• Utilizing Docker and Kubernetes to containerize the application services, improving scalability and ease of deployment.
• Managing databases with MSSQL, employing SQL transactions to maintain data integrity and performance.
• Overseeing the production support team to conduct thorough testing of the applications based on predefined test cases, ensuring quality and reliability.
• Utilizing Apache Kafka for real-time data processing and inter-service communication.
• Applying XML and JSON for data representation and interchange between different system components.

Technical Leadership and Project Management

• Overseeing the project's technical direction and ensuring alignment with the business goals.
• Coordinating with stakeholders during the requirements engineering phase to gather and analyze the project needs.
• Leading a small team, providing mentorship and coaching, especially in areas related to Angular and Java Spring Boot development.
• Implementing Agile methodologies, particularly Scrum, to manage the project's lifecycle.

Backend Development with Java Spring Boot

• Developing a scalable and high-performance database architecture capable of handling over 2 million entries and transactions daily.
• Implementing change data capture mechanisms to handle more than 1 million transactions per day, likely integrating Spring for Apache Kafka to manage data streams.
• Enhancing Continuous Integration (CI) and Continuous Deployment (CD) pipelines on Microsoft Azure to streamline development and deployment processes.
• Extending the functionality of the existing Spring Boot application to persist and manage user and appliance data efficiently.

Frontend Development with Angular

• Crafting the frontend of an Appointment-Scheduling-Portal using Angular, HTML 5, SASS, NgRx, and RxJS to facilitate caretakers of domestic appliances in scheduling and managing appointments.
• Ensuring the portal is user-friendly, responsive, and accessible across various devices and platforms.
• Development of Angular services for seamless communication with the backend via REST API. Collection, processing and provision of data for visualisation and further processing in the application.

• Liaising with stakeholders to define and document the requirements for e-banking authentication and document management features.
• Analyzing regulatory and compliance needs specific to e-banking to ensure the platform meets legal standards.
• Implementing core Java backend services using Java 8 and Java 11, within the Spring Boot framework, to create robust authentication processes.
• Developing functionalities for secure storage, retrieval, and display of user-uploaded documents, ensuring data is encrypted and transferred securely in line with banking regulations.
• Creating workflows for custom user flow handling, managing session states, and transactional operations with Spring Data.
• Integrating Spring for Apache Kafka to handle real-time data streaming, which is crucial for processing e-banking transactions and notifications.
• Building secure APIs for document upload and management, ensuring they are scalable to handle high volumes of concurrent bank transactions.
• Implementing features for users to securely upload, store, and access banking documents such as statements, forms, and transaction receipts.
• Designing and implementing custom workflows to manage the lifecycle of user authentication and document handling.
• Enabling new features in the e-banking platform that allow for enhanced user experience and additional banking functions.

• Gathering and analyzing requirements to build an authentication app that complies with banking security standards and provides a seamless user experience.
• Collaborating with various stakeholders, including security experts and compliance officers, to ensure the app meets all regulatory requirements.
• Designing the user interface and user experience of the Android app using tools like Sketch.
• Creating wireframes, mockups, and interactive prototypes to visualize the app's design.
• Conducting user testing sessions to gather feedback and iterate on the design to improve usability.
• Implementing the UI/UX designs into a functional Android application using Kotlin and the Android SDK.
• Writing clean, efficient, and maintainable code that adheres to Android development best practices.
• Ensuring compatibility across different Android versions and devices.
• Building a system within the app to authenticate transactions via push notifications, enabling users to approve or deny transactions directly from their devices using firebase.
• Integrating Digipass4Apps to add an extra layer of security for app-based authentication.

• Working with insurance domain experts to define precise technical specifications.
• Ensuring that the backend system aligns with insurance industry standards and processes.
• Designing and implementing a scalable database architecture capable of managing over 2 million entries and transactions per day, using Java with Spring Boot and Spring Data.
• Crafting backend services and APIs for insurance transaction processing, policy management, and customer data handling.
• Employing XML and JSON for structured data exchange, crucial for integration with various insurance industry databases and services.
• Creating a backend service for push notifications to keep users informed about updates to their insurance policies and other important alerts.
• Integrating this service with the frontend systems and ensuring reliable delivery of notifications.
• Utilizing Docker for containerization to create consistent development, testing, and production environments.
• Overseeing deployment strategies to ensure zero-downtime deployments and continuous integration and delivery
• Ensuring that all backend services comply with stringent security protocols to protect sensitive customer data.
• Implementing comprehensive testing strategies to maintain a high-quality codebase.