To develop a comprehensive understanding of inventory management principles applicable in workshop settings, particularly tailoring to the needs of ITI training centers. 2. To design and implement an automated system that streamlines inventory tracking, reduces manual errors, and improves overall resource management efficiency. 3. To enhance students' skills in practical aspects of software deployment, database management, and user interface design relevant to industrial applications. 4. To facilitate real-time monitoring and reporting of workshop consumables and tools, ensuring optimal stock levels and timely replenishment. 5. To promote teamwork and project management skills among ITI trainees by engaging them in a collaborative software development process that mimics real-world industrial automation scenarios.
Conduct a thorough requirement analysis by studying existing manual inventory processes used in the workshop and identifying inefficiencies. 2. Design the system architecture involving database schemas, user interface layouts, and system functionalities to meet inventory management needs. 3. Develop the inventory management application using appropriate programming languages and database technologies, ensuring functionality such as item entry, update, deletion, and reporting. 4. Test the system through simulated scenarios to verify accuracy, reliability, and user-friendliness, and debug any issues identified during testing phases. 5. Document the entire development process, including design decisions, code annotations, testing results, and user manual creation. 6. Present the final project demonstrating the system's capabilities and suggest potential enhancements for future improvements. 7. Collaborate effectively within a team, assigning roles such as coding, testing, and documentation to ensure timely project completion.
