Tran Huy Hoang
081******* *****.*************@*****.***.** www.linkedin.com/in/huy-hoang-tran
Thu Duc District, Ho Chi Minh City
EDUCATION
Hoang Van Thu High School 2018 - 2021
9.0/10 for total
Natural Science Specialized class
Ho Chi Minh City University of Technology (HCMUT) 2021 - 2025 (expected) Faculty of Electrical and Electronics Engineering
Major: Electronics and Telecommunications Engineering Direction: IC Design
GPA: 2.5/4 for 6 periods
CERTIFICATIONS
TOEIC Listening and Reading for 740 points 6/2024
SKILL
Programming language C#,Python, Assembly, Verilog, Matlab Simulation Proteus, Matlab, LT Spice, Quartus
Chip design tool CADENCE DESIGN SYSTEM, LTSpice XVIII Electrical Skills Basic knowledge of electrical and electronic devices Office skills Word, Excel, Powerpoint
English Good written, reading, listening and verbal comunication in English OBJECTIVE
Short-term
Get TOEIC Speaking and Writting for 250 points by 2024 Graduate with GPA 7.0/10 in 2025
Work as IC Design Engineer after graduation
Long-term
Continuing commitment to the microchip industry
Become Principal Design Engineer in 10 years
PROJECT
PROJECT 1: DESIGN NANOELECTROMECHANICAL
( 1/2024 - 5/2024 )
Customer Teacher
Description Project Design Nanoelectromechanical using LTSpice XVIII Teamsize 2
My position Frontend Developer
Responsibility in Project
Searching for theorectical basic
Creating component
Run simulation
Technology Description LTSpice XVIII, Cadence Design System Tools, Matlab PROJECT 2: STANDARD CELLS
( 4/2024 - 4/2024 )
Customer Team
Description Project Implement Logic Gate using CMOS technology: NAND, NOR, AND,OR Teamsize 5
My position Developer, Tester
Responsibility in Project
Complete the truth table, schematic, symbol and layout for each component Run DC analysis and transient simulation
Check DRC and LVS
Technology Description Cadence Design System Tools PROJECT 3: ANALOG AND MIX SIGNAL CIRCUIT DESIGN
( 4/2024 - 4/2024 )
Customer Team
Descripton project
I/V characteristics of NMOS transistor Consider the CMOS single-stage amplifier: Common source stage with resistive load Analyze and design basic Sample and Hold circuit
Teamsize 5
My position Developer, Tester
Responsibility in Project
Consider ID/VDS characteristics of NMOS
Considering the Transient Response of the Amplifier to a Sinusoidal Input Voltage Design of a Basic Sample and Hold Circuit
Technology description Cadence Design System Tools HONORS & AWARDS
4th place in Provincial Science and Engineering Fair 2018 3th place in Provincial Science and Engineering Fair 2020
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