Jaime Robles Email & Phone Number

San Pedro De Atacama, Antofagasta Region, Chile

• Responsible for chairing or supporting the gate reviews for the different upgrade and development projects of the ALMA system, particularly in acceptance reviews.• Lead or contribute to the update or development of the observatory systems engineering standards (requirements management, RAM, environmental specifications, etc.) in preparation for the ALMA 2030 development projects.• Lead and follow-up on the resolution of non-conformances.• Lead sub-projects and/or developments, perform analysis and prepare reports as needed.• Support the observatory in the different systems engineering processes such as requirements engineering, gate reviews, V&V, configuration management and documentation control.• Support the ALMA problem reporting and investigation process.• Provide support to the planning and coordination of the observatory operations.

Santiago, Santiago Metropolitan, Chile

▪️ Provide engineering consultancy services for Space & Complex engineered systems and products. ▪️ Core services include: Systems Engineering, MBSE & Systems Modeling, MBSE & SysML Training, Technical Project Management, Mechanical Design & 3D Modeling.

Miami/Fort Lauderdale Area

▪️ Co-founded this company with the vision of bringing space down to earth through cross-industry innovation by merging the space and entertainment industries.▪️ Assembled the initial team, wrote its business plan, established strategic alliances, and planned its initial projects and growth strategy.

Geneva Area, Switzerland

▪️ Planned and managed budget & schedule for the development of technical facilities for planetary robotics.▪️ Designed and built a prototyping laboratory with mechanical & avionics manufacturing capabilities, as well as a 6x3x3 (m) - 4t planetary testbed for mobility testing (lunar analogue). ▪️ Initiated the establishment of technical partnerships with local industry and Academia.

Santiago, Chile

▪️ Led technical efforts to fulfill the requirements of the Chilean team (Team AngelicvM) participating in the Google Lunar XPRIZE (https://www.xprize.org/prizes/google-lunar). ▪️ Led lunar nano rover project through the concept and development stages.▪️ Responsible for Systems Engineering tasks including mission/system requirements and lander interface control. ▪️ Responsible for project planning, assessment and control tasks including WBS, budget and schedule. ▪️ Performed multiple tasks: managed technical contracts & liaison with tech vendors, selected Lunar Payload delivery contract, acted as technical representative of the team (Europe, Japan, Israel, USA, Emirates), oversaw testing campaign of prototype nano rover in the Mojave desert (California).

Concepción Province, Chile

▪️ Contributed to the development of a nano rover for the international competition Google Lunar XPRIZE (GLXP). ▪️ Performed multiple tasks: defined the rover configuration and structural design, analyzed mobility subsystem requirements, defined concepts of operations, performed mission analysis with STK. ▪️ Provided support in review of technical contracts with suppliers, and participated in testing campaign of a nano rover prototype in the Atacama Desert (Chile).

Concepción, Bio-Bio, Chile

▪️ Numerical Analysis, Teaching Assistant (2009-1 & 2012-1), Mathematical Engineering Department: guided practical sessions for undergraduate engineering students solving linear algebra and calculus problems by using numerical methods in MATLAB. Graded problem sets. Supervisor: Prof. Roberto Riquelme.▪️ Programming Languages, Teaching Assistant (2011-1 & 2012-1), Mechanical Engineering Department: guided practical sessions for undergraduate engineering students to teach them how to think algorithmically and solve problems efficiently using programming languages (taught using MATLAB). Graded problem sets. Supervisor: Prof. Emilio Dufeu.▪️ Engineering Measurements, Teaching Assistant (2009-2), Mechanical Engineering Department: guided lab sessions for undergraduate engineering students. Set up of experimental projects for the acquisition of common physical quantities (force, temperature, pressure, etc) using transducers, while also discussing topics such as sensor signals, calibration, uncertainty analysis, etc. Supervisor: Prof. Frank Tinapp.▪️ Depending on the course, guided group between 20 to 40 students.

Master'S Degree, Systems Engineering, Professional Master'S In Applied Systems Engineering (Pmase)

Architecture And Systems Engineering, Professional Certificate

▪️ Learned from MIT faculty and industry leaders about models and methods to manage complex systems. ▪️ Coursework (8.5 CEUs).

Aerospace Engineer

▪️ Also achieved the professional qualification of Aeronautical Engineer (2012). ▪️ Undergraduate Thesis Title: “Modeling.

Bachelor Of Engineering Sciences, Aerospace