Grade homework and tests, and compute and record results to monitor student progress.
Student Researcher-USU Microgravity Research Team (Spring 2007)
Conducted the research on various satellite designs and worked in a team setting to design the structure of a satellite using Solid Edge for the Cube-Sat Program
PROJECT EXPERIENCE
Mountain Bike Front Suspension Fork
Used engineering concepts and principles to create a drawing package and build a prototype
Arranged weekly team meetings, maintained the schedule and monitored the project progress
Heat Flux Sensor Calibration Rig
Used the knowledge of electrical applications to design and construct a system that generates a known heat flux and used theories of heat transfer to creates a 1-D Heat flow
Used the insulation techniques to minimize the surrounding heat loss and created thermocouple to acquire data along the specimen
Conduct a Uncertainty analysis of the heat flux readings
Piping Network Design
Used theories of fluid dynamics to design a piping network system according to given specifications and conducted cost estimation for the design
Solid rocket performance analysis
Used MATLAB and theories of propulsion to analyze the performance of a solid rocket motor
Build a Chemistry table for AP-composite rocket propellant to determine the optimum performance using NASA developed CEA program.
Double wedge Airfoil Modeling
Used MATLAB to determine the airfoil dimensions using shock wave and expansion pan theories
Analyzed the airfoil performance at different angle of attacks at various altitudes.
Carbon diffusion process analysis
Used mass transfer techniques to analyze the carbon diffusion in to steel of creating a much hardened material under given specification.
Used radiation heat transfer theories and industry standards to design an apparatus capable of accurately measure the Bi-directional spectral reflectivity of specimens.
Finite element analysis of a nitrogen storage tank
Used finite element techniques and FEMAP/NASTRAN to model and analyze a storage tank
Computed load and stress requirements to identify failure criteria and implemented design changes using Solid-Edge
Flow around a cylinder modeling
Used advanced fluid dynamics and CFD to model and analyze a flow field around a cylinder using potential flow and boundary layer theories.
ACHIEVEMENTS
Undergraduate Research and Creative Opportunities Award (Fall 2009)
Abstract submission for Utah State University Student Showcase (Spring 2010)
Before you fill out our registration form, we feel it necessary to pass on some important information.
After completing our registration process your details are checked over by our Validation Team. Their task is to upload suitable submissions or delete.
Registrations that pass validation automatically produce an online CV Profile. Due to the popularity of our website profiles are widely seen by prospective employers. On a daily basis we receive many Profile enquiries.
By following our guidelines your profile will pass our validation process.
Key points to note
Use a descriptive title
If possible, upload a suitable portrait image
Fully showcase your skills, talent and qualifications
Avoid duplicate content (copying and pasting directly from Linkedin)
Make sure your submission is accurate (spelling and grammar)
Upload a compelling CV/Resume that fully showcases your ability
Select accurate keywords, these are linked to our automated matching system
Your aim should be to produce a fantastic online CV Profile.