Dhanaraj Salaimani

Designed, architected, and led a team responsible for the end-to-end development of Raise Your Frequency, a voice analysis platform available on iOS, Android, and UWP. This product involved integrating real-time voice analysis, secure data handling, and seamless user experiences across multiple platforms. The mobile applications were developed using Kotlin for Android and Swift for iOS, ensuring optimal performance and user-friendly interfaces.

Raise Your Frequency’s web application and admin dashboard were developed using ASP.NET Core 6.0, enabling a responsive and scalable platform. The project demonstrated proficiency in mobile and web development, with a strong emphasis on security and scalability. The applications are currently available on multiple platforms, showcasing leadership and technical expertise in delivering complex mobile and web solutions.

Additional responsibilities included code reviews, mentoring, and fostering team collaboration across projects. The technologies used included Swift, Kotlin, UWP, Visual C#, XAML, JSON, Rest API, and AWS EC2.

Led a team in the design and development of mobile applications for Android and iOS platforms. Focused on delivering high-performance, scalable solutions aligned with client requirements. Contributed to code reviews, team collaboration, and mentoring junior developers.

Though the project was brief, it demonstrated a strong ability to adapt to new environments and deliver technical solutions within a short timeframe. Left the role for a better career opportunity.

Designed, architected, and led the development of a mobile application for Messer, the world’s largest privately held industrial gas business. This mobile application was developed for gas delivery drivers to track customer materials, handle payments, and manage barcode scanning. The solution was built using Xamarin Native with MVC for both Android and iOS platforms.

The project focused on creating a robust architecture with reusable UI components and functionalities, ensuring seamless user experience and high performance. Key technical responsibilities included the integration of SQLite database, Rest API, and hardware support for printers and scanners, optimizing the workflow for the drivers.

This project demonstrated expertise in mobile architecture and application development for a mission-critical business environment. The application was successfully delivered with a focus on scalability and reuse across platforms, leveraging Xamarin Native for cross-platform mobile development.

Led the development of high-performance mobile applications for WISA, designed for use by thousands of construction supervisors. The applications were built from the ground up for both Android and iOS platforms, focusing on usability and reliability.

Key functionalities included face recognition and QR camera scanning for daily attendance tracking. The development also involved implementing complex push notifications using Firebase for both platforms. The mobile applications stored user data locally on devices using SQLite to ensure smooth offline functionality.

The architecture followed a 7-tier model, allowing for optimized performance and extensive code reusability. Technologies used included Swift, Objective-C, Kotlin, and Xamarin Forms, alongside tools such as Visual Studio and REST APIs. Additional responsibilities included code reviews and mentoring on architecture and modularity, ensuring best practices and scalability across the project.

This project demonstrated strong capabilities in mobile development with a focus on delivering scalable, performance-oriented applications for large-scale use.

Led and contributed to multiple high-impact projects as a Module Lead, delivering robust mobile and desktop applications across various industries.

For Siemens Healthcare, I was responsible for porting a legacy WPF application into a modern Universal Windows Platform (UWP) application, which involved over 1,000 screens and complex functionalities. I implemented defer loading techniques in the DataGrid control to improve performance, playing a key role in digitalizing healthcare through cutting-edge technology.

At Agingo, I designed and developed a cross-platform browser for iOS, Android, and UWP using Xamarin.Forms. The browser, enhanced with artificial intelligence, allowed users to organize bookmarks and focus on domain-specific interests. It also provided offline/online access and domain recommendations, helping clients boost traffic through targeted advertisements.

For UPsQool, an iOS app, I led a team to develop a tool for parents to monitor their children's growth in emotional, intelligence, and creativity quotients. This application, built with Swift and XCode, integrated interactive graphs, charts, and push notifications, and was successfully delivered to the Apple App Store.

Throughout these projects, I was responsible for code reviews, programming, architecture mentoring, and team collaboration, using technologies such as Visual C#, XAML, Swift, Xamarin.Forms, and REST APIs. My contributions ensured scalable, high-performance applications that met client needs across multiple platforms.

As a Senior Software Engineer, I contributed to the design, development, and successful delivery of multiple enterprise iOS and Android applications across various industries.

For iCarpool, I led the development of a car-pooling app for iOS, enabling real-time communication between users and drivers using Apple Push Notification Service (APNS) and AWS SNS for reliable messaging. The project focused on enhancing user experience and was successfully delivered to the Apple App Store.

In the Mental Health Tracker project, I developed an Android application that analyzes social media posts to track users' mental health. Built using Java and Android Studio, the app leveraged data analysis to measure users' mental health states based on their social media activity.

For SyncTimes, a hospital care management app for iOS, I implemented peer-to-peer communication using Wi-Fi and Bluetooth, facilitating seamless communication between doctors, patients, and attendants. The project targeted iPod Touch devices and was successfully delivered to the Apple App Store.

In the Apptio Enterprise iOS project, I contributed to a 4-tier architecture application designed for iPad. My role included research, design, and development of key features, ensuring efficient and scalable software that met the client’s business needs.

For Transilio, a video marketing and e-commerce mobile application, I enhanced the functionality of a third-party video player by implementing custom features without modifying the framework. This allowed for seamless integration and improved user interaction.

Throughout these projects, I worked with technologies such as Objective-C, Java, XCode, Android Studio, and REST APIs to deliver scalable, high-performance mobile applications that met both business and technical requirements. My responsibilities included programming, design, code reviews, and team collaboration, ensuring that each application was developed and delivered successfully.