| akademischer Grad | Master of Engineering |
| Verfügbar ab | ab 30.11.2023 |
| Verfügbarkeit vor Ort: | Keine Angabe |
| Interesse an Festanstellung | Nein |
| Bietet Schulungsleistungen an | Nein |
https://github.com/pedramparastuk
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Back-End: .Net Core, Node.js, C#, SQL Server, MongoDB, Docker, Git, DevOps, CI/CD, Azure, Microservices.
Front-End: Angular, React, JavaScript, TypeScript, React Native.
Azure: Azure Cosmos DB, Azure Active Directory (Azure AD), Azure DevOps (Pipelines), Azure Service Bus, Azure Key Vault, Azure
SignalR Service.
https://github.com/pedramparastuk
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Back-End: .Net Core, Node.js, C#, SQL Server, MongoDB, Docker, Git, DevOps, CI/CD, Azure, Microservices.
Front-End: Angular, React, JavaScript, TypeScript, React Native.
Azure: Azure Cosmos DB, Azure Active Directory (Azure AD), Azure DevOps (Pipelines), Azure Service Bus, Azure Key Vault, Azure
SignalR Service.
The Challenge
In the architecture field, managing design files, tracking changes, and collaborating on projects can be a complex and challenging task. Architects often struggle with version control, efficient collaboration, and visualizing their designs in real-world contexts. Existing solutions primarily cater to programming and lack the necessary features for architecture-specific requirements. The challenge was to develop a dedicated website that addresses these pain points and provides architects with a comprehensive version control system, seamless collaboration capabilities, and an integrated rendering feature for visualizing designs in real-world contexts.
Our Solution
We have developed a groundbreaking website tailored specifically to the architecture field, offering architects a robust set of features to streamline their workflows and enhance collaboration:
1. Architectural Version Control: Our website provides architects with a sophisticated version control system, similar to GitLab but specifically designed for the architecture industry. Architects can easily track and manage changes to their design files, ensuring accurate documentation and seamless collaboration among team members.
2.Seamless Collaboration: Our platform enables architects to collaborate efficiently with their team members, clients, and stakeholders. Architects can invite collaborators, assign tasks, and provide feedback directly within the website. Real-time notifications and comments streamline communication, fostering effective collaboration throughout the design process.
3. Integration with Rendering Application: We have integrated our website with a powerful rendering application that transforms architects’ design files into immersive 3D models. Architects can visualize their designs in real-world contexts by overlaying them on maps or virtual environments.
4. File Organization and Management: Our website offers a comprehensive file management system specifically designed for architectural projects. Architects can organize their files in a structured manner, create project folders, and easily search for specific file versions or project-related documents. This ensures efficient file organization and quick access to critical design assets.
5. Secure and Scalable Architecture: Our website is built on a secure and scalable architecture, ensuring the safety of sensitive architectural files and providing a reliable platform for architects to utilize. We prioritize data privacy, implement robust security measures, and regularly update our infrastructure to meet industry standards.Â
Technologies
- ASP.NET Core: ASP.NET Core is an open-source web framework for building web applications. It provides a robust and scalable platform for developing server-side components of the website.
- Angular: Angular is a popular front-end JavaScript framework for building dynamic and responsive user interfaces. It was utilized to create an interactive and intuitive user interface for the website. MongoDB:
- MongoDB is a NoSQL database that offers high scalability and flexibility for storing and retrieving data. It was used as the database technology for the website, allowing efficient data management for various aspects such as user profiles, bookings, and other related information.
- REST API: REST (Representational State Transfer) is an architectural style for designing networked applications. The website utilized RESTful APIs to integrate with external services, such as airline and hotel systems, to retrieve real-time availability, pricing, and other travel-related information.
These technologies were instrumental in building a robust and feature-rich website for selling flight tickets, hotel reservations, and other travel services while ensuring a seamless user experience.Â
The Result
Our architecture-focused website has revolutionized the way architects manage their projects and collaborate with stakeholders, resulting in significant benefits for architectural professionals:
1. Enhanced Workflow Efficiency: Architects using our platform benefit from streamlined version control, simplified collaboration, and efficient file management. This results in improved productivity, reduced errors, and optimized project timelines.
2.Realistic Design Visualization: The integration between our website and the rendering application allows architects to visualize their designs in a realistic manner, boosting design comprehension and enabling effective communication with clients and stakeholders. This enhances decision-making and fosters a deeper understanding of the design intent.
Improved Collaboration and Communication: Our platform enables seamless collaboration among team members, clients, and stakeholders. The real-time commenting system, task assignment features, and notifications enhance communication, leading to better coordination and alignment throughout the project lifecycle.
Increased Client Satisfaction: The ability to showcase designs in realistic 3D models and overlay them on maps or virtual environments enhances client engagement and satisfaction. Clients can visualize the design in its intended context, leading to a more immersive and interactive experience.
Scalability and Future Growth: Our website is designed to scale with the growing needs of architectural professionals. As the industry evolves, our platform can adapt, incorporating new features and technologies to support architects in their work.
