Javier Mares
23210 Anchor Ave. Cell: 310.200.2978
Carson, Ca. 90745 E-mail: javi-chapu@sbcglobal.net
____________________________________________________________________________________________________
O B J E C T I V E
To secure a challenging and responsible position as a CNC Machinist/Programmer with a company that will allow me
to utilize and expand my experience, knowledge, and expertise. As a hard working individual, the knowledge, skills,
and abilities that I have to offer will prove to be a qualified asset to the organization.
____________________________________________________________________________________________________
W O R K E X P E R I E N C E
D A T E
Hydroform USA-Long Beach, CA June 2009-Present
CNC Programmer
♦ Produce parts utilizing MasterCam X8 application by creating toolpath to generate “G & M” codes.
Responsibilities are to design tooling, mill fixtures, prepare all the proper cutters required, assist on set-ups, and
edit programs to eliminate unnecessary tool movement utilizing Vericut. Products machined are from a billet and
extrusion materials. Duties include net trimming, surfacing, etc., utilizing multi-axis machining. Specializing in
aircraft parts and assemblies servicing the aerospace industries.
Machine Control Type Travel
 Ares Fanuc Router True 5 Axis X: 189” Y: 71” Z: 47”
 Chronus CMS Fanuc Mill/Router True 5 Axis X: 102” Y: 59” Z: 51”
 Shoda Fanuc Mill/Router True 5 Axis X: 122” Y: 102” Z: 47”
 Shoda Fanuc Mill/Router True 5 Axis X: 122” Y: 78” Z: 35”
 Haas 4 Axis Vertical Mill X: 50” Y: 20” Z: 25”
 Haas EC400 4 Axis / 2 Pallet Horizontal Mill X: 20” Y: 20” Z: 25”
CMM Inspection / Reverse Engineering
♦ CMM Programmer/Inspector: independently set up and operate CMM equipment as assigned. Visually and
physically check parts against blueprint or solid model using a variety of precision measuring instruments.
Maintain work area and equipment in clean, orderly condition.
Machine
 Leica Absolute AT901-MR w/T-Probe
 Faro Arm (CMM/Digitizer)
3D Printing
♦ Additive Manufacturing: Making a three dimensional solid object from a digital file. The creation of a 3D printed
object is achieved using additive processes. These models are used as reference for our engineers or our CNC
Programmers to have a visual reference of what the object will be like after it is machined.
Machine
 Fortus 400MC
E D U C A T I O N A N D C E R T I F I C A T I O N
Verisurf University
♦ Certificate of Completion for Verisurf X6 Installation October 4, 2015
♦ Certificate of Completion for Verisurf X6 Certification October 4, 2015
VERICUT
♦ Certificate of Completion for Vericut Training (3 days) October 2015
WIDIA
♦ Certificate of Completion for Metalcutting Application Training April 8, 2015
Cerritos Community College- Cerritos, CA
♦ Computer- Assisted Inspection Fall 2015
GoEngineer
♦ Certificate of Achievement for Fortus Operations Training: Level 1&2 July 31, 2014
El Camino College-Torrance, CA
♦ Machine Shop Calculations, Computer Numeric Control Programming In Progress-Spring 2016
♦ Analyses/Simulations w/ CATIA, Parametric 3D Modeling Assembling, Manufacturing Print Reading Fall 2015
♦ Advanced CATIA Functions, Product Modeling with CATIA Spring 2015
♦ Orientation to CATIA Fall 2014
♦ Manufacturing Print Reading Fall 2012
♦ 3D Numerical Control Graphic Programming Fall 2011
♦ Numeric Control Graphics Programming Spring 2011
♦ Introduction to CAD/CAM Fall 2009
____________________________________________________________________________________________________
L A N G U A G E
♦ English and Spanish
____________________________________________________________________________________________________
S K I L L S
♦ Computer: Operation System---Proficient in Windows
Applications---Word, Excel, Power Point, Quickbooks, Photoshop
CAD / CAM---Catia, Verisurf, Solid Works, MasterCam, Insight, Vericut
♦ Machinery: Mill (CNC), Industrial Flat Grinder, Circular Grinder, and Surface Grinder
♦ Precision Measuring: Laser Tracker, Micrometer, Digital and Dial Caliper
Instruments: Depth Gauge, Coaxle Indicator, Pre-Setter, Face Indicator, Edge Finder, Etc.
R E F E R R A L S
♦ References and letter of recommendation are available upon request

javierresume2016

  • 1.
    Javier Mares 23210 AnchorAve. Cell: 310.200.2978 Carson, Ca. 90745 E-mail: javi-chapu@sbcglobal.net ____________________________________________________________________________________________________ O B J E C T I V E To secure a challenging and responsible position as a CNC Machinist/Programmer with a company that will allow me to utilize and expand my experience, knowledge, and expertise. As a hard working individual, the knowledge, skills, and abilities that I have to offer will prove to be a qualified asset to the organization. ____________________________________________________________________________________________________ W O R K E X P E R I E N C E D A T E Hydroform USA-Long Beach, CA June 2009-Present CNC Programmer ♦ Produce parts utilizing MasterCam X8 application by creating toolpath to generate “G & M” codes. Responsibilities are to design tooling, mill fixtures, prepare all the proper cutters required, assist on set-ups, and edit programs to eliminate unnecessary tool movement utilizing Vericut. Products machined are from a billet and extrusion materials. Duties include net trimming, surfacing, etc., utilizing multi-axis machining. Specializing in aircraft parts and assemblies servicing the aerospace industries. Machine Control Type Travel  Ares Fanuc Router True 5 Axis X: 189” Y: 71” Z: 47”  Chronus CMS Fanuc Mill/Router True 5 Axis X: 102” Y: 59” Z: 51”  Shoda Fanuc Mill/Router True 5 Axis X: 122” Y: 102” Z: 47”  Shoda Fanuc Mill/Router True 5 Axis X: 122” Y: 78” Z: 35”  Haas 4 Axis Vertical Mill X: 50” Y: 20” Z: 25”  Haas EC400 4 Axis / 2 Pallet Horizontal Mill X: 20” Y: 20” Z: 25” CMM Inspection / Reverse Engineering ♦ CMM Programmer/Inspector: independently set up and operate CMM equipment as assigned. Visually and physically check parts against blueprint or solid model using a variety of precision measuring instruments. Maintain work area and equipment in clean, orderly condition. Machine  Leica Absolute AT901-MR w/T-Probe  Faro Arm (CMM/Digitizer) 3D Printing ♦ Additive Manufacturing: Making a three dimensional solid object from a digital file. The creation of a 3D printed object is achieved using additive processes. These models are used as reference for our engineers or our CNC Programmers to have a visual reference of what the object will be like after it is machined. Machine  Fortus 400MC E D U C A T I O N A N D C E R T I F I C A T I O N Verisurf University ♦ Certificate of Completion for Verisurf X6 Installation October 4, 2015 ♦ Certificate of Completion for Verisurf X6 Certification October 4, 2015 VERICUT ♦ Certificate of Completion for Vericut Training (3 days) October 2015 WIDIA ♦ Certificate of Completion for Metalcutting Application Training April 8, 2015 Cerritos Community College- Cerritos, CA ♦ Computer- Assisted Inspection Fall 2015 GoEngineer ♦ Certificate of Achievement for Fortus Operations Training: Level 1&2 July 31, 2014 El Camino College-Torrance, CA
  • 2.
    ♦ Machine ShopCalculations, Computer Numeric Control Programming In Progress-Spring 2016 ♦ Analyses/Simulations w/ CATIA, Parametric 3D Modeling Assembling, Manufacturing Print Reading Fall 2015 ♦ Advanced CATIA Functions, Product Modeling with CATIA Spring 2015 ♦ Orientation to CATIA Fall 2014 ♦ Manufacturing Print Reading Fall 2012 ♦ 3D Numerical Control Graphic Programming Fall 2011 ♦ Numeric Control Graphics Programming Spring 2011 ♦ Introduction to CAD/CAM Fall 2009 ____________________________________________________________________________________________________ L A N G U A G E ♦ English and Spanish ____________________________________________________________________________________________________ S K I L L S ♦ Computer: Operation System---Proficient in Windows Applications---Word, Excel, Power Point, Quickbooks, Photoshop CAD / CAM---Catia, Verisurf, Solid Works, MasterCam, Insight, Vericut ♦ Machinery: Mill (CNC), Industrial Flat Grinder, Circular Grinder, and Surface Grinder ♦ Precision Measuring: Laser Tracker, Micrometer, Digital and Dial Caliper Instruments: Depth Gauge, Coaxle Indicator, Pre-Setter, Face Indicator, Edge Finder, Etc. R E F E R R A L S ♦ References and letter of recommendation are available upon request