Profile image of GeorgeGavr
@GeorgeGavr
Flag of Greece Athens, Greece
Member since April, 2016
0 Recommendations

GeorgeGavridis

Online Offline
I was currently working in General Production line Division as Co-op Assistant in Gavridis Glass. I was an assistant member in Developing designs (industrial CAD) for Decoration and Architectural glass products,with respect to safety and quality TUV regulations. I have graduated from the School of Mechanical Engineering at NTUA (National Technical University of Athens). I have collaborated with Prof. Kostas Kyriakopoulos as an undergraduate research student in the Project “LUCAS” at Control Systems Laboratory (Aerial Robotics Group). That research project made me improve my knowledge in programming in MatLab Environment and my general knowledge as it was deepen in Stochastic Optimization Algorithms with non-smooth constraints and disjoint feasible regions, in Evolutionary Optimization Methods, in Non-Linear and Linear Algebra and in Differentiating complex bounded functions. This research has been published in International Conference on Robotics and Automation conference (ICRA/IEEE).
$7 USD/hr
0 reviews
0.0
  • N/AJobs Completed
  • N/AOn Budget
  • N/AOn Time
  • N/ARepeat Hire Rate

Portfolio

Recent Reviews

No reviews.

Experience

Co- Op Assistant

Jun 2010 - Sep 2016 (6 years)

Developing design consultant for Decoration and Architectural (interior and exterior) glass products. Modelling, in specialised industrial CAD, complex design projects (such as stairs or entrances in buildings) and studying static limitations respecting TUV regulations and safety validations. Co-work in Energy consumption projects related to Professional Refrigerators by introducing innovative electrical circuit upon the glass. Marketing Assistant

Education

7.1/ 10

2008 - 2014 (6 years)

Publications

"Mechanical Design, Modelling and Nonlinear Control Of A Novel Aerial Manipulator"​

In this paper a novel aerial manipulation system is proposed. The mechanical structure of the system, the number of thrusters and their geometry will be derived from technical optimization problems. The aforementioned problems are defined by taking into consideration the desired actuation forces and torques applied to the end-effector of the system. The framework of the proposed system is designed in a CAD Package in order to evaluate the system parameter values.

Verifications

  • Facebook Connected
  • Preferred Freelancer
  • Payment Verified
  • Phone Verified
  • Identity Verified
  • Email Verified

Browse Similar Freelancers