Hillary Mangini is a seasoned Frontend Developer at Instinct Science, where she leverages her 8 years of experience to bridge the gap between design and technical implementation in the veterinary technology sector. Her role is pivotal in transforming operations for over 400 veterinary hospitals, ensuring...
Hillary Mangini is a seasoned Frontend Developer at Instinct Science, where she leverages her 8 years of experience to bridge the gap between design and technical implementation in the veterinary technology sector. Her role is pivotal in transforming operations for over 400 veterinary hospitals, ensuring that the solutions developed not only meet but exceed user expectations. Hillary excels in creating visually appealing and intuitive interfaces that enhance user experience, a skill that is particularly valuable in a field where clarity and ease of use are paramount.
At Instinct Science, Hillary has spearheaded numerous key projects, guiding them from concept to launch. She adeptly gathers requirements and analyzes user needs, allowing her to propose innovative designs and technical solutions that resonate with both clients and end-users. Her expertise in creating and maintaining design systems, pattern libraries, and style guides ensures design consistency across various platforms. Utilizing tools such as Tailwind, CSS, Figma, and MUI, she crafts seamless user experiences that are both functional and aesthetically pleasing.
Hillary's technical prowess extends to a robust skill set that includes React.js, JavaScript, Cypress, GraphQL, AWS AppSync, and Angular. Her familiarity with Git and Redux further enhances her ability to collaborate effectively within development teams. Additionally, her background in logistics management and training equips her with a unique perspective on project execution and team dynamics. As she continues to push the boundaries of frontend development at Instinct Science, Hillary remains committed to integrating user feedback into her designs, ultimately driving innovation and improving operational efficiency in the veterinary industry.
