Ulzhan Bassembek. Presentation

Transcript

1. Introduction Ulzhan Bassembek Application Number 89826 • Electrical and Electronic Engineer • 2.5+ years of professional experience • Aim: Master of Science Degree in Smart Systems Integrated Solutions • Country: Kazakhstan • Hobbies: playing drums, gymnastics, knitting
2. Education & Academic Background • Bachelor degree in Electrical and Electronic Engineering, Nazarbayev University • Bachelor Thesis: “Interrogation of grating-based fiber optic sensors” Accomplishments • Event organizer at Institution of Engineering and Technology (IET) NU Student Chapter • Dean’s List - top 3 student among 52 students Spring 2019, Senior Year • Diploma of 2nd degree in Mathematics Olympiad Courses: • Electromagnetics • Microelectronic Devices and Circuits • Digital Electronic System Design • Digital Integrated Circuits Design • Analog Circuits Design • Embedded Microcontrollers • Modern Characterisations for Semiconductor Industry • etc.
3. University Project: Interrogation of grating-based fiber optic sensors Project’s objectives: • to propose a method of correlation between the reflective index and concentration of a biological substance (Thrombin protein) in human blood via real-time analysis of the Bragg wavelength change; • to calculate Bragg wavelength shift for Fabrication, Calibration, Functionalization and Real-time analysis. Applications: • real-time monitoring and analysis of biosensing data; • to develop biosensing and diagnosis of certain diseases, e.g. cardiovascular. Research activities: ▪ MATLAB code design; ▪ Simulations; ▪ Laboratory experiments; ▪ Data analysis.
4. Major trends in Smart Systems Integration Challenges Higher computational powers – process more data at higher speed Higher accuracy of sensors and processing signals Lower energy level – optimized and minimized energy consumption Application domains Real-time disease detection Wearable and Implant systems Digitized Agriculture and food production Automated Vehicles Energy systems based on renewable sources IoT
5. Research and Personal interests Parts of SSIs program I am interested in •Smart Biomedical Systems elective area; •Courses: SSI Design Lab (Manufacturing Processes for Smart Systems, and System level modelling and prototyping), MEMS and IC co-design, Micro and Nano Biological systems; •Laboratories focusing on microfabrication and characterization; •Winter school in Norway and Summer school in Hungary. Research Interests •Bio-MEMS and biomedical smart system; •Application side of Smart Systems in Biomedical Engineering, especially in Neural and Brain Engineering; •Wearable and Implanted Smart Systems. Plans after graduation from SSIs program •Work in R&D on Smart Systems, Integrated circuits and Semiconductor devices (back to Kazakhstan); •Lead R&D projects in Smart Systems, Semiconductor devices and IC design; •Establish a Semiconductor startup company; •Long perspective: Improve Smart and Integrated Systems area in Kazakhstan.
6. References • M. Shaimerdenova, A. Bekmurzayeva, T. Ayupova, M. Sypabekova, S. Korganbayev, K. Dukenbayev, C. Molardi, and D. Tosi "Detection of various Thrombin concentrations using etched fiber Bragg gratings functionalized with DNA aptamer", Proc. SPIE 10820, Optics in Health Care and Biomedical Optics VIII, 108200O (23 October 2018); https://doi.org/10.1117/12.2502457 • FGGS. n.d. “Fiber Bragg Grating (FBG) Sensor Principle.” Accessed March 4, 2022. https://www.fbgs.com/technology/fbg-principle/