Portfolios

Sweet celebrationz is all about highlighting its products. Unlike most eCommerce websites, its product pages read like a landing page, with unique selling propositions, social proof, and key benefits.Sweet celebrationz is all about highlighting its products. Unlike most eCommerce websites, its product pages read like a landing page, with unique selling propositions, social proof, and key benefits.

Skills: W3C Standards · Programming Concepts · User Requirements · Communication · CSS3 · Shopify · Logical Reasoning · Redux.js · Debugging · Code Review · Payment Gateways · Web Standards · Troubleshooting · PayPal · JavaScript · React.js · Material-UI · Problem Solving · Stripe Connect

• • I spearheaded the development of Traxidy, a cutting-edge project management and tracking web application designed to streamline the workflow of project managers and their teams.

    Traxidy was conceived to consolidate various project management functions into a single, intuitive interface, eliminating the need for multiple tools and spreadsheets.

    𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲𝘀:

    𝟏. User Experience Design: Crafting a user-friendly interface that simplifies complex project management tasks without compromising on functionality.

    𝟐. Real-time Data Management: Ensuring that project updates, notifications, and reports are processed in real-time to facilitate immediate action and decision-making.

    𝟑. Integration Flexibility: Making the application compatible with various project methodologies and existing planning tools.
    Scalability and Performance: Developing a responsive application that performs reliably under the load of managing multiple, large-scale projects simultaneously.

    Solutions

    𝟏. Intuitive User Interface Design: Leveraging Vue.js and Vuetify, I developed a clean, material design interface that organizes project management tasks into an easily navigable format. This approach simplified complex processes, making project management more accessible and less time-consuming.

    𝟐. Real-time Data Processing: Utilizing Nuxt.js for its server-side rendering and JavaScript for front-end dynamics, I ensured that all project data, including notifications and updates, are reflected in real time across the user’s dashboard, enhancing the decision-making process.

    𝟑. Optimized Performance and Scalability: By employing efficient coding practices and leveraging the scalability of Nuxt.js, I ensured that Traxidy delivers fast loading times and smooth performance, even when handling extensive data and multiple projects simultaneously.I spearheaded the development of Traxidy, a cutting-edge project management and tracking web application designed to streamline the workflow of project managers and their teams. Traxidy was conceived to consolidate various project management functions into a single, intuitive interface, eliminating the need for multiple tools and spreadsheets. 𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲𝘀: 𝟏. User Experience Design: Crafting a user-friendly interface that simplifies complex project management tasks without compromising on functionality. 𝟐. Real-time Data Management: Ensuring that project updates, notifications, and reports are processed in real-time to facilitate immediate action and decision-making. 𝟑. Integration Flexibility: Making the application compatible with various project methodologies and existing planning tools. Scalability and Performance: Developing a responsive application that performs reliably under the load of managing multiple, large-scale projects simultaneously. Solutions 𝟏. Intuitive User Interface Design: Leveraging Vue.js and Vuetify, I developed a clean, material design interface that organizes project management tasks into an easily navigable format. This approach simplified complex processes, making project management more accessible and less time-consuming. 𝟐. Real-time Data Processing: Utilizing Nuxt.js for its server-side rendering and JavaScript for front-end dynamics, I ensured that all project data, including notifications and updates, are reflected in real time across the user’s dashboard, enhancing the decision-making process. 𝟑. Optimized Performance and Scalability: By employing efficient coding practices and leveraging the scalability of Nuxt.js, I ensured that Traxidy delivers fast loading times and smooth performance, even when handling extensive data and multiple projects simultaneously.

• • Skills: Schema · W3C Standards · Programming Concepts · User Requirements · Vuetify · Nuxt.js · HTML · Communication · Logical Reasoning · Figma (Software) · Code Review · Web Standards · Document Object Model (DOM) · Cascading Style Sheets (CSS) · Vue.js · Troubleshooting · JavaScript · Cross-browser Compatibility · Problem Solving

Lets explore the process of designing and developing a web app for a consultancy training & hiring platform. An online platform providing wide range of human resource services, including HR advisory, manpower supply, training, recruitment, and expatriate management. A subscription-based service where clients are charged for consultancy and then separately for every hire the platform gets them.

𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲:
1. Performance Requirements: For efficient real-time HR services like job applications processing, Readyhire.io needed high-performance capabilities to ensure smooth user interactions on their web application.

2. Scalability: Anticipating user growth and expanded services, Readyhire.io required a scalable design to handle increased traffic and data without performance loss.

3. Database Interaction: The site needed a robust database system for securely managing large volumes of sensitive HR data and facilitating quick access.

4. Integration with Other Services: Readyhire.io faced the challenge of integrating seamlessly with various third-party services and APIs for a comprehensive HR solution.

5. Developer Proficiency: With a team having varied skills in server-side languages, selecting a technology stack that aligned with their proficiency was crucial for Readyhire.io

Solutions:
Performance Requirements: To ensure efficient real-time HR services, We utilized the power of next js and efficient coding practices. Moreover, I implemented caching using Redis and load balancing to manage high user traffic and data processing needs.

Scalability: Website needed to be built on a scalable cloud infrastructure, allowing for dynamic allocation of resources as user traffic and data demands grew. So we used AWS Lambda which offered scalability and flexibility.

Database Interaction: A robust and scalable database solution, PostgreSQL database, was chosen to handle large volumes of sensitive HR data efficiently, ensuring quick data retrieval and secure transactionsLets explore the process of designing and developing a web app for a consultancy training & hiring platform. An online platform providing wide range of human resource services, including HR advisory, manpower supply, training, recruitment, and expatriate management. A subscription-based service where clients are charged for consultancy and then separately for every hire the platform gets them. 𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲: 1. Performance Requirements: For efficient real-time HR services like job applications processing, Readyhire.io needed high-performance capabilities to ensure smooth user interactions on their web application. 2. Scalability: Anticipating user growth and expanded services, Readyhire.io required a scalable design to handle increased traffic and data without performance loss. 3. Database Interaction: The site needed a robust database system for securely managing large volumes of sensitive HR data and facilitating quick access. 4. Integration with Other Services: Readyhire.io faced the challenge of integrating seamlessly with various third-party services and APIs for a comprehensive HR solution. 5. Developer Proficiency: With a team having varied skills in server-side languages, selecting a technology stack that aligned with their proficiency was crucial for Readyhire.io Solutions: Performance Requirements: To ensure efficient real-time HR services, We utilized the power of next js and efficient coding practices. Moreover, I implemented caching using Redis and load balancing to manage high user traffic and data processing needs. Scalability: Website needed to be built on a scalable cloud infrastructure, allowing for dynamic allocation of resources as user traffic and data demands grew. So we used AWS Lambda which offered scalability and flexibility. Database Interaction: A robust and scalable database solution, PostgreSQL database, was chosen to handle large volumes of sensitive HR data efficiently, ensuring quick data retrieval and secure transactions

Skills: Django · Next.js · W3C Standards · Programming Concepts · User Requirements · Firebase · Web Technologies · HTML · Communication · TypeScript · Server Side · WebGL · JSON · Logical Reasoning · Debugging · Code Review · Web Standards · Document Object Model (DOM) · Redux · Troubleshooting · Responsiveness · JavaScript · PostgreSQL · React.js · Material-UI · JavaScript Object Model (JSOM) · Problem Solving

The primary objective was to develop a unified platform capable of handling various facets of public safety and operations management, including incident management, task management, crowd management, risk management, and more. The project’s complexity lay in integrating these functionalities into a seamless, user-friendly interface while ensuring real-time responsiveness, scalability, and security.

𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲𝘀:
𝟏. Real-Time Data Processing: Implementing a system capable of handling real-time updates across various modules, including crowd monitoring and incident management.

𝟐. Scalability and Reliability.

𝟑. Geolocation Accuracy.

𝟒. Multi-Agency Integration: Creating a platform that allows seamless collaboration and data sharing between different stakeholders.

𝟓. User Interface and Experience: Designing an intuitive user interface that simplifies complex operations management for users with varying technical skills.

Solutions:
𝟏. React and Redux Saga for Dynamic UIs: To manage the state and render real-time data efficiently, I employed React along with Redux Saga. This combination facilitated a responsive, dynamic user interface that could handle complex state management and asynchronous operations effectively.

𝟐. Django and REST API for Scalable Backend: Django served as the backbone for the server-side logic, chosen for its scalability and security features. REST API was implemented for flexible, scalable communication between the frontend and backend.

𝟑. Node.js, SCSS, and GitLab for Development Efficiency: Node.js facilitated server-side scripting and real-time capabilities. SCSS was used for more maintainable, scalable stylesheets, while GitLab supported version control and CI/CD pipelines, enhancing development workflows.

𝟒. Websockets for Real-Time Updates

𝟓. Mapbox for Precise Geolocation.

𝟔. AWS Lambda and Serverless Architecture for Scalability.The primary objective was to develop a unified platform ca

𝗢𝗯𝗷𝗲𝗰𝘁𝗶𝘃𝗲𝘀:
Develop a robust POS system designed to manage the sale and purchase of physical products in a retail or wholesale environment. The system needed to support a wide array of functionalities, including sales features, customer and payment management, delivery and inventory management, purchase and supplier management, and stock and user management. Additionally, the project required a responsive web application.

𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲𝘀:
Several significant challenges were encountered during the development of Banyo POS V2:

𝟏. Complex Data Management: Implementing a system capable of handling complex data interactions and real-time inventory management.
𝟐. User Experience Design: Developing an intuitive and responsive user interface that could accommodate the extensive features of the POS system without overwhelming users.
𝟑. Security and Scalability: Ensuring the security of transactions and data while also providing a system that could scale with Banyo Limited’s growth.
𝟒. Integration and Deployment Complexity: Integrating the application with various payment methods and deploying the system on AWS servers for high availability and reliability.

𝗦𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝘀:
𝟏. Responsive Web Design: Utilizing Next.js and CSS, I developed a responsive user interface that adjusts seamlessly across devices, ensuring a consistent and efficient user experience.

𝟐. Real-Time Data Processing: Leveraging Django with DRF, the system was designed to handle real-time data processing, crucial for inventory management and sales operations.

𝟑. Security and Scalability: The application architecture, utilized AWS services allowing for easy scaling and provided robust security features to protect transactional data.

𝟒. Comprehensive Feature Implementation: The development of a wide range of features, from sales management to inventory and user management, was achieved through the effective use of Django for backend processes and Next.js for a dynamic frontend.