Ruksana Shaukat Jali

Ruksana Shaukat Jali

Designer + DeveloperLondon, United Kingdom
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Ruksana Shaukat Jali

Ruksana Shaukat Jali

Designer + DeveloperLondon, United Kingdom
About me
My name is Ruksana. I’m a designer with a strong interest in designing products that help people. I have a breadth of experience in design, stakeholder management, design research and front-end development. I’m currently working at a change consultancy in London, where I get exposure to a multitude of client projects and the different areas of UX design. Prior to that I worked as a designer at a health tech startup and an AI startup. My background also includes a Masters in Design Engineering (MEng) at Imperial College Dyson School. During my Masters, I received awards for my design projects and an award for being the highest achieving MEng student.
Projects
  • Online Offline : game about social media
    Online Offline : game about social mediaOnline Offline, a game about social media developed for families.
  • Developing AI-powered language-learning platform
    Developing AI-powered language-learning platformI aided the design and development of the world's first audio-visual pronunciation assessment.
  • Interactive Installation - Responsive Iris & Eye Mechanism
    Interactive Installation - Responsive Iris & Eye MechanismThe Panopticon is a responsive mechanical eye with iris. The project integrates machine elements with simple feedback control systems, in which a variety of sensors and actuators are connected to Arduino and Raspberry Pi. One of the aims of the project was to familiarise ourselves with electronic prototyping platforms and to adapt ourselves to new programming languages in a short amount of time. Duration of time from ideation to creation was 4 weeks, alongside other projects.
  • Service & Product Design - Inclusive Single Person Automated Vehicle
    Service & Product Design - Inclusive Single Person Automated VehicleCreated a viable concept and interior for a single person autonomous vehicle, following research methods including immersion, interviews, journey mapping, evaluation testing and more. Iterated and improved this concept through user research methods. The design of ‘Hop’ tackles problems with access and automation (trust and control). Hop aims to provide a service that is approachable, inspires confidence and is easily understood by users. Project took place in 2016.
  • Coding - Tetris Solving Algorithm
    Coding - Tetris Solving AlgorithmCreated a Python Algorithm in order to solve a tetrilling optimization and maximization problem. I taught myself Algorithm design in Python within 2 months alongside other projects. My algorithm produced on average 93% accuracy in a short amount of time, the code also appropriately scaled with the increasing target region. This was done by creating a priority system using adjacency lists, filling the edges of the target region by using the adjacency list to find the squares with the lowest neig
  • Hobby - Painting and Sketching
    Hobby - Painting and SketchingI enjoy creating artwork that provokes thought and reflection about matters such as mental health and the environment. As well as drawing still life to occupy my time.
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Work history
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    UX design consultantFutureGov (Now TPXimpact)
    London, United KingdomFull Time
    Working with public sector clients in an agile and design-led manner. Designing high quality UX deliverables and working closely with technology teams to aid delivery, including developing services using React.js, Next.js HTML, CSS etc. Planning and carrying out research work. Facilitating client workshops including capability building workshops. Collaborating with other designers, researchers, engineers, delivery managers, product owners throughout all stages of the design process. Mentoring junior UX designers.
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    UX designer and developer at Emotech.aiEmotech
    Old Street, London EC1Y 1BE, UKFreelance
    Emotech is an award-winning AI start-up. I extended my experience in digital design (UX/UI and front end development) projects, incorporating emerging technologies and AI. I aided the development of a multi-modal pronunciation platform exhibited at an international conference, as well as designing interactions for children’s education platforms for AR. Gained experience with React JavaScript, React TypeScript, Git and CSS. I exercised my skills in UI/UX design, Adobe Illustrator, Adobe XD and Figma.
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Skills
  • Design Processes
  • Innovation
  • Technology
  • Adobe Creative Suite
  • Prototyping
  • Design Research
  • Strategy
  • Web Development
  • Emerging Technology
  • Creative Exploration
Education
    Imperial College London logo
    Imperial College London logo
    Design EngineeringImperial College London
    London, United Kingdom
    Design engineering is a highly creative course that fuses design thinking with engineering knowledge and practice. It covers fundamental design and engineering skills, with an emphasis on design process, creativity, computer aided engineering and the enterprise skills necessary to launch new products and services to market. Masters project: Combining psychology and machine learning, detecting social related anxiety using wearable data. Example modules: Future-Oriented Design, Computing, Sensing and IoT, Enterprise Roll Out, Robotics, Future Healthcare, Advanced Industrial Design, Engineering Maths, Energy and Design, Big Data, Communication in Design and more. Awards: Governors' MEng Prize (highest achieving student in final year) MEng Deans List 2020 (top 10% of cohort), Design Engineering Selected Innovation Reward, Blyth Art Award.
Awards
    Dyson School of Design Engineering, Imperial College London logo
    Dyson School of Design Engineering, Imperial College London logo
    Design Engineering Selected Innovation REward for social impactDyson School of Design Engineering, Imperial College London
    Received an innovation award for my master's project work. The project combined psychology and machine learning knowledge and is one of the first to investigate whether social anxiety in young people can be detected using physiological data collected from a wearable. Detection using wearables provides a novel way of recognising it, which reveals new opportunities for monitoring and treatment. This is greatly beneficial for sufferers, the society and healthcare services.
    Imperial College London logo
    Imperial College London logo
    Blyth Art AwardImperial College London
    Imperial College's Blyth Art Centre offered me the Blyth Art Award in recognition of my dedication to my art practice.
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