Marco Oseguera

About Marco Oseguera

We begin by helping our clients choose where to focus in order to get the most effective boost to their business. We aim to find the quickest route to success. Creating innovative mechanical and electromechanical concepts and designs for components, assemblies, tools, and products of varying complexity for the DOD.Design and manufacturing of failure analysis systems. Innovated optical tools used by semiconductor manufactures to improve speed and reliability of integrated circuits. Laser scanning microscope based equipment for semiconductor failure analysis and debugging applications in the semiconductor industry. Tools to verify new IC designs, laser scanning tools for locating failures in IC devices, laser probing tools, and optical debugging and failure analysis tools with a range of options from standard laser stimulation techniques to photon emission. Providing solid immersion lens objective, amplifier source package, and single and dual laser source modules.Supported Land & Armaments program in IR & D on BFoV (Bradley Family of Vehicles). Conduct analysis on components of the vehicle for survivability.Product Design of Electro-Mechanical, disposable and reusable medical devices and Plastic Injection Molding. Prototyping new products with alternative materials, researching new technologies to implement in future designs, GD & T and Machine Tool Practices. Manufacturing and Design. Best practices in design while ensuring compliance with industry and company standards. Creative, motivated and self-starter and a team player.Specialties: Design for Moldibility, Structure Based Design and Freeform Surface Modeling. Medical Device Design, Creative Engineering Solutions and Rapid Prototyping, Engineering Design Softwares (Creo, ProE, Catia V5, Solidworks, Inventor, NX (Unigraphics), Mechanical Desktop and Autocad), Graphic Design Software (Photoshop, Illustrator and Freehand), GD & T (ASME Y14.5) and Machine Tool Practices. Work with customers and vendors.

Experience

1. Design Specialist Pricipal

   BAE Systems

   Mar 2016 — Present · San Jose, CA, US

   Creating innovative mechanical and electromechanical concepts and designs for components, assemblies, tools, and products of varying complexity. Applying Computer Aided Design (CAD) methodologies, theories, and techniques with CREO and NX. Evaluating completed drawings, specifications, and procedures for producibility and viability of design, tolerances, fits, finishes, materials, and validation integration of equipment.*ACV-C, 30, and R (Amphibious Combat Vehicle)Production Level TDP Release for Vetronics concept models.*M88A3, Production Level TDP Release in Powertrain Work Directive and Survivability concept models.*MPF (Mobile Protected Firepower).*Supported the PIM Production Level 3 TDP Release (Survivability).

Education

• San José State University

  General Education/Engineering

• DeAnza College

  Associate of Science - AS, Energy Management and Building Science

• DeAnza College

  Associate's Degree, Computer Aided Design: Mechanical

• DeAnza College

  Associate's Degree, Science, Math & Engineering Emphasis

Skills

• Solidworks
• Pro Engineer
• Product Design
• Gd&T
• Cad
• Inventor
• Engineering
• Solid Modeling
• Manufacturing
• Sheet Metal
• Catia
• Mechanical Engineering
• Semiconductors
• Surface Modeling
• Design for Manufacturing
• Manufacturing Engineering
• R&D
• Windchill
• Engineering Management
• Tolerance Analysis
• Machine Tools
• Injection Molding
• Finite Element Analysis
• Rapid Prototyping
• Materials
• Machining
• Failure Analysis
• Project Engineering
• Pdm
• Cad/Cam
• Machine Design
• Autocad
• Unigraphics
• Medical Devices
• Assemblies
• Fmea
• Design of Experiments
• Teamcenter
• Robotics
• Sheet Metal Design