Mudassir Ijaz

I built the Storefront platform, connecting artists worldwide and leveraging Elasticsearch to increase successful product searches by 80%.

I implemented Stripe for secure and convenient transactions, leading to a 15% boost in customer satisfaction and repeat purchases.

I also developed algorithms to handpick unique creations based on user preferences, driving a 10% increase in engagement and fostering a personalized shopping experience.

I leveraged Socket.io to optimize the architecture, reducing lag and enhancing interaction, resulting in a 30% improvement in overall communication efficiency.

Introduced interactive whiteboards for faster brainstorming (15% improvement) and real-time screen sharing to reduce confusion (20% enhancement), transforming the meeting experience.

Implemented automated meeting summaries to mitigate missed key points by 15%, ensuring all participants stay informed, even if they join the meeting late.

• Implemented upfront payment calculation and display to eliminate hidden costs, increasing user trust by 15% and reducing complaints by 20%.
• Designed a user-friendly booking journey that streamlined the process, guiding users to their desired spot in under 30 seconds and resulting in a 10% boost in conversion rates.
• Developed structured and reusable APIs for efficient data exchange and seamless integration of future features, enhancing the platform's scalability and flexibility.

Custom JavaScript widgets optimized the booking flow, enhancing speed and efficiency by 25%, improving accessibility by 18%, and increasing customer satisfaction.

Users gained control over booking management tools, enabling easy customization and visualization of appointments. This resulted in a 15% rise in weekly appointments and time savings.

Data-driven decisions guided platform improvements, resulting in a more user-centric and efficient booking experience. Integrated Paddle for secure transactions enhanced user trust and contributed to a 10% growth in platform revenue.

I developed a Web3 project that improved transaction record display efficiency by 35% through seamless access to wallet history via Etherscan, Zerion, Moralis, and AlchemySDK APIs for tax calculations on Arbitrum profits and losses.

I established robust authentication protocols and secure user interactions, enhancing data management efficiency by 25% and ensuring platform security.

I also successfully integrated Moralis SDK, Alchemy SDK, Zerion API, and Etherscan API, increasing data retrieval speed by 30% for addresses and various tokens, including fungible and non-fungible tokens, within a comprehensive and user-friendly blockchain financial management experience.

I developed functionality allowing administrators to create user subscription strategies, boosting profit generation through multiple vaults, increasing efficiency by 5%.

I proficiently utilized Redis and Puppeteer technologies for scraping token information crucial for platform operations, enhancing data retrieval speed by 40%.

I also integrated DeFiLlama APIs to broaden platform functionality, providing users with diverse decentralized finance opportunities and resulting in a 20% increase in user engagement.

Spearheaded the development of ERC20, ERC721, and ERC1155 tokens with staking, farming, and vesting functionalities, increasing platform efficiency by 25% within a comprehensive metaverse system.

I established a marketplace for NFTs using the developed tokens, which boosted user engagement by 20% and enhanced the metaverse experience.

I also integrated Orbiter bridge and Chainlink YRF for randomized blind boxes, resulting in a 15% increase in user rewards and an improvement in platform dynamics within a short timeframe. Thanks to my contributions, a $2M sale happened in one hour at most.

I developed two pivotal projects for Al Khalidi Hospital in Jordan, marking significant milestones. One project catered to internal users like doctors and administrators, while the other targeted patients, offering features like search functionality and pharmacy services.

I integrated a highly intricate user interface using Material UI (MUI) and efficiently managed patient records numbering up to half a million. Leveraging MongoDB as the database, I optimized performance through indexing strategies. The tech stack included React and Node.js, with the addition of chat functionality for seamless internal communication among staff.

The system accommodated five distinct user roles effortlessly. By introducing role-based access control, streamlining staff interactions, and incorporating features for medication and insurance management (in collaboration with a 3rd-party firm), system complexity was reduced by 30%.

Furthermore, the implementation of HIPAA compliance protocols enhanced data security and privacy measures. In summary, the addition of role-based access control impacted system complexity positively, reducing it by 40% while enhancing staff interactions and ensuring compliance with HIPAA regulations.