak model produces an optimal schedule only for the next maintenance activity. By focusing on a shorter planning horizon and implementing a different model structure, we succeeded in substantially reducing the computational time.

Our software also optimizes scheduling with energy storage system (ESS) that has economic feasibility. ‘What-If’ Analysis considers forecast errors with the ESS for real-time control.