We can organize an interview with Aldin or any of our 25,000 available candidates within 48 hours. How would you like to proceed?
Schedule Interview NowBeing part of Softaims has allowed me to see the full spectrum of what technology can achieve when guided by empathy, discipline, and creativity. Each assignment, regardless of size, represents an opportunity to bring clarity to complexity and to turn ambitious ideas into tangible outcomes. I’ve come to realize that successful development isn’t just about writing code—it’s about listening carefully, understanding deeply, and designing thoughtfully. Every client brings unique challenges, and I make it a priority to align my work with their goals, ensuring that the end result is both effective and lasting. Softaims fosters an environment where collaboration is not optional—it’s essential. The collective expertise within the team pushes me to think beyond conventional boundaries, to question, refine, and innovate. I believe that this process of shared learning and experimentation is what makes our solutions resilient and impactful. My ultimate goal is to build technology that feels effortless to use yet powerful in function. I approach every task with the mindset that small details can make a big difference. Through continuous refinement and dedication, I aim to contribute to the kind of work that not only serves today’s needs but anticipates tomorrow’s possibilities.
Main technologies
2 years
1 Year
1 Year
1 Year
Potentially possible
As a vital contributor to the Setvi project, a state-of-the-art sales management app, I've utilized a vast array of modern front-end development technologies to deliver an intuitive and powerful solution to drive sales productivity. The project was built with the following technologies: Angular: As the main framework, Angular provided a robust structure that streamlined the development process. It allowed us to create a highly modular application with reusable components, efficient data binding, and a well-defined architecture. Angular Material: This component library complemented Angular perfectly by offering a comprehensive set of ready-to-use, aesthetically pleasing, and fully responsive UI components. Angular Material facilitated the rapid development of user interfaces that are consistent and engaging. JavaScript & TypeScript: TypeScript, a statically typed superset of JavaScript, was the primary language for development. It ensured better maintainability and developer productivity with features like static typing, interfaces, and advanced types. HTML5: HTML5 was instrumental in structuring and presenting the app's content. It enabled us to use modern web features like semantic elements, form controls, multimedia elements, and graphics APIs. SCSS & Tailwind CSS: For styling, we relied on SCSS and Tailwind CSS. SCSS offered advanced features like variables, nesting, and mixins that improved the CSS's maintainability. Tailwind CSS, a utility-first CSS framework, aided in crafting custom designs swiftly without leaving the HTML. GraphQL: GraphQL was used as the data query and manipulation language for APIs, providing efficient, powerful, and flexible data retrieval to ensure that our app was always supplied with the precise data it needed. MUI (formerly Material-UI): MUI supplemented Angular Material in providing a rich set of ready-to-use UI components, ensuring a faster development process and a more consistent user interface. Leveraging these technologies, the Setvi sales management app was developed with high performance, seamless user experience, and advanced functionality in mind. The application boasts features like real-time sales tracking, data-driven insights, and advanced team collaboration tools, helping businesses improve their sales processes, boost productivity, and drive growth.
Vidi Rendering Technologies, otherwise known as Vidiren, is a cutting-edge project that blends the power of artificial intelligence, fintech, and media rendering. Its primary objective is to revolutionize the way information technologies function by altering the very flow of electrons. At its core, the project is grounded in the development of innovative techniques for manipulating electron movement, effectively transforming the digital landscape. By harnessing and directing the flow of electrons, Vidiren seeks to significantly advance computing capabilities, accelerate data processing, and enhance system efficiencies. The goal is to push the boundaries of traditional IT, moving towards a more dynamic, responsive, and intelligent future. On the artificial intelligence front, Vidiren aims to leverage advanced machine learning algorithms and AI models to improve the decision-making processes, create intelligent systems that can adapt and learn, and maximize the automation of tasks. This extends to fintech, where AI will enable more secure, efficient, and personalized financial services, such as fraud detection, risk management, and personalized customer experiences. As for media rendering, Vidiren envisions revolutionizing this field by employing AI and advanced electron management. By developing more efficient rendering techniques, Vidiren aims to enhance the quality, speed, and realism of media content, including 3D animations, virtual reality, and video games. By shaping the flow of electrons and combining it with AI, fintech, and media rendering, Vidiren seeks to pave the way for next-gen information technologies. It aims to create systems that not only perform better and faster but also foster innovation, enhance user experiences, and drive forward the tech industry as a whole.
PrimeLab, using the mentioned tech stack, is capable of delivering a cutting-edge blockchain project. The extensive technological expertise makes it perfectly suitable for the creation of more than 200 blockchain projects. Leveraging these technologies would provide a broad spectrum of benefits like robustness, scalability, security, and high performance. Here is an overview of how the mentioned technologies will be employed: Front-End Development: With technologies like HTML5, CSS, SCSS, and Tailwind CSS, the user interfaces will be created, ensuring they are responsive and mobile-friendly. Tailwind CSS and SCSS will be utilized to create customizable designs, while HTML5 will be used for structuring and presenting content. JavaScript & TypeScript: These will be the primary programming languages used for both client-side and server-side scripting. TypeScript, a superset of JavaScript, will help in maintaining and refactoring code, thus leading to better code quality and robustness. React and Next.js: React, a JavaScript library for building user interfaces, coupled with Next.js, a React framework, will be used for building the user interface components. This combination will ensure that the web applications are highly performant, scalable, and SEO-friendly. MUI (formerly Material-UI) will provide a comprehensive collection of ready-to-use components to accelerate the development. Redux: For state management in JavaScript apps, Redux will be employed. It will ensure that the state of your application is predictable and can be easily tested. GraphQL: Will be utilized to load data from your server to the client. GraphQL allows clients to request exactly what they need, making it easy to evolve APIs over time. Azure and OpenAI: Azure's cloud computing service will host the application and OpenAI will be used for incorporating AI functionalities into the applications if necessary. Responsive Design: All applications will be built using responsive design principles, ensuring the best user experience on a variety of device sizes and types. PrimeLab will incorporate these technologies to build a robust and secure blockchain platform. This platform would serve as the embedded security, compute, and revenue solution. It would leverage blockchain's inherent benefits like decentralization, transparency, and security, ideal for creating an environment that is reliable, efficient, and trustworthy. The system would support a large number of projects, illustrating its high scalability and versatility.
Description: SocialConnect is a cutting-edge social media application that brings people together from all corners of the world. With its seamless user experience, powered by React, Redux, and Node.js, SocialConnect aims to revolutionize the way people connect, share, and interact online. Key Features: Interactive User Interface: SocialConnect boasts a modern and intuitive user interface, ensuring users can effortlessly navigate and engage with the platform. Personalized Profiles: Users can create unique profiles, customize their avatars, and share their interests, creating a sense of identity and community within the app. Posts and Feeds: Members can create posts, share multimedia content, and view a personalized feed that shows updates from their friends and followers. Real-time Updates: The app leverages the power of WebSockets to deliver real-time updates for notifications, messages, and post interactions, providing an instant and engaging experience. Friend System: Users can connect with others by sending friend requests and building their social circles. They can also view mutual friends and connections. Like, Comment & Share: SocialConnect encourages interaction through likes, comments, and sharing. Users can express their opinions, thoughts, and feelings on posts they find interesting. Privacy & Security: The app prioritizes the privacy and security of its users, offering granular control over who can view their posts and interact with them. Trending Topics: SocialConnect displays trending topics and hashtags, allowing users to stay updated on the latest conversations and viral content. Search Functionality: Users can easily find friends, posts, and topics using the app's powerful search feature. Analytics Dashboard: For business accounts, SocialConnect offers an analytics dashboard to track post performance, engagement, and audience insights. Tech Stack: Frontend: React.js and Redux are utilized for building a dynamic and responsive user interface, offering a smooth user experience across various devices. Backend: The backend is powered by Node.js, using Express.js for API development and handling various requests efficiently. Database: The app employs a robust and scalable database system like MongoDB to store user data, posts, and interactions securely. Real-time Communication: WebSockets, through libraries like Socket.IO, enable real-time updates and instant messaging capabilities. Authentication: JSON Web Tokens (JWT) are employed to handle secure user authentication and authorization. SocialConnect is your gateway to a thriving online community, where meaningful connections and engaging conversations await. Whether you're a seasoned social media enthusiast or new to the digital landscape, this app caters to everyone's social needs. Join SocialConnect today and unlock the power of genuine connections!
The described project aims to leverage prescriptive analytics across various industrial operations to enhance efficiency, quality, and production planning. With a heavy focus on predictive modeling and AI-based recommendations, the project seeks to address core issues in diverse industrial processes. Here's a detailed description of each area: Prescriptive Quality: This aspect focuses on improving the quality of manufactured products, reducing rejections and increasing yield. The approach will employ quality predictions, root cause analysis of errors, and provide recommendations on actions to be taken by the operations team across various processes like casting, rolling, forging, and machining. This will help maintain consistent quality and reduce waste. Prescriptive Energy: The goal here is to reduce energy consumption and emissions, making operations more sustainable. The project will predict energy losses across various processes, like in coke ovens, casting, furnaces, and smelting, and suggest measures to curb energy dissipation. This will lead to more energy-efficient operations and a lower carbon footprint. Prescriptive Maintenance: This aims to prevent manufacturing disruptions by predicting optimal maintenance schedules for machines, utilities, and parts across the plant. By predicting potential failures in processes like drilling tools, cold forming, drive motors, and milling, the project will help improve overall equipment effectiveness (OEE), increasing productivity and reducing downtime. Prescriptive Production Planning: This involves energy-efficient production planning, offering recommendations on optimal change-overs and scheduling of activities. The project will also provide actionable advice on managing processes like furnaces, inventory, heat treatment, and wire drawing to ensure smooth and efficient operations. By integrating these predictive and prescriptive systems, the project aims to create a smart, AI-driven industrial environment. This could lead to significant cost savings, improved productivity, reduced environmental impact, and higher-quality outputs. By taking a data-driven, predictive approach, the project ensures that the manufacturing processes are constantly learning, adapting, and improving.
Bachelor of Computer Applications in
Master of Computer Applications (MCA) in Computer science