2025-26

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http://192.168.75.5:4000/handle/123456789/21836

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Oracle Cloud Implementation and Support for Enterprise Workflow and Troubleshooting Activities
(NHCE, 2026) BALVEERSING 1NH24MC026
In the contemporary business landscape, organizations increasingly rely on advanced software platforms to streamline and optimize their operations. Among these, Enterprise Resource Planning (ERP) systems stand out as indispensable tools that unify diverse business functions-including procurement, finance, inventory management, and human resources-onto a single integrated platform. By centralizing data and automating workflows, ERP solutions significantly enhance organizational productivity, minimize manual workloads, and empower leaders with accurate, real-time information for informed decision-making. This internship was undertaken at Mobilean Technologies Pvt Ltd, where hands-on exposure was gained across the Oracle Cloud platform. The training encompassed critical business processes such as Procure-to-Pay (P2P), Order-to-Cash (O2C), supplier lifecycle management, and inventory control. Core concepts including enterprise structure design, procurement configuration, approval workflow automation, and system setup were thoroughly explored, resulting in a well-rounded foundation in ERP operations and implementation practices. The internship was centered on ERP application development and support, with Oracle Cloud serving as the primary platform. Its overarching aim was to build competency in deploying and maintaining enterprise systems within real-world organizational contexts. The program blended conceptual learning-covering procurement workflows, system configurations, and implementation strategies-with applied production support tasks, including the identification and resolution of live client issues. Overall, this internship offered deep insights into how ERP systems function in operational environments and how enterprises leverage Oracle Cloud to enhance efficiency and scalability. It proved instrumental in building technical proficiency, sharpening analytical skills, and developing a practical understanding of business application management.
Implementation of Dual Syack Network Using IPv4 and IPv6 in Enterprise Environment
(NHCE, 2026) CHINTHA VENKATESH 1NH24MC037
The rapid growth of internet-connected devices has led to the exhaustion of IPv4 addresses, making the adoption of IPv6 essential for modern enterprise networks. A dual-stack implementation enables both IPv4 and IPv6 protocols to operate simultaneously on the same network infrastructure, ensuring compatibility with existing systems while facilitating a smooth transition to IPv6. This project focuses on the design and implementation of a dual-stack network in an enterprise environment. The proposed solution allows devices, servers, and network applications to communicate using either IPv4 or IPv6, depending on network requirements and destination capabilities. The implementation involves configuring routers, switches, servers, and end-user devices to support both protocols while maintaining security, scalability, and performance. The study evaluates the deployment process, addressing schemes, routing protocols, DNS configuration, and security considerations associated with dual-stack networks. Performance analysis is conducted to compare connectivity, latency, and resource utilization between IPv4 and IPv6 communications. The results demonstrate that dual-stack deployment provides seamless interoperability, minimizes migration risks, and prepares enterprises for future network expansion. This project highlights the practical benefits and challenges of adopting IPv6 in enterprise environments and serves as a roadmap for organizations planning a gradual migration from IPv4 to IPv6 while ensuring uninterrupted business operations.
Integrated HR, Payroll and Employee Self-Service Platform
(NHCE, 2026) BHAVYA M 1NH24MC032
The Integrated HR, Payroll & Employee Self-Service Platform is a web-based application designed to automate and streamline key human resource operations within an organization. It integrates essential functions such as employee data management, attendance tracking, leave management, and payroll processing into a single unified system, reducing manual work and improving operational efficiency. The platform maintains a centralized database to securely store employee information, ensuring accuracy and easy access. The payroll module performs automatic salary calculations based on attendance, allowances, and deductions, minimizing errors and delays. The Employee Self-Service (ESS) feature enables employees to view personal details, download payslips, apply for leaves, and track request statuses independently, enhancing transparency and reducing dependency on HR staff. The system is developed using HTML, CSS, and JavaScript for the frontend, along with Node.js for backend operations, and MySQL for database management. It is tested in a local development environment to ensure proper functionality and reliability. The platform helps improve productivity, maintain accurate records, and enhance communication between employees and management.
