Using pure Vue.js to create a form that allows users to enter their contract number to retrieve payment information. Implemented Vuex for state management to store user information. Built forms and validations using pure HTML/CSS and Vue.js validation provider. Utilized Axios to create an HTTP client for API calls to fetch payment information. Integrated Socket.IO to update payment status in real-time when users complete a scan and pay successfully.

Created the SearchQuote feature to help users look up quotations based on selected port pairs. Developed a vessel-date calendar to manage and display available vessel schedules and prices, allowing users to choose and proceed to the next step with information summarization. Implemented state management using React's useReducer hook to store front-end information and manipulate it using various React hooks. Utilized React-hook form for form validation and creation. Employed React-query for caching vessel data from selected port pairs. Developed an API to query port pair information, responding with available schedules and pricing data on the vessel date calendar.

Utilized Redux to store and manipulate scheduled meetings and React Hook methods to generate calendars for future steps. Applied React Hook Form to validate user input, including date, time, and meeting links. Employed Axios to create an HTTP client for API calls to generate an available schedule for the initial page, allowing users to quickly view and set meeting links through API updates to the schedule.

Creating the cohort page, including Cohort Creation. Using React hook useReducer to store and manipulate information, followed by mapping content to generate an algorithm JSON mapping. This aids the backend module in generating SQL queries to return lists of cohorts matching user-specified conditions. Implementing React-hook form to validate inputs and facilitate user data entry according to specified conditions. Setting up Axios as the HTTP client for creating and retrieving cohort information from the form. Leveraging React-query for caching data requested by the user, such as cohort information and the list of cohorts from previously called APIs, and using mutations for updating cohort information via API calls. Creating APIs to retrieve lists of cohorts based on front-end conditions. Developing APIs to search and retrieve user-specified cohorts in a table, including features like pagination and searching by cohort name.

Creating the UI search form Helping users search their contract through UI interaction

Creating web applications using Redux to store locations and driver information when users access the page. Developing an admin dashboard to manipulate information shared by drivers and provide direction suggestions and traffic updates via API. Employing Redux for managing user login state. Utilizing Ant Design (Antd) to create user interface components. Integrating Axios for retrieving driver information and traffic data.

Create an Admin-dashboard to manage information shared by drivers and provide them with direction suggestions. Develop functionality to provide real-time traffic updates at locations via API. Create web applications using Redux to store locations and driver information when accessed by users.

Creating the UI search form to enable users to search their contract through UI interaction. Using Redux to store contracts that the user has already searched, preventing the need for repeated API calls for previously searched contracts. Utilizing Axios to call the API and retrieve contract information using the corresponding parameters.

Designing and developing the frontend and backend components of the application using Node.js, React.js, and associated technologies. Creating a secure and user-friendly platform for doctors to create personalized patient regimens, including treatment plans, medication schedules, and exercise recommendations. Implementing a patient portal that allows patients to easily book appointments, access their medical records, and complete prescribed exercises.

Creating the user interface based on Figma designs. Developing UI components related to communication modules such as chatting. Implementing user guidelines within the application.

Integrating third-party APIs and services to provide additional functionalities, such as ingredient pricing and nutrition information. Optimizing the app's performance and scalability to handle a growing user base. Conducting thorough testing and quality assurance to identify and resolve bugs before deployment. Maintaining and updating the app to address user feedback and evolving trends in the kitchen app market.

Create SQL statements to connect databases with queries based on user requirements to collect information about products. Investigate competitor websites for price crawling to provide better pricing options for users. Enable users to compare product prices efficiently.

I'm responsible for creating mobile apps, specifically the initial form that users use to create their accounts and log into the system. I manage the information provided by users when they enter values into the form. I call the API to update and create user accounts.