SSIs Presentation

Transcript

1. Interview for Erasmus Mundus Joint M.Sc. Program Topic: Smart Systems Integrated Solutions Presenter : Ali Ghasemibousjin SERL lab research center_Sharif University of Technology, Tehran Iran SSIs 7th of March 2024 1
2. Flow of Contents Introduction Academic Achievements Research Experience Extracurricular Activities Candidacy Motivation & Future Goals 2
3. 3 3 27 years old Iranian living in Tehran • Good planning and organizing skill • Determined and motivated towards my goals • Self-motivated, Self-disciplined, Positive attitude • High Degree of Adaptability • Team worker Good interpersonal relation Professional and awarded national cyclist and mountain climber Interested in pursuing the prestigious joint M.Sc. SSIs Program About Me!
4. Academic and Professional Achievements 4 • Bachelor’s degree in Electrical Engineering, specializing in Electronics 1. University of Zanjan, Zanjan, 2015-2019 2. 2nd rank among 120 university classmates from University of Zanjan, 2019 3. B.Sc. Project: Design of an Earthquake Detection System Using Arduino Boards • Electrical Power Distributor (Internship) • Tehran Power Transmission Maintenance Engineering Company (METANIR Co.), Tehran, Summer 2018. • Master of Science degree in Electrical Engineering, specializing in Microelectronics Circuit Designing 1. Sharif University of Technology, Tehran, 2019-2021 2. Honor talented student Certificate from Sharif University of Technology, 2021 3. Entering graduate program with an exemption from university entrance exam (konkoor) 4. M.Sc. Project: Design and Implementation of a low phase noise CMOS integrated frequency synthesizer • Superconductive Electronics Research Laboratory (SERL) 1. Sharif University of Technology, Tehran, July 2021-Feb 2022 2. Lab Manager and Fabrication process control systems Administrator. • Electronic Engineer (Part-time Employment) Academic Centre for Education, Culture & Research (ACECR)_ Sharif University Branch, Tehran, Sep-Dec 2021. • “Amrrieh” Program (Military Service Obligation) Assembling a 20kW On-grid Solar Power Plant at Sharif University of Technology, Tehran, Feb 2022-Feb 2024. • Language Proficiency: 1. English, Persian, Turkish: Fluent, Deutsch: Intermediate
5. Key Software Skills: 5 • Advanced: • Machine Learning-Python • Matlab (Computer Calculation & Simulation Software) • Expert: • Programming (C , C++, 8051 Assembly, Verilog VHDL) • Simulation Software (Orcad PSPICE, HSPICE, Altera Quartus, Cadence, Proteus, Altium Designer) • MS OFFICE Package • ICDL • PLC (Programmable Logic Control) 2nd grade degree
6. Military Service Obligation “Amrrieh” Program 6 • Design and implementation of a 20kW on-grid solar power plant on the roof of EE Department. • Management of human resources and financial office • Responsibility of the directive office of the electrical engineering department • Responsibility of managing the department's assets 20kW On-Grid Solar Power Plant
7. M.Sc. Thesis Objective: 7 • Design and Fabrication of a Low Phase Noise CMOS Integrated Phase Locked Loop (Frequency Synthesizer) By Using Saw Resonator for a HTS SQUID based Magnetocardiography(MCG) subject under the supervision of Dr. Mehdi Fardmanesh, 2019-2021. • In this thesis, we seek to design and build an oscillator at 1GHz with low phase noise (-160 dBc/Hz) and lock this oscillator to another oscillation at a lower frequency that has more thermal and temporal stability for the detection of heart signal(Sub-100Hz) in a Magnetocardiography(MCG) device which uses a RF-SQUID sensor in the superconductive state.
8. Full Schematic of B.Sc. Research Project: Design of an Earthquake Detection System 8 This experience made me to gain skills including: PCB Designing using Altium Designer software. Becoming familiarize with Etching process. Skill to enhance coding ability of various ICs, e.g., Atmega64 and Sim900 Module.
9. Research Interests: 9 • CMOS Analog, Mixed-Signal, and RF Integrated Circuits Design, including Respectively: • RF LNA, Mixer and Power Amplifier, Frequency Synthesizer, On- Chip DC-DC Power Converters • Micro-architecture and Circuit Design, VLSI Design, VCO, Los • Phased Arrays • Solid State Physics and Quantum Transport including: • FinFET Transistors Technology , SoC, and SiGe Technology, • Computation in Memory (CIM) and Memory Architecture Design: • ReRAM, SRAM, Memristors • Edge Applications, Artificial Intelligence
10. Why This Program? Why Erasmus Mundus SSIs Joint MSc Program? Why Aalto, USN, and Budapest University? 10
11. 11 Why Aalto, USN and Budapest? ❖Impact for a better Society which is the Motto of the Erasmus Mundus Program ❖Open international community with multidisciplinary teamwork ❖ A safe and inclusive working environment ❖Top Facilities for research, education, and innovation ❖Room for personal growth ❖Salary and other employment conditions
12. 12 M.Sc. Program General Overview and Concept • In recent years, usage of IoT has changed many sectors. • As a result generation of data at edge devices level has increased which demands: Higher Network Bandwidth and Lower Latency. • Edge Computing (EC) has solved this issues • On the other hand, Increasing demand to use AI at the edge device has led to some new challenges, e.g., in millimeter and THz applications: • Safety-Critical applications, such as in autonomous vehicles • Face recognition and speech translation applications • Speed: edge computing offers security benefits due to wider data distribution
13. 13 Why Smart Systems Integrated Solutions M.Sc. Program? • Rise of Deep Learning(DL), and AI in every edge device, creates an urgent need for edge-AI processing Hardware. • New edge Hardware Requirement: • High Throughput and High Bandwidth • Reliable and Fast • Secure AI Processing at Ultra-low Power (ULP) • A very short time to market  Edge Processors: • 100X Energy Efficient • 10X Design Time Reduction • Powerful and Fast enough for DL applications
14. Where are we on the Roadmap? • NVIDIA V100: 0.1 TOPs/sec/W • Google TPU1:2.3 TOPs/sec/W • Inference only • Not including data movement • IBM internal Analog Designs: • MNIST: 15.2 TOPs/sec/W • PTB LSTM: 14 TOPs/sec/W 14
16. Thank You For Your Time! 16