Purchase Order to Goods Receipt Process Using SAP MM
(NHCE, 2026) ASHISH KUMAR 1NH24MC021
The internship on “Purchase Order to Goods Receipt Process Using SAP MM” was undertaken to gain practical knowledge of procurement and inventory management activities performed through the SAP ERP system. SAP Materials Management (SAP MM) is one of the most important modules of SAP ERP that supports organizations in managing procurement operations, vendor relationships, inventory control, and material movement efficiently. The internship provided an opportunity to understand how modern enterprises use ERP systems to automate business processes, improve operational efficiency, and maintain accurate organizational records. The primary objective of the internship was to study and implement the complete procurement lifecycle, beginning with the identification of material requirements and ending with the successful receipt of goods and invoice verification. The internship focused on understanding various stages of the procurement process, including Purchase Requisition creation, Vendor Selection, Purchase Order generation, Goods Receipt processing, and Invoice Verification. These activities were performed using SAP MM transaction codes such as ME51N, ME21N, MIGO, MIRO, and MMBE, which helped in understanding the practical implementation of procurement workflows within an ERP environment. During the internship, detailed knowledge was acquired regarding SAP ERP architecture, procurement management, inventory monitoring, vendor master data management, material master data, and SAP MM organizational structure. The training provided practical exposure to real-time business scenarios where procurement and inventory-related transactions were executed systematically through SAP. The internship also demonstrated how different departments such as procurement, warehouse management, inventory management, and finance work together through an integrated ERP platform to ensure smooth business operations. The implementation of the Purchase Order to Goods Receipt process highlighted the importance of maintaining accurate procurement records, proper inventory control, and effective vendor management.
Smart Campus Scheduler
(New Horizon College of Engineering, 2026) PUNEETH KUMAR P 1NH24MC103
Managing shared campus resources such as seminar halls, computer labs, and projectors is often a source of scheduling conflicts, double-bookings, and inefficient utilization when handled manually or through outdated systems. To address this, we developed the Smart Campus Scheduler, a centralized web application that automates the entire resource booking process for an educational institution. The primary goal of the system is to provide a single, easy-to-use platform where students, faculty, and administrators can manage bookings transparently and efficiently.
Robotic Process Automation Using Browser Botics for web based Task Optimization
(New Horizon College of Engineering, 2026) PREETHAM KM 1NH24MC102
Robotic Process Automation (RPA) has become one of the most important technologies used by modern organizations to automate repetitive and time-consuming digital tasks. The project titled “Robotic Process Automation Using Browser Botics for Web-Based Task Optimization” mainly focuses on automating browser-based activities and improving workflow efficiency using Browserbotics. Many organizations today rely heavily on websites and web applications for performing daily business activities such as website login, form filling, report generation, data extraction, information handling, and workflow management. Performing these activities manually requires continuous human effort, consumes valuable time, and often increases the possibility of operational errors. The project was developed to reduce these problems by implementing automation workflows capable of performing repetitive web-based tasks automatically.
Implementation and Production of Support Oracle Cloud Procurement Module
(NHCE, 2026) CHETHAN D T 1NH24MC035
This report will be based on an overview of all the learning that happened through the Oracle ERP Internship program, specifically in relation to Oracle Cloud Procurement, implementations, and production support practices. This internship was undertaken in the area of enterprise resource planning (ERP), an important function for managing and integrating several aspects of business operations, including procurement, accounting, inventory management, and the supply chain. The key purpose of this internship was to gain knowledge and experience in how Oracle Cloud ERP systems are configured and used in a live business environment. Through the internship, a lot of learning was undertaken in relation to the procurement module of Oracle Cloud, which deals with purchases, managing suppliers, and procurement functions. An understanding of the entire procure-to-pay (P2P) cycle, which includes purchase requisitions, approvals, PO creation, receipt of goods, billing, and payments, was obtained. Along with the theoretical knowledge of ERP systems, internships gave practical insights into implementation procedures as well. This includes the configuration of the procurement module, such as the supplier configuration, category setup, and purchasing options configuration. One more vital activity associated with the internship was obtaining practical insights into production support procedures. Scenarios for real-life problems and situations were analysed to learn how organizations cope with issues related to their enterprise-level software after its implementation. The ticket resolution process that consisted of analysis of reported problems by clients, identification of the causes, testing of potential fixes, and their application, was crucial for me to learn how to solve issues and provide proper support. As a result of the internship, I gained valuable knowledge of ERP systems and applications used in these programs. The obtained skills included not only technical ones but professional ones as well.
AN AI-Powered full-Stack Mobile Application for Plant Identification and Health Monitoring
(NHCE, 2026) ARPITA KUMARI 1NH24MC020
This report presents the design and development of FloraFlow, an AI-powered, full-stack mobile application engineered to automate the plant care lifecycle and optimize urban smart gardening. Developed during a full-stack developer internship at Emergent Labs, the platform replaces highly inefficient manual cultivation methods and subjective guesswork with a data-driven digital ecosystem. The system architecture utilizes a modern, decoupled framework consisting of a React Native (Expo) cross-platform frontend client and an asynchronous FastAPI (Python) backend. Multi-tenant data privacy and secure user onboarding are established via Google OAuth 2.0, routing data directly to an elastic MongoDB Atlas NoSQL cloud database. The core innovation of the application is its AI Intelligence Module, which integrates Vision-to-Text Large Language Models (LLMs). When a user captures a plant photograph, the frontend converts the compressed asset into a Base64-encoded ASCII string. The backend processes this payload concurrently and proxies it to the AI vision engine, which parses complex biological markers such as leaf venation and necrotic decay to return structured JSON diagnostic summaries, scientific species identification, and target care remedies. To sustain plant vitality, a decentralized Smart Reminder Module leverages the expo-notifications framework to offload background tasks directly to the device's hardware kernel, calculating precise watering windows using chronological epoch arithmetic. Finally, a Garden Analytics Module builds a real-time data aggregation pipeline on the user's profile dashboard, summarizing overall garden health into immediate Healthy, Attention, or Critical status cards. Ultimately, FloraFlow successfully demonstrates how merging advanced computer vision, non-blocking asynchronous architectures, and flexible document-oriented databases can transform a manual, error-prone routine into a structured, automated hobby.
Integrated Procurement and Supply Chain Management Using Oracle ERP
(New Horizon College of Engineering, 2026) Rishab Roy 1NH24MC109
The internship program titled “Digital Procurement Process Using Oracle ERP Solutions” was conducted to provide knowledge and practical exposure to modern procurement activities managed through Enterprise Resource Planning (ERP) technologies. The main objective of the internship was to understand how organizations use Oracle Cloud ERP to manage digital procurement processes efficiently. In today’s competitive business environment, organizations require streamlined procurement systems to improve operational efficiency, reduce manual errors, maintain transparency, and support effective decision-making. During the internship, various procurement activities such as supplier management, purchase requisitions, purchase orders, invoice matching, approval workflows, and procurement reporting were studied in detail.
Optimizing Network Connectivity Through Wired-Wireless Integration
(NHCE, 2026) CHINTHA JAYANTH 1NH24MC036
CHINTHA JAYANTH 1NH24MC036 Optimizing Network Connectivity Through Wired-Wireless Integration
Cloud ERP-Based Procurement And Inventory Management System
(NHCE, 2026) ABHISHEK G H 1NH24MC002
The internship carried out at Mobilean Technologies Pvt Ltd focused on Oracle Cloud Procurement and the Procure-to-Pay (P2P) cycle, providing practical exposure to modern enterprise procurement systems and cloud-based business process management. The main objective of the internship was to understand and implement various procurement activities within the Oracle Cloud environment, along with gaining knowledge of workflow automation, supplier management, transaction processing, and production support. The internship involved hands-on experience in configuring enterprise structures, managing suppliers and procurement business functions, creating purchase requisitions and purchase orders, processing invoices, handling payment workflows, and understanding inventory and database operations. Exposure was also gained in workflow configuration, approval hierarchies, procurement analytics, and issue resolution in real-time production environments. In addition, basic understanding of APIs, backend technologies, and application development concepts was explored to understand integration with enterprise systems. The internship helped in developing both technical and professional skills such as problem-solving, analytical thinking, communication, teamwork, adaptability, and time management. Working with Oracle Cloud P2P provided insight into how organizations automate procurement operations, maintain data accuracy, and improve overall business efficiency.
Utilizing Sketchup and Additive Fabrication for 3D Modeling and Rapid Prototyping
(NHCE, 2026) AGNAY E T 1NH24MC009
This internship focuses on Utilizing SketchUp and Additive Fabrication for 3D Modeling and Rapid Prototyping under the concept of Industry 4.0. The main objective of this work is to understand the process of digital product design, three-dimensional modeling, and prototype development using modern fabrication technologies. SketchUp software is used for creating accurate 3D models with proper dimensions, visualization, and design modifications. After creating the digital model, the design is converted into a suitable fabrication format and processed using slicing software to generate machine instructions. The prepared model is then manufactured using additive fabrication techniques, where the object is built layer by layer using suitable materials. This process enables the rapid creation of prototypes for testing, validation, and design enhancement. The project demonstrates how rapid prototyping reduces development time, minimizes material wastage, improves design accuracy, and supports product customization. It also highlights the significance of additive fabrication technologies in transforming conventional manufacturing processes into smart and efficient production systems. Overall, this internship provides practical understanding of 3D modeling, rapid prototyping, additive fabrication workflows, and smart manufacturing concepts, along with their applications in industries such as automotive, aerospace, healthcare, architecture, and product development.
Centralized Self-Service Single Sign-On (SSO) Administrative Portal
(NHCE, 2026) ACHYUT 1NH24MC004
The rapid growth of cloud computing, enterprise applications, and digital services has increased the need for secure and efficient identity management systems. Traditional user authentication and access management processes often require users to maintain multiple credentials for different applications, leading to security risks, poor user experience, and increased administrative overhead. To address these challenges, a Centralized Self-Service Single Sign-On (SSO) Administrative Portal was developed during the internship. The Centralized Self-Service Single Sign-On (SSO) Administrative Portal is a full-stack web application designed to simplify authentication, authorization, and user access management across multiple applications through a centralized identity platform. The system enables users to securely access various integrated applications using a single set of credentials while providing administrators with comprehensive tools to manage users, applications, roles, permissions, and authentication policies. The platform integrates modern technologies such as React.js, Node.js, MongoDB, Auth0, and cloud-based deployment services. These technologies collectively support functionalities including secure user authentication, Single Sign-On (SSO), role-based access control, application onboarding, user self-service management, centralized administration, session management, and real-time monitoring of authentication activities. The project follows a modular and scalable architecture consisting of frontend, backend, database, and identity management layers. Users can register, authenticate, manage their profiles, and access authorized applications through a unified portal, while administrators can efficiently manage user accounts, configure application integrations, define access policies, and monitor system activities through a centralized dashboard. The integration of Auth0 provides secure authentication mechanisms, identity federation, and enhanced security features that ensure reliable access management across the platform. The internship provided practical exposure to full-stack web development, identity and access management (IAM), authentication protocols, API integration, cloud deployment, database management, responsive user interface design, and enterprise security practices. The project successfully demonstrates how centralized authentication systems can enhance security, reduce administrative workload, improve user experience, and streamline access management for modern organizations.
Construction Project and Site Management System
(New Horizon College of Engineering, 2026) Ranjitha
The internship at Infosys Limited provided practical exposure to software development technologies and enterprise-level application development practices through structured technical training, implementation activities, and hands-on assignments in the Microsoft Services domain. The internship focused on enhancing knowledge in programming, database management, web development, cloud technologies, and modern software engineering practices used in real-world applications.
Deployment of Extended Warehouse Management Within SAP S/4HANA Environment
(NHCE, 2026) AYUSH ANAND 1NH24MC025
The Deployment of Extended Warehouse Management within SAP S/4HANA Environment provided valuable exposure to modern warehouse management systems and enterprise resource planning technologies used in today's business environment. The primary objective of the internship was to understand how SAP Extended Warehouse Management (SAP EWM) is deployed and integrated within the SAP S/4HANA environment to support efficient warehouse operations, inventory management, and supply chain activities. various warehouse management processes such as inbound processing, outbound processing, goods receipt, goods issue, inventory monitoring, stock transfer, storage bin management, and warehouse task execution were studied. The internship also provided practical understanding of how SAP EWM helps organizations automate warehouse operations, improve inventory accuracy, optimize storage utilization, and maintain real-time visibility of warehouse activities. Exposure to SAP Fiori applications further enhanced understanding of modern user interfaces and real-time warehouse monitoring capabilities. The internship also included learning about SAP integration technologies, cloud integration concepts, system communication, message processing, routing logic, monitoring, and error handling. These concepts helped in understanding how different enterprise applications communicate and exchange information securely within an integrated SAP environment. In addition, knowledge was gained regarding warehouse automation technologies, barcode systems, RF devices, and digital transformation initiatives that contribute to efficient warehouse management and supply chain optimization. Apart from technical knowledge, the internship significantly contributed to the development of professional and interpersonal skills such as communication, teamwork, documentation, adaptability, problem-solving, responsibility, and continuous learning. Working in an enterprise environment provided valuable insight into professional work culture, business processes, and organizational operations. Overall, the internship successfully bridged the gap between academic learning and industrial practice by providing practical exposure to SAP EWM deployment and warehouse management processes within the SAP S/4HANA.
An LLM-Driven Oracle Cloud Chatbot for Higher Education
(NHCE, 2026) BHAGAVATI 1NH24MC029
The rapid advancement of Artificial Intelligence (AI) and cloud computing technologies has significantly transformed modern educational environments. Traditional Learning Management Systems (LMS) such as Moodle provide structured platforms for sharing educational resources, assignments, and assessments; however, they often lack intelligent real-time academic assistance and personalized learning support. To address these limitations, this project presents MoodleBot, an LLM-driven Oracle Cloud chatbot designed for higher education environments, particularly for courses related to Databases and Information Systems. The proposed system integrates Large Language Models (LLMs), Natural Language Processing (NLP), and Retrieval-Augmented Generation (RAG) techniques to provide intelligent, context-aware, and personalized responses to student queries. MoodleBot interacts with students, teachers, and administrators through a user-friendly web-based interface and supports functionalities such as real-time question answering, educational content retrieval, chatbot analytics, document management, and adaptive learning assistance. The system retrieves relevant academic information from educational resources including PDFs, lecture notes, assignments, and uploaded course materials to generate accurate responses. The project also utilizes Oracle Cloud Infrastructure (OCI) services to ensure secure cloud deployment, scalable storage, database management, monitoring, and analytics support. The backend system was developed using Python and Django, while frontend components were implemented using HTML, CSS, JavaScript, and Bootstrap technologies. Database management systems such as Oracle Database, MySQL, and PostgreSQL were explored for secure storage and efficient retrieval of educational data. The implementation of MoodleBot improves student engagement, supports self-regulated learning, reduces repetitive workload for teachers, and enhances the overall digital learning experience.
Oracle Cloud Integration and Production Maintenance
(NHCE, 2026) AMULYA MN 1NH24MC016
This internship focused on understanding and working with Oracle Cloud ERP and enterprise business processes using modern cloud-based technologies. The primary objective was to gain practical exposure to real-world applications involving Oracle Cloud modules, ERP workflows, and system configurations. The internship was carried out at Mobilean Technologies Pvt Ltd, where various tasks were performed related to Oracle Cloud implementation and business process management. The work involved learning and applying key ERP processes such as Procure-to-Pay (P2P), Order-to-Cash (O2C), supplier management, and inventory management. Practical activities included creating entries, managing master and transaction data, and understanding inventory transactions and planning methods such as Min-Max planning. The internship also covered important areas like enterprise structure, procurement setups, approval workflows, and system configurations, which are essential for implementing ERP solutions. In addition, exposure was gained to real-world scenarios such as ERP implementation, production support, and handling client requirements. The internship also included understanding roles within ERP projects, workflow management, and how business operations are automated using Oracle Cloud. Basic knowledge of application development and hybrid app development concepts was also introduced, providing a broader perspective on modern technologies. Through this internship, valuable skills were developed in understanding enterprise workflows, system configurations, and practical ERP operations. The experience provided a strong foundation in Oracle Cloud and its real-world applications. In conclusion, the internship helped bridge the gap between theoretical knowledge and practical implementation, preparing for future opportunities in ERP and cloud-based systems.
Designing a small Enterprise Networking VLAN, DHCP and OSPF
(New Horizon College of Engineering, 2026) Ravishankar 1NH24MC108
This case study focuses on the design and implementation of a small enterprise network using VLAN, DHCP, and OSPF to create a secure, scalable, and efficient communication infrastructure. The primary objective of this project is to establish reliable connectivity between different departments within an enterprise environment while improving network performance and management. The network is designed using essential networking devices such as routers, switches, and end devices connected through suitable network topologies to ensure smooth communication and future scalability.
Design and development of a multi-service vehicle Rental system
(NHCE, 2026) ABHINAV REDDY R 1NH24MC001
Enterprise Ticket Resolution Framework in Oracle Cloud Environment
(NHCE, 2026) ASHISH PADUKONE 1NH24MC022
This internship focused on understanding and working with Oracle Cloud ERP and enterprise business processes using modern cloud-based technologies. The primary objective was to gain practical exposure to real-world applications involving Oracle Cloud modules, ERP workflows, and system configurations. The internship was carried out at Mobilean Technologies Pvt Ltd, where various tasks were performed related to Oracle Cloud implementation and business process management. The work involved learning and applying key ERP processes such as Procure-to-Pay (P2P), Order-to-Cash (O2C), supplier management, and inventory management. Practical activities included creating entries, managing master and transaction data, and understanding inventory transactions and planning methods such as Min-Max planning. The internship also covered important areas like enterprise structure, procurement setups, approval workflows, and system configurations, which are essential for implementing ERP solutions. In addition, exposure was gained to real-world scenarios such as ERP implementation, production support, and handling client requirements. The internship also included understanding roles within ERP projects, workflow management, and how business operations are automated using Oracle Cloud. Basic knowledge of application development and hybrid app development concepts was also introduced, providing a broader perspective on modern technologies. Through this internship, valuable skills were developed in understanding enterprise workflows, system configurations, and practical ERP operations. The experience provided a strong foundation in Oracle Cloud and its real-world applications. In conclusion, the internship helped bridge the gap between theoretical knowledge and practical implementation, preparing for future opportunities in ERP and cloud-based systems.

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