PROFESSIONAL PROFILE
Naval Officer in the Executive Engineer Specialty from the rank of Ensign to Vice admiral, completing 33 years of professional service in the national security area, asking for retirement by own personal decision. Naval Engineer. Master of Science Mechanical Engineering. Master of Arts National Security. Ph.D. in Education Science, Quality Specialist. Experience in personnel management, leadership and teamwork.
WORK EXPERIENCE
• President of Colombian Retired Generals and Admiral Association 2019-2021
• Inalde Business School: Professor and academic research (Universidad de la Sabana) 2016-2019
• Director of the Regional Center for Strategic Studies in Security 2014-2016
• President of the Colombian Shipyard, Cotecmar 2013
• General Inspector, Colombian Navy 2012-2013
• Colombian War College; executive officer 2011
• Superintendent of the Colombian Naval Academy (ENAP) 2007-2010
• Naval attaché. Colombian Ambassy in Peru 2005-2006
• Chief of Naval Material in the Colombian Navy 2004
• Chief Engineer of the Caribbean Naval Forces 2003 • Academic Dean of the Colombian Naval Academy 2001-2002
• Dean of the Naval Engineering Faculty of the Colombian Navy 1998-2000
• Assignments aboard Colombian Combatant Ships, engineering areas 1980-1993
ACADEMIC FORMATION
• Ph.D. Education Science, Santo Tomas University 2015
• Master of Arts in Security and National Defense. Colombian War College 2007
• High Managerial Direction Program, PADE, Inalde Business School, Bogota 2007
• Specialist in Quality Management, Universidad del Norte. Colombia 2002
• Management Specialist. Universidad Militar Nueva Granada. Colombia 1997
• Master of Science Mechanical Engineering, Naval Postgraduate School, USA 1995
• Naval Engineering. Colombian Naval Academy 1991
Replacing AGUIRRE Class frigates and ANGAMOS Class submarines in line with the strategy to
build a flexible navy for the full spectrum of operations
Outlining requirements for the new fleet of frigates: need for state-of the-art, proven sensor and
weapons systems compatible with Varayoc CMS capable to embark mission-specific modules
Addressing naval aviation and the anticipated acquisition of helicopters and drones to extend ISR
capability and situational awareness
Modernising the existing surface fleet to be interoperable with the regional partners and the
anticipated fleet of new frigates
What are your current engineering projects and future programmes to increase combat capability
of your navy?
Which technological developments are critical to future ship design? How do you plan to work with
international industry to drive indigenous shipbuilding capability?
Technology transfer as a driver for the procurer: Does consideration of systems and module
capability outweigh hull design?
THURSDAY 1 JULY 2021:
WARSHIPS & OPV LATIN AMERICA
As navies embark on ambitious shipbuilding programmes, industry has an instrumental role in
supporting naval construction and strengthening national industrial bases of naval operators. How
can industry better collaborate with local shipyards to tailor solutions and provide the desired
technology to the operator?
The Latin American operating environment has a unique set of lower-end, asymmetric threats,
ranging from transnational criminal networks to natural disasters and illegal fisheries. How can
industry best tailor solutions to the regional threat environment? How can industry ensure
interoperability of newer platforms with legacy vessels?
The future maritime battlespace will require increased connectivity and digitization. How we
ensure that platforms have open architectures to enable integration of newer software at pace?
What solutions are needed to ensure resilience and minimize cyber vulnerability?
Maritime operations will require an ever-increasing ability to collect and act on sensor data to
build the tactical picture for operations. How can industry advance collection, processing, and dissemination of data to help defeat transnational organized criminal networks?
The commonality of hemispheric challenges calls for greater interoperability and capability
against the lower-intensity threat. How can Latin American navies work together to achieve
interoperability for multinational operations?
Information sharing and situational awareness are critical to defeat transnational criminal
networks. What provisions should navies incorporate to enable regional information sharing? How
can naval leaders retain high readiness and accelerate C2 to eliminate organized crime and illegal
trafficking?
Navies need to maintain a persistently visible force and increase lethality to ensure security of
national waters. As many fleets are approaching the end of their service lives, commanders are
tasked with balancing rapid modernization with budgetary constraints. What is the right approach
to shipbuilding and modernisation of the existing fleet? How can industry support operational
versatility and multi-mission modularity? What is the necessary force structure for the future
operating environment?
Maritime operations will require an ever-increasing ability to collect and act on sensor data to
build the tactical picture for operations. How can navies enhance threat detection and accelerate
decision-making without compromising signature management? How can navies enhance
capability for ASW?
The Offset Strategy: how can navies work with international industry to enable indigenous
shipbuilding opportunities and strengthen the local industrial base?
Check out the incredible speaker line-up to see who will be joining Luis.
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