An engineer is an artist who uses the fundamental laws of physics, mathematics, and technical tools to manifest an elegant solution to any problem. Whether it is an airplane, automobile, satellite, custom machinery, gadget or system, we can provide analysis and design. Multiple Enginuity proposes alternative solutions in many other disciplines using a systematic engineered approach with open creativity intended to yield the optimal solutions and results in most venture. Our talent is currently aimed on innovation and case studies. Our approach is straight forward:1) Research2) Simulations and models3) Propose solution/prototype4) Experimentation and testing5) Evaluation6) Optimization We are pursuing the following:1) Research programs2) Private Contracts3) Competitions4) SBIR Grants5) Crowd-funding

Design/production support in weapon modernization programs.

Market analysis and technology feasibility studies for intellectual property produced by NMSU.

Was lead engineer and project manager in project under a NASA research grant ($108,195) titled "Suborbital Test of a Robotics-Based Method for In-Orbit Identification of Spacecraft Inertia Properties". I lead a multidisciplinary group of students in satellite technology project. This work involved managing a team and coordinating other people’s work, which entails organizing my group members, staying actively engaged with every team member, and assuming responsibilities for their progress. The goal of project was to design and build a flight experiment system to test a spacecraft inertia identification method in micro-gravity environment. The suborbital flight experiment will be performed to validate a robotics-based method of identifying the inertia properties of an in-orbit spacecraft in 2015 during a second launch. A robotics-based experiment is intended to collect data in order to compute the inertia parameters (i.e., the mass, center of mass and inertia tensor). These inertia properties are crucial for spacecraft’s control system. Working in this project has not only introduced me to technical knowledge such as sensor development, sensor calibration, data analysis using computer software, electronics and planning but also allowed me to develop and practice interpersonal and leadership capability and skills. Duties:1) Designed, tested and implemented special equipment, tools and methods. Assisted group team members in design, fabrication, testing of engineering equipment.2) Performed routine engineering calculations and simulations using software tools.3) Aided in reports, grants and technical presentations for conferences and university.3) Successfully launch experimental suborbital payload developed at NMSU.