GabrielBecze

Education

• Palomar College Associate Degree, Electro-Mechanical Drafting And Design 2016 – 2020 Technical Drafting
  
  • Capable of reading schematics as well as blueprints.
  • Ability to perform lettering, sketching, geometric constructions, orthographic projections, basic
  dimensioning, sectional views and auxiliary views.
  • Perform pictorial drafting, descriptive geometry, and revolutions.
  • Knowledge of how to read and use shop drawings in topography, developments,
  cabinet/millwork, and steel.
  • Emphasis is placed on increased productivity by customizing AutoCAD to the student's
  requirements.
  Geometric Dimensioning and Tolerancing
  • Measured part models using geometric dimensioning and tolerancing and compared results with
  blueprints according to ASME Y14.5-2009 and ANSI standards for quality assurance.
  • Able to identify and apply appropriate geometric symbols and techniques of geometric
  dimension to produce industrial quality drawings.
• Palomar College Assocate Degree, Drafting Technology: Technical 2016 – 2020 CAD/CAM Machining
  
  • Hands-on operation of importing three-dimensional solid and parametric three-dimensional
  models into CAD/CAM operations.
  Advanced Printed Circuit Board Design
  • Used Altium Designer and PADS software to design printed circuit boards.
  • Knowledge of surface mount technology.
• Palomar College Assocate Degree, Computer Assisted Drafting 2016 – 2020 AutoCAD Advanced Computer Aid Drafting
  
  • Working knowledge of computer aided drafting using AutoCAD software and IBM compatible
  computers.
  • Knowledge of computer terminology and techniques in Windows.
  • Hands on experience with AutoCAD to include the following operations: preparing and editing
  drawings, storage and retrieval of drawings, and production of commercial quality drawings on a
  plotter.
  • Advance theory and hands on operation of a CAD system.
  • Emphasis is placed on large scale drawings, three-dimensional software techniques,
  orthographic projections, and complex computer aided manufacturing applications.
  SolidWorks Advanced 3D Design
  • Advance theory and hands on operation of three-dimensional software techniques.
  • Advance theory and hands on operation wireframe, surface, solid, and parametric threedimensional models.
  • Emphasis is placed on creating molds, advanced sheet metal design and developing dynamic
  assemblies.