biomedical engineer

SUMMARY OF QUALIFICATIONS

Abundant knowledge of bioinstrumentation including biomedical imaging technologies (US, MRI, CT,PET,SPECT)

Proficiency in computer programming like C/C++, MatLab, Javascript, Python, R and Linux Shell

Familiarity with analysis of BIG genomic data such as NGS,RNA-seq,GWAS, and eQTLs

Solid biology knowledge in human physiology, pathology and cancer biology

Excellent in mathematical modeling, statically analysis and data analysis

Experience of developing human physiological signal/imaging processing and detecting algorithms

Software: familiar with LabVIEW, PLINK, OpenSim, AMASS, Minitab, Visual Studio and Linux

Comprehensive knowledge of project/quality/innovation/finance management(Lean Six Sigma, agile and more)

EDUCATION _

UNIVERSITY OF ILLINOIS AT URBANA-CHAMPAIGN, Champaign, IL August 2017

Master of Engineering in Bioinstrumentation of bioengineering

GPA: 3.60/4.0 complete the Certified Leadership program, FDA rules, Deep Learning workshops

MARQUETTE UNIVERSITY, Milwaukee, WI May 2016

Bachelor of Science in Biomedical Engineering, minor in Mathematics

GPA: 2.93/4.0 Marquette Ignatius and Magis Scholarship (2012-2016)

Dean’s Honor List (Fall 2015 & Spring 2016)

ENGINEERRING EXPERIENCE

Student Researcher, Carle Foundation Hospital biomedical research Center, Urbana, IL Fall 2016 - Present

Make nanoparticles and manipulate it to improve the CT X-ray imaging of bone cracks

Experiment the substance from red alga to kill the bone sarcoma and make reservations under UV light

Computational modelling for drug-related NPs targeting tumor involving the signaling pathways

Applying machines learning method to achieve a cell counting for histological biomedical images

Lecture Preparation Technician, Loomis Laboratory of Physics, Urbana, IL Fall 2016 – Present

Understand the physics theorems and design the physics demonstrations for lecturing

Communicate with professor/lecturer and troubleshooting issues

Manage and organize the database platform

Team Member, Prototype Design Project: Wearable Technology and Wander Management for Senior Citizens

(Sponsored by Direct Supply), Milwaukee, WI Fall 2015 – Spring 2016

Designed the procedures and took charge of IRB application and documenting

Applied the risk management knowledge, time management skills within the whole process

Developed the signal processing algorithm for super noisy pulse rate signal

Delivered verbal presentations and technical report clearly and persuasively

Undergraduate Laboratory project, Marquette University, Milwaukee, WI Fall 2015 – Summer 2016

Analyzed fractures on the bone and fixed the bone with clinical plate and screws

Applied different tests on materials(bone, skin, ligament, tendon and etc ) using MTS machine

Designed (models) and analyzed the human body mechanical system with MatLab and Simulink

Recorded data during motion activities and applied motion/gait analysis and also trauma analysis for spine

Defined a suggested posture/pattern for different tasks based on NIOSH for lower back, shoulder and spine.

Volunteer, Discovery World, Milwaukee, WI Summer 2015

Utilized personal communication skills to provide a positive experience to the museum visitors

Explained the sciences behind technical exhibits to the museum visitors

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