A Voice for Marine Mammals
in Trinidad & Tobago
in Trinidad & Tobago
I'm a marine mammal bioacoustician and conservation researcher based in Trinidad & Tobago, specialising in passive acoustic monitoring, cetacean ecology, and acoustic data analysis.
My path into bioacoustics began in behaviour and linguistics. A BA in Linguistics & Psychology at USC and a master's in Cognitive Science at the University of Barcelona gave me a strong foundation in acoustic phonetics and the science of sound and communication. My unorthodox trajectory included biology, neuroscience, chemistry and engineering (electrical, biomedical, sound). This foundation led naturally to animal communication, culminating in an MSc in International Bioacoustics at Jean Monnet University in France, where I learnt bioacoustics techniques across taxa and environments from many of the world's leading researchers in the field.
I conducted my MSc research at the Bottlenose Dolphin Research Institute in Spain, analysing long-term PAM data of bottlenose dolphin whistle dialects in Spain and Italy, while acquiring invaluable field research techniques with dolphins, whales, and other marine life. After another intense period of fieldwork in Madagascar, studying humpback whale mother-calf behaviour with Cétamada, I returned to Trinidad. I co-founded the Trinidad & Tobago Cetacean Sighting Network, the country's only cetacean monitoring organisation.
Since then, I have worked across the professional spectrum of marine mammal science: from industry PAM operations for Shell and BP in Venezuelan and Trinidadian waters to conservation coordination for the IUCN's Southern Caribbean Upwelling System Important Marine Mammal Areas project.
I am currently developing several long-term acoustic and visual monitoring programmes for cetaceans and manatees in Trinidad and Tobago. Please see my Projects page.
My work sits at the intersection of field science, computational analysis, and conservation advocacy - bridging the offshore industry, academic institutions, students and communities to build the evidence base that marine mammals in the southern Caribbean urgently need. Fluent in English, Spanish, and French, with working knowledge of Italian, Portuguese, and Japanese, I bring a genuinely multilingual voice to regional and international collaboration.
Coastal Dynamics Limited • Shell Venezuela via Geohidra Group
bpTT via AIS Observers Inc • Trinidad & Tobago Cetacean Sighting Network (TTCSN)
Whale & Dolphin Conservation and IUCN via Caribbean Wide Orca Project
[2026]
dolphin paTTerns project
•Principal Investigator & Lead Scientist
[2026]
As the lead scientist for our field activities, I hold internationally recognised maritime and offshore safety qualifications, including STCW and BOSIET with CA-EBS.
STCW (Standards of Training, Certification and Watchkeeping) provides fundamental maritime safety training, including:
Personal survival techniques and sea survival
Fire prevention and firefighting
Elementary first aid
Personal safety and social responsibility
Emergency procedures and basic risk awareness
BOSIET (Basic Offshore Safety Induction and Emergency Training) is an offshore safety qualification used internationally for personnel working in offshore environments. It covers emergency response, sea survival, firefighting, first aid, helicopter emergency procedures and escape training.
CA-EBS (Compressed Air Emergency Breathing System) training covers the use of emergency breathing equipment carried on offshore helicopters, particularly during an emergency water escape.
These qualifications do not mean that every field activity is an offshore oil-and-gas operation. Rather, they demonstrate that the person responsible for leading the field team has received formal training in marine safety, emergency response, survival, hazard awareness and risk management.
For our Dolphin Patterns Project fieldwork, these skills contribute to a safety-first approach to conducting research in and around the marine environment. Field conditions can change quickly, so understanding how to identify hazards, respond to emergencies and manage personnel safely is an important part of responsible scientific fieldwork.