Suva Banik
Rf & Mixed Signal Musk Designer @高通
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WORK HISTORY
Rf & Mixed Signal Musk Designer @高通
Markham, ON, CA
Qualcomm is a world-leading semiconductor company with offices in over 30 countries and around employees. It ranks among the top 5 semiconductor companies globally and is best known for its Snapdragon processors powering smartphones like Samsung, Xiaomi, and OnePlus.Their technology enables fast 5G, Wi-Fi, smooth video calls, great phone cameras, and powers smartwatches, smart home devices, and advanced cars.Qualcomm leads in 5G, AI, IoT, automotive tech, and advanced chip design—shaping the future of smart devices.In my role, I’ll be designing analog, RF, and mixed-signal circuit layouts to help bring these technologies to life.I’m deeply thankful to the Almighty for this opportunity and grateful to everyone who has supported and believed in me. This achievement reflects years of hard work and passion for excellence.Excited to begin this incredible journey!
EDUCATION
United International University
Bsc in Electrical and Electronics Engineering
United International University
Bachelor's degree
Concordia University
Master of Engineering - MEng
ABOUT SUVA BANIK
Tools and Technologies:## Synopsys: Custom Compiler SDL 1. Cadence: Virtuoso, Innovus (PnR), Genus and IES2. Caliber (LVS and DRC)3. Precision Tool for FPGA4. Questasim5. Altuitm 20226. Matlab 7. Bulk CMOS, FinFet and FDSOI8. 150 nm, 45nm, 65nm, 90nm, 22FDSOI and 14nm9. Synopsys SDL++ Solid Understanding of : 1. Basic Analog Amplifiers2. Differential Amplifier 3. Two Stage Opamp Design 4. Oscillators 5. Voltage Control Oscillator 6. Phase Loop Loops (PLL)7. Analog To Digital Converter (SAR, Duel Slop, Single Slope)8. Digital to Analog Converter 9. Capacitive Circuits 10. Bandgap Reference Circuits (CTAT, PTAT)11. Low Drop Out (LDO)12. High Swing Current Mirrors++ Analog And Mixed Signal Layout Techniques and Transistors Matching( DRC, LVS, PEX)++Soild Understanding of:1. 4T and 6T SRAM 2. Sense Amplifier 3. Arithmetic Logic Unit (ALU)4. Flip Flops and Latch5. Mux, DeMux, Encoder, Decoder, Universal Shift Registers and basic digital Circuits 6. High Speed Digital Circuits Layout Techniques7. Static Timming Analysis 8. WNS and TNS9. Physical Design ( Place and Route)++Programming Languages1. C, Python (Basic), Linux (Basic), HDL, VHDL, and TCL ( Basic), System Verilog, and UVM method.
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