美国,纽约大学
录取情况

录取专业:

MS in Mechanical Engineering

专业大类:

工科

专业细分类:

机械与能源工程

录取时间:

2024.12.19

入读阶段:

硕士

原就读背景

毕业院校:

天津大学

原就读专业:

过程装备与控制工程

GPA:

85.93/100/百分制

标化成绩:

IELTS7.0

申请来源:

启德北京留学

吴晓英

顾问介绍:

国家方向美国

电话400-1010-123

所属公司启德北京

吴晓英

启德美国规划师

成功案例多专家级资深专业

顾问背景:

9年留学规划经验,擅长从国内中小学低龄选科到高本硕博申请一站式规划。连续三年荣获启德“最佳口碑推荐顾问“,老客户推荐占比达60%+。专业耐心,亲和力强,沟通执行效率高。对于低绩点,转专业等学生有丰富的规划经验。截止目前已帮助上百名学生收获普林斯顿、哈佛、耶鲁、牛津、新加坡国立、港大、港中文等世界名校录取。熟知主流留学目的地初高本硕博录取政策与趋势,深谙国内新高考政策下的多途径升学,致力于为不同背景的学生量身定制切实可行的规划升学方案,做家庭升学留学路上的最佳伙伴。

查看顾问详情>>
软性背景
活动Peking University Global Elite Talent A Program
2018
奖项International 4th place & Clara Barton Award (Silver) in the 2018 FIRST Global Challenge
2019
奖项Camp Member of 2019 Peking University Global Elite Talent A Program
2020
奖项Soh Bing Scholarship
2020
活动Four-year Class Monitor at School of Chemical Eng and Tech, Tianjin University
2020.09
科研Design and manufacture Sentinel robots with self-moving, self-locking and self-attacking functions
2021
奖项Outstanding Youth in Flood Control and Flood Prevention
2021
奖项Outstanding Volunteer in Flood Control and Flood Prevention
2021.05
奖项Third Prize in National Finals at the 2021 DJI RoboMaster Competition
2021.05
奖项First Prize at the 2021 DJI RoboMaster Competition in the Northern Region
2021.05
活动Specially-invited Lecturer for the Robotics Club and Science and Technology Program at the Affiliated High School of Beijing Normal University
2021.09
科研Vanadium Liquid Flow Battery-Luminol Control-Reaction Power Vehicle
2021.10
科研Toughening of Titanium Alloy for Aerospace Fasteners
2022.05
奖项Most Creative Driver Award in the 6th National Chem-E-Car Performance Competition
2022.05
奖项Fifth Place of the 6th National Chem-E-Car Performance Competition for College Students
2022.11
科研3D Dual Camera Video Extensometer
2023
奖项Outstanding Project in Tianjin Municipal Innovation and Entrepreneurship Competition
2023.11
科研Finite Element Analysis of Composite Fracture Parameters of Compact-Tension-Shear (CTS) Specimen
2024
奖项College Graduate Excellence Award
2024.10
论文Analysis of crack-tip field in orthotropic compact-tension-shear specimens: the role of elastic mode mixity and T-stress
申请时间轴
提交申请
2024.11.30
录取时间
2024.12.19
开学时间
2025.09.01

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