A peer-to-peer lending platform which enable individuals to borrow and lend money directly without the involvement of traditional financial institutions like banks. This platform takes place online to match lenders with borrowers. The platform includes borrower portal, credit assessment, listing, lender application, loan funding, replayment, returns to lender and default and collection. The system include rate estimate journey site, borrower portal, lender portal, admin site and API services. Individuals seeking loans apply for funds through a peer-to-peer lending platform. They provide information about the amount they need, the purpose of the loan, and other relevant details. The lending platforms assess the creditworthiness of borrowers using various criteria, including credit scores, income verification, employment history, and sometimes other factors. Once approved, the borrower's loan request is listed on the borrower portal, where individual borrowers can review the their profile and loan details. Individual lenders (investors) can review the loan listings and decide which loans to fund based on their risk tolerance, return expectations, and other factors. Lenders can typically invest small amounts in multiple loans to diversify their risk. Once enough lenders commit to funding a particular loan, the total loan amount is disbursed to the borrower. In some cases, the borrower may receive the entire loan amount at once, while in others, the funds are released gradually. Borrowers make regular loan payments, usually monthly, which include both principal and interest. The lending platform collects the payments from the borrower and distributes them to the respective lenders Lenders earn returns on their investments through the interest payments made by borrowers. The platform may deduct a fee from the interest payments before distributing them to lenders. In case a borrower defaults on the loan, the lending platform may take steps to recover the outstanding amount on behalf of the lenders. This can involve various collection efforts, including working with collection agencies or pursuing legal action.

The journey delivery solution is a system designed for delivery-based businesses like restaurant, pharmacies, supply chain & logistic. The main features of this product are workflow, scheduling and delivery. With the workflow and scheduing, the businesses can track everything from manufacturing progress, stock delivery status through to a specific parcel or service delivery to their customers from a central location, merge all their operations into one place, no more loose forms, spreadsheets or lost paperwork. With delivery integration, their drivers or service providers can generate invoices for additional services on the spot, increasing sales and enhancing the customer experience, prompted their customers to submit reviews on their product or service. Basicly, the system includes admin site for staff, mobile applications for service providers and web services.

The product suite used by Amaris corporation designed to streamline and optimize the various processes involved in managing the flow of goods, services, information, and finances as they move from supplier to manufacturer to wholesaler to retailer to consumer. The main features and functionalities in the scope of this project are order management capabilities that allow the corporation to process and track orders from creation to fulfillment. This includes order entry, order status tracking, order routing, and order fulfillment. Order management capabilities allow businesses to process and track orders from creation to fulfillment. This includes order entry, order status tracking, order routing, and order fulfillment. Supplier management functionalities help businesses manage relationships with suppliers, track supplier performance, and ensure timely delivery of goods and services.

Regulatory dossier submission management is a product suite desiged for pharmacy companies to facilitates the compilation, management, and submission of regulatory documents to regulatory authorities such as FDA. Some key features of the product suite includes: Document Management: allow users to organize and manage documents effectively, including version control, document linking, and collaboration features. Regulatory Compliance: ensure to complies with regulatory standards and requirements set forth by regulatory authorities. Template Management: create and manage document templates for various types of submissions, such as Investigational New Drug applications, New Drug Applications, Abbreviated New Drug Applications, and variations for different countries. Electronic Signatures and Authentication: supports electronic signatures and authentication mechanisms to ensure document integrity and security. Submission Tracking and Status Monitoring: tracking submission progress, monitoring status updates, and receiving notifications for important milestones and deadlines. There are two phases in this project, the first phase added new features to the legacy product which use the old technoloies and the second phase was to update to latest technologies. The product suite started with the heart parts are a Window Desktop application and a Window Service. The desktop application is used for creating, editing dossier submissions (group of electric documents). Once the editing completed, it is submitted to Windows Service where the compiling, validation and archiving to DMS take place. The second phase was to migrate the product to latest technologies, web single page application. The desktop application was miragated to web site (single page application) and the Windows Service was migrated to Web API.