In summary, our architecture-focused website has successfully addressed the challenges faced by architects in version control, collaboration, and design visualization. With its comprehensive features, secure infrastructure, and seamless integration with a rendering application, our solution empowers architects to streamline their workflows, foster effective collaboration, and enhance design understanding. By choosing our website, architects can elevate their projects, improve client satisfaction, and achieve greater success in the architecture field.Â
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The Challenge
The challenge was creating a seamless online platform that would enable users to order food from various restaurants conveniently and have it delivered while integrating a Point of Sale (POS) system to streamline order processing and inventory management. The goal was to provide a user-friendly experience that would enhance customer satisfaction and improve operational efficiency for restaurant owners.
Our Solution
We developed a robust online food ordering and delivery website to address this challenge and worked closely with the restaurant’s POS system provider to establish a seamless integration. The platform was designed with an intuitive user interface, allowing customers to browse various restaurants, view menus, select items, customize orders, and complete the checkout process effortlessly. In addition, we customized the integration between the website and the POS system, implementing custom APIs and robust data synchronization processes. This integration ensured that orders placed through the website seamlessly flowed into the restaurant’s existing order management workflow, syncing menu items, pricing, availability, and order details in real time.
Technologies
- We utilized ASP.NET Core as the primary web framework for building the backend of the online
food ordering and delivery website. ASP.NET Core provided a robust and scalable foundation for
developing high-performance web applications.
- For front-end development, we leveraged Angular, a popular JavaScript framework. Angular allowed us to build a dynamic and responsive user interface, enabling seamless interactions and enhancing the overall user experience.
- To ensure an engaging mobile experience, we implemented Progressive Web App (PWA)
technology. PWA enabled users to install the website as an app on their mobile devices and enjoy
native-like functionality, including offline access and push notifications.
- We integrated SignalR, a real-time web framework, to enable bi-directional communication between the server and client. SignalR facilitated real-time updates, such as order status notifications, chat functionality, and other dynamic features, enhancing the overall user experience.
- We utilized Hangfire, a job scheduling library, to handle background tasks and automate order
processing, notifications, and other asynchronous operations. Hangfire ensured efficient task
execution and improved system performance.
- We developed RESTful APIs to facilitate seamless communication between different system components. REST APIs allow data exchange between the front and backend and third-party services, enabling smooth integration and interoperability.
- As a payment gateway, we integrated Stripe to handle secure and reliable online payments. Stripe
provides customers with a seamless and user-friendly payment experience, supporting various
payment methods and ensuring transaction security.
- Another payment gateway we integrated was Bambora. Bambora facilitated secure and convenient online payment processing, offering a range of payment options and ensuring compliance with industry standards.
By leveraging these technologies, we created a comprehensive and feature-rich online food ordering and delivery platform that provided a seamless user experience, real-time updates, secure payment processing, and efficient background task management.Â
The Challenge
The challenge was to create a user-friendly and comprehensive website in the travel industry, specializing in selling flight tickets, hotel reservations, and other travel-related services. The goal was to provide a one-stop platform to make trip planning and booking convenient and efficient for users.
Our Solution
We developed a comprehensive website for the travel industry, specializing in selling flight tickets, hotel reservations, and travel services. The user-friendly interface allowed travelers to search for flights easily, browse hotels, and access various travel options. Seamless integrations with airline and hotel APIs provided real-time availability and pricing. A robust booking management system streamlined the process, securely handling payments and providing instant confirmations and itineraries. Mobile optimization and Progressive Web App (PWA) technology ensured a seamless experience on smartphones and tablets. Overall, the solution offered travelers a convenient and efficient platform to book their flights, hotels, and other travel services.
Technologies
- ASP.NET Core: ASP.NET Core is an open-source web framework for building web applications. It provides a robust and scalable platform for developing server-side components of the website.
- Angular: Angular is a popular front-end JavaScript framework for building dynamic and responsive user interfaces. It was utilized to create an interactive and intuitive user interface for the website.
- Payments by Stripe: Stripe is a widely used payment processing platform. It offers a developer- friendly API and tools for securely handling online payments. The website is integrated with Stripe to facilitate payment processing for flight tickets and hotel reservations.
- MongoDB: MongoDB is a NoSQL database that offers high scalability and flexibility for storing and retrieving data. It was used as the database technology for the website, allowing efficient data management for various aspects such as user profiles, bookings, and other related information.
- REST API: REST (Representational State Transfer) is an architectural style for designing networked applications. The website utilized RESTful APIs to integrate with external services, such as airline and hotel systems, to retrieve real-time availability, pricing, and other travel-related information.
These technologies were instrumental in building a robust and feature-rich website for selling flight tickets, hotel reservations, and other travel services while ensuring a seamless user experience.Â
The Result
The website can achieve several positive outcomes by implementing the strategies above and utilizing the appropriate technologies. These include:
1. Increased User Engagement: A user-friendly interface, personalized recommendations, and exclusive deals can enhance user engagement and encourage users to explore and book on the website.
2. Improved Conversion Rates: By streamlining the booking process and offering competitive prices, the website can experience higher conversion rates, leading to more bookings and revenue.
3. Customer Satisfaction: Personalized recommendations, efficient booking processes, and excellent customer service can increase customer satisfaction.
4. Competitive Advantage: With a unique value proposition, exclusive deals, and personalized services, the website can differentiate itself from competitors and gain a competitive edge.
5. Repeat Business and Loyalty: Satisfied customers are more likely to return for future bookings and recommend the website to others, fostering customer loyalty and generating repeat business.
Overall, the website’s success in the traveling career industry depends on its ability to address challenges, provide innovative solutions, leverage appropriate technologies, and deliver positive user results.Â
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