Muhammed Selahattin Celik
*****@**.***
Mailing Address:
Florence, SC 29501
Objective
Seeking full time position with a dynamic engineering group responsible for design, research, development, testing, and/or manufacturing of products.
Education B.S. in Engineering Science and Mechanics, Virginia Tech, Blacksburg, VA, May 2017
*Similar curriculum to Mechanical Engineering with an emphasis on mechanics and dynamics. Research/
Work
Experience
Undergraduate Research Assistant
Destructive testing of post-fire 5XXX aluminum alloys Extreme Lab, Engineering Science and Mechanics Department, Virginia Tech: Spring 2016, Summer 2016
Designed test samples using CAD software (NX) and manufactured aluminum alloy (5xxx series) samples using CNC milling machine and hand tools
Prepared samples for micrographs
Set up and calibrated Instron testing instruments (Instron 5984 Testing System)
Measured ultimate strength and creep properties of prepared aluminum samples using Instron and MTS testing instruments
Setup and utilized FLIR thermal camera to monitor the sample temperatures
Setup and utilized Digital Image Correlation (DIC) system to track the deformation of samples at elevated temperatures
Performed hardness measurements using GE MIC10 handheld probe Undergraduate Research Assistant
Characterization and modeling of hybrid carbon fiber/carbon nanotube reinforced composites Al-Haik Research Group, Engineering Science and Mechanics Department, Virginia Tech: Spring 2014, Summer 2014, Spring 2015
Prepared carbon fiber sheets by sputtering zinc or nickel, then grew carbon nanotubes on sheets. Manufactured composites using multiple carbon fiber sheets in an epoxy matrix
Measured stress relaxation, ultimate strength and creep of prepared samples using Instron testing instruments and MTS Testworks software
Senior Design Project
Tendinopathy Analysis Using Machine Learning
Engineering Science and Mechanics Department, Virginia Tech: Fall 2016, Spring 2017
Developed a machine learning algorithm to detect and classify tendon injuries in ultrasounds of the knee region
Studied tendinopathy and tendon mechanics as well as conducted interviews with subject professionals to gain knowledge of the field
Developed algorithm to crop region of interest from ultrasound images using MATLAB Statistics and Machine Learning toolbox
Skills Mechanical testing: Tensile, fatigue, and creep testing Strain Gauge: Installation and application
Extensometer: Application
CNC Programming: Pathing
Hand tools: Saws, polishing, soldering
Sputtering: Setup and application
Hardness testing: Using handheld probe and visual
inspection
Induction heater: Setup and application
DIC: Setup and application
FLIR: Setup and application
Engineering Statistics: Preparation of control charts, regression analysis, design of experiments (DOE)
Languages: Fluent in Turkish, limited working proficiency in French
ANSYS Workbench: Finite Element Analysis (FEA). Geometry creation, mesh generation, performing structural mechanics analysis (static and dynamic, i.e. vibration), fluid dynamics, thermal analysis, and coupled field analysis.
MATLAB: GUI programming, numerical analysis, and problem solving. Actively used MATLAB in senior design project which focuses on image processing.
Mathematica: Course work to perform numerical analysis, symbolic mathematics.
Creo Parametric / ProE, Autodesk Inventor: 3-D modeling, assembly modeling, and creating 2-D drawings, application of GD&T.
NX: Modeling parts for CNC machining.
Labview: Data acquisition.
Minitab: Control charts, DOE, regression, basic statistics. Microsoft Office
Applicable
Classes
Mechanical Behavior of Materials
Metals and Alloys
Thermal Physics
Fluids
Finite Elements
Operational Methods
Vibrations
Nanotechnology
Engineering Statistics
Other
Work
Experience
Data Reductionist: Virginia Tech Transportation Institute: Summer 2017 News Analyst: Department of Computer Science, Virginia Tech: Spring 2016, Summer 2016 Tutor: Online tutoring of math, physics, and MATLAB. Internship: National High Magnetic Field Laboratory, Florida State University: 2011,2012
- Building electrical circuits, taking electrical measurements