Edoardo Paluan A: 247 Uxbridge Road, W12 9DS T: +447721421796 E : [email protected] INTERESTS My interest in science stems from the slow but inevitable removal of the suffix from science-fiction. The emergence of whole scientific fields previously considered as being futuristic speaks miles with regards to where science is at now. Science has entered the future, its limitations are increasingly defined not by our potential, but by our creativity, we are no longer left to ask whether something can be done; we are questioning how and whether it should be done. I seek to unravel the unknown. A man-dreamt, machine–driven human evolution is emerging, I will be at the forefront of such research defining its course from the very start as with the promise of AI comes the risks associated with it, and every day we step closer to the singularity, is a day we should ask ourselves: should we? WORK EXPERIENCE IT Associate Working in the Research Data Management Division at Mendeley, I have worked in developing the Product, Business Analysis, and as a Developer, rapidly picking up on: HTML, CSS, SCSS, JS, Cucumber, React, Git Commands & Python.I am actively promoting the development of a Machine learning division at Mendeley, Cofounder Shake was born as an idea to monetise Knockabout, thought of as a peer to peer betting platform which I am currently working on, along with Andrew Spence and Myles Milston CTO of Colossus bets. Here to disrupt the market, I have been primarily responsible for the market research, the UI/UX design and the business Consultant Joined Andrew Spence in developing Knockabout, a LinkedIn for sports. Responsible for the designs and outsourcing as well as taking part in monthly fit-tech events Consultant Working for a consultancy firm active in the promotion and commercialization of Smart City Technology in the Middle Eastern markets. I created reports and presentations, the logo and was in charge of the research, content, layout and CREATIVE BRAGGING Theorised and proposed the construction of a working prime number recognition machine based on light, and cake slices. In depth research on the limitations of Turing machines. Theorised and partially developed a novel way to generate microstructures via the implementation of vapour-deposition techniques. This happened by chance as with most discoveries in Science. Calculated how many motors were needed to rotate a dome weighing half a tonne, with a weighing scale and a thread Designed a forecasting algorithm in JS to calculate the revenue of a business at a specific month given a set of initial conditions. Developing a smart search function. (Idea stage) Designed 4 websites, including for an NGO; Bambini del Terzo Mondo Onlus, a blog on Italian culture, and front covers for 34 Ebooks ACADEMIA Master of Science in International Baccalaureate (40/45) Physics (MSci) iGCSE: 7A*, 2A High Level: Standard Level: Most interesting modules Physics: 7 encountered: Quantum Chemistry: 7 French: 7 English: 6 Physics Computational Biophysics Biophysics & Nanotechnology Mathematical Methods in AWARDS King’s College Research Gordon Rogers Scholarship Experience Award Award Rebuilding KCL’s telescope and Provides £3000 each for the ongoing telescope observations five best third year MSci by night, I submitted my students. The scholarship is INTERNSHIPS Various High School prizes -Student of the Year -Robert Fitzgerald Kennedy Journalism scholarship -ISCO 1st place business prize 2013 – Microfluids Measuring contact angle, surface tension along with surfactant concentration for systems of oil and water solutions 2014 – KCL telescope Installation of the telescope on the roof of the King’s Building. I aided in the setting-up of the telescope and preliminary usage. It was a practical role, which included fabricating a motor system to rotate the dome, which was then connected to a computer. 2015- Coding the path of ‘Quirks’ Coding to recreate the conditions at the MoEDAL particle detector at CERN. Languages used were Fortran, for its speed, and C++, because it would have been depressing to solely use Fortran. (Yes there is such a thing as a quirk). reproduced a 3d environment in code, modelled particle collisions, extensive use of nested If statements, use of arrays, proved Wikipedia wrong, and used smart approximation methods to decrease computational time of simulations by a factor of ten. 2015- Superconduction Working at University College London on the discovery of a potential way to make graphene superconducting and investigated the structural properties of different types of clay OTHER Trilingual: English, French and Italian Website Designer Keen Sailor Professional Tutor Art Promoter Entreprenuer Part time poet + writer Black Belt Judoka Reporter
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