Manage IBM Lotus Domino Quickr, IBM Lotus Connections, Collaboration Profile. Quickr to SharePoint migration. Analyze and troubleshoot production issues and do migration from Quickr to SharePoint which include tasks: Assessment and Planning: before beginning the migration process, conduct a thorough assessment of current data and systems. Identify what needs to be migrated, what can be archived or discarded, and any potential challenges or dependencies. Migrate Tool: develop tool to migrate data from IBM Lotus Domino Quickr to SharePoint. Preparation of Source Data: ensure that source data is clean, organized, and compatible with SharePoint. This involve tasks such as data cleansing, file format conversion, and metadata enrichment. Engage Stakeholders: involve key stakeholders throughout the migration process to ensure their needs and requirements are addressed. Incremental Migration: migrating data in incremental batches rather than all at once. This help minimize disruption to users and make it easier to troubleshoot any issues that arise during the migration process. Post-Migration Support: support and maintenance of the SharePoint environment after the migration is complete. This may involve tasks such as monitoring system performance, troubleshooting issues, and implementing updates and enhancements.

Visa Application Apply System is a UK goverment project support the apply of visa to enter UK. It's a visa appointment booking system involves several components, including database management, user interface design, scheduling algorithms, and security protocols: Understand the specific requirements of the visa appointment booking system, knowing the types of visas, appointment slots, user roles (applicants, embassy staff), languages, and any specific regulations or restrictions. Design a database schema to store information about applicants, appointments, embassy locations, visa types, available time slots, and staff information. User interfaces for applicants to book appointments, embassy staff to manage appointments, and administrators to oversee the entire system. Secure authentication mechanisms to verify the identity of users and authorization to control access rights based on user roles. Algorithms to manage appointment scheduling efficiently. Consider factors such as embassy capacity, staff availability, visa processing times, and applicant preferences. Notification system to remind applicants of their upcoming appointments via email. Integrate payment gateways to process visa application fees and other related charges securely. Support multiple languages and date/time formats to accommodate applicants from different regions and cultures. Incorporate reporting tools to generate insights into appointment trends, staff productivity, and system performance, this is to identify areas for improvement and optimize resource allocation. Deploy the system to production environments and provide ongoing maintenance and support to address any issues and implement new features or updates.

Workforce management software (WFM) is a set of tools and applications used by organizations to optimize the productivity and efficiency of their workforce. This includes various modules and features designed to streamline tasks related to employee scheduling, time and attendance tracking, forecasting labor requirements, managing employee performance and more. Employees can clock in and out using various methods such as biometric scanners, web-based interfaces, or mobile apps. The software records work hours, breaks, and absences. Managers can create and manage employee schedules based on factors like shift preferences, availability, skills, and labor laws. Some software may offer automatic scheduling based on predefined rules and constraints. Predictive analytics and historical data are used to forecast future labor requirements based on factors such as seasonality, historical trends, and anticipated workload. Assigning tasks, tracking progress, and managing workloads to ensure efficient use of resources and timely completion of projects. Employees can request time off, and managers can review and approve leave requests within the system, helping to ensure adequate staffing levels while accommodating employee needs.

GEM300 is software package used to control and manage the various processes involved in semiconductor fabrication. This software plays a critical role in the production of integrated circuits (ICs), microchips, and other semiconductor devices. The product suite includes some softwares which key features are: Process Control to control the various steps in the semiconductor manufacturing process, such as photolithography, etching, deposition, and doping. It ensures that each step is performed accurately and according to the specified parameters. Equipment Control which involves a variety of specialized equipment, such as photolithography machines, chemical vapor deposition (CVD) systems, and ion implanters. The software interfaces with these machines to control their operation and monitor their performance. Data Collection and Analysis to collect data from sensors and monitoring devices throughout the manufacturing process. It analyzes this data to identify trends, detect anomalies, and optimize process parameters for improved yield and performance. Implement group of connectivity standards GEM (or SECS/GEM) developed by the Semiconductor Equipment Materials Initiative (SEMI). These standards are used to define communication between automated equipment and the host's factory network enabling Smart Factory Manufacturing.