Partha Khanna

Year 2 Modules: Instruction Set Architecure, Compilers, Probability and Statistics, Linear Algebra and Complex Analysis, Networks and Databases, Signals and Systems, Communications, Information Processing (FPGA), Algorithms and Complexity

• Imperial College Blockchain Group - designing an app with binance API to analyse financial markets

• Scholarship Award Recipient by IET

• Head of Infrastructure and Web Development at DataSoc.

• Very interesting maths and physics course, weekly question sets.

• Maths: Gauss Function, Delta, Fourier, Infinite sets

• Physics: RC/LC/RLC Circuits, Magnetic Fields, Thermo, Cosmology

• A-levels in Mathematics, Further Mathematics, Physics, Computer Science, Project

• Other: Participating in British Informatics Olympiad, British Physics Olympiad, UKMT Kangaroo

• Non-academia: Cricket, Chess, Badminton and Swimming.

• Academia: Gold UKMT Junior & Intermediate. 2nd in Team Maths Challenge.

• Mixture? : Debating, Spelling Bee, Programming, Electronics, Drone and Robot Design, Web and App Dev.

• Other: Wellbeing representative for 4 years.

• Quant Research, Algorithmic Trading, Artificial Intelligence, Machine Learning, Blockchain, Web3

• Envisioning the future of technology involves an in-depth exploration of cutting-edge trends, anticipated breakthroughs, and the transformative impact of technological advancements on pressing global challenges.

• This forward-looking analysis delves into the innovations emerging from leading institutions such as Google, MIT, IBM, Apple, and universities, with the goal of fostering a deeper understanding of how these advancements are shaping the world.

• Additionally, this initiative serves as an educational platform, inspiring and motivating individuals to proactively engage with the latest technological developments. Through expert guidance and tuition services, learners are empowered to harness these innovations and contribute to the rapidly evolving tech landscape.

• Researching and implementing various tranducers for equipment testing and presenting the transducers and sensors to a panel, as well as providing personal recommedations based on project requirements

• Using various MCUs with Serial Communication Protocols

• Purchasing transducers and assessing their mechanical properties and in CAD models (SolidWorks)

• Developing a software to use the transducers linking to the MCU

• The Microcontrolller board was programmed in Embedded C but the HAL [Hardware Abstraction Layer] libraries were implemented allowing for further control.

• Working on web development and the Social Media interface.