We are seeking a project scientist with a background in marine biogeochemistry or a related field and extensive experience in field and laboratory experiments. This candidate will have a strong background in trace metal techniques in biogeochemistry along with strong analytical and writing skills. This role will be located in the Northern Caribbean (exact location will be disclosed to competative candidates) field station where the candidate will work under the Senior Scientist along with a team of lab technicians and other scientists. We are seeking a candidate who has particular experience in executing field research in remote and/or coastal areas where resources may be limited. While this position is located in the Northern Caribbean, this candidate will have the potential opportunity to grow with the company into new sites located worldwide. This site is our first project site where we are developing numerous fundamental protocols that can be broadly adapted elsewhere. Conditions can vary on location from intermittent power outages to limited technical support to strong storms. The candidate must expect variability in circumstances and be resourceful in solving unexpected challenges as they surface. Various aspects will involve project development and execution including but not limited to field studies, laboratory studies, research synthesis, data interpretation, scientific writing, stakeholder engagement, partnership relations, and project management. This individual must thrive in a fast-paced, interdisciplinary environment while simultaneously contributing to multiple projects. Fluency in Spanish is a strong plus.
For competitive candidates with spouses or partners, we are willing to explore potential employment options for them at Project Vesta. A scientific background is not required.
Project Vesta is a small organization with a big reach. We’re a collective of scientists and entrepreneurs working together to remove gigatons of CO2 from the atmosphere by accelerating the weathering rate of the mineral olivine. To safely and effectively advance CCC, Project Vesta is engaged in diverse scientific research with collaborators from both domestic and international universities and institutions. Investigating the drivers of olivine dissolution in coastal environments involves studying numerous oceanographic processes at multiple scales. We are also developing social licensing frameworks along with researching public perceptions of CCC. Taken together, our aim is to holistically advance the safe and effective deployment of olivine sand in coastal areas by working with local communities, governments, and scientists.
The responsibilities of this position include:
● Designing and executing experiments that advance our scientific objectives
● Analyzing geochemical, biogeochemical, and physical data and publishing results
● Contributing to collaborative review and primary research papers for international journals
● Helping to develop predictive models for olivine weathering
● Providