• Designed and implemented an enhanced version of the product, a drag and drop bot builder, while migrating it from Vue to React. Ensured all 4,000 active users had uninterrupted service during the switch through close collaboration with the back-end team, as all data formats remained backwards compatible.• Developed custom nodes for bot builder integrating React Flow, Lexical, React Hook Form and the pre-existing MUI design system. This initiative facilitated the shipment of new features… Show more • Designed and implemented an enhanced version of the product, a drag and drop bot builder, while migrating it from Vue to React. Ensured all 4,000 active users had uninterrupted service during the switch through close collaboration with the back-end team, as all data formats remained backwards compatible.• Developed custom nodes for bot builder integrating React Flow, Lexical, React Hook Form and the pre-existing MUI design system. This initiative facilitated the shipment of new features, such as keyboard controlled shortcuts, and reduced overall bug reports by 10%.• Implemented best practices for canonical URL structure, significantly improving technical SEO. Achieved an Ahrefs score increase from 42% to 99% within 30 days.• Deployed a new pricing page and integrated the new subscription model with the Stripe API. This ensured a seamless checkout flow for new subscribers, which contributed to a 15% growth in the paying customer base. Show less

• Built the company blog and third-party integration details pages, using Sanity as a headless CMS. Collaborated with marketing, design, and engineering teams in an effort that led to a 30% efficiency gain in content-related tasks.• Developed and maintained a React component library using MUI, boosting feature delivery through enhanced re-usability. Implemented comprehensive unit tests with Jest and React-Testing-Library, reducing production bugs by 10% and improving code reliability.•… Show more • Built the company blog and third-party integration details pages, using Sanity as a headless CMS. Collaborated with marketing, design, and engineering teams in an effort that led to a 30% efficiency gain in content-related tasks.• Developed and maintained a React component library using MUI, boosting feature delivery through enhanced re-usability. Implemented comprehensive unit tests with Jest and React-Testing-Library, reducing production bugs by 10% and improving code reliability.• Implemented tracking technologies, including Google Analytics and Google Tag Manager, driving user activation optimisation and enhancing overall analytics capabilities.• Led the migration of the landing page to React and Next.js, optimising page load time through server-side rendering. Used CSS animations and lazy loaded Framer Motion to maintain improved performance while keeping users engaged. Show less

• Built quantum circuits that mirrored quantum optics research results using Python framework Qiskit.• Did in-depth research on cutting-edge advancements in quantum computing and quantum optics, synthesising information into clear technical summaries.

Received grants for both past and present Undergraduate Research positions, in the following projects:• Fabrication of Molybdenum Disulphide Nanosensors for Gas Detection | 2019• Analog Electronic Circuits for Audio Applications | 2020

Contact hours with students teaching the mathematical background necessary for more advanced Electrical Engineering modules. The subject focuses on the study and characterisation of continuous-time and discrete-time linear time invariant (LTI) systems. The topics covered in the module include the representations of systems as differential or difference equations, block diagrams, impulse responses, transfer functions or pole-zero plots; representation of signals in time and frequency domains… Show more Contact hours with students teaching the mathematical background necessary for more advanced Electrical Engineering modules. The subject focuses on the study and characterisation of continuous-time and discrete-time linear time invariant (LTI) systems. The topics covered in the module include the representations of systems as differential or difference equations, block diagrams, impulse responses, transfer functions or pole-zero plots; representation of signals in time and frequency domains, employing the Laplace Transform and the Z-Transform for transient response analysis; the Fourier Series and Fourier Transforms for sinusoidal steady-state analysis. Show less

Introductory study focusing on the applications of Materials Science and Solid State Physics. Transition metal dichalcogenides were used to fabricate nanodetectors for sensing applications. Steps concluded in the research include the exfoliation of 2D materials on to SiO2 wafers, followed by the analysis of those samples using optical microscopy and Raman spectroscopy. Moreover, the layering of two-dimensional materials was accomplished.

Tutoring and holding office hours for Differential and Difference Equations, fundamental course in the study of Engineering. The syllabus includes geometric interpretation, existence and uniqueness of ordinary first order differential equations and methods of solving them. Second order differential equations are also studied. Moreover, systems of differential and difference equations are taught along with functional calculus. The module also includes convergence and divergence of series, as… Show more Tutoring and holding office hours for Differential and Difference Equations, fundamental course in the study of Engineering. The syllabus includes geometric interpretation, existence and uniqueness of ordinary first order differential equations and methods of solving them. Second order differential equations are also studied. Moreover, systems of differential and difference equations are taught along with functional calculus. The module also includes convergence and divergence of series, as well as Taylor and Maclaurin series and how they can be used to solve ODEs. Show less