Cardiology Platforms

The TTDC HRMS & Payroll System is a centralized digital platform designed to manage and automate the complete employee lifecycle and payroll operations of a large-scale organization. The system acts as a unified platform for maintaining employee records, managing attendance and leave, processing payroll, and ensuring compliance with statutory regulations. Built with modern web technologies, the system enables seamless coordination across multiple organizational levels such as regions, units, departments, and employee categories. It supports both permanent and contractual employees, allowing administrators to manage complex workforce structures efficiently. By digitizing HR operations and automating payroll calculations, the system significantly reduces manual work, improves data accuracy, enhances transparency, and enables faster decision-making through real-time reports and analytics.

Enables fast and accurate salary calculations with automated payslip generation. It minimizes manual intervention, reduces errors, and ensures timely salary processing for all employees. The system also supports complex salary structures, including allowances, deductions, arrears, and loan adjustments.
Streamlines complete HR operations, from employee onboarding to attendance and leave management. The unified platform improves efficiency, reduces paperwork, and enhances overall HR productivity. It also ensures seamless coordination between HR, managers, and employees across multiple units and departments.
Ensures adherence to statutory regulations by automating PF, DA, and related compliance processes. It simplifies report generation and maintains accurate statutory records. This reduces compliance risks and helps organizations stay aligned with government policies and audit requirements.
Provides interactive dashboards and reports to monitor workforce performance and payroll data. It enables administrators to track trends, analyze costs, and identify gaps. These insights support better planning, faster decision-making, and improved operational efficiency.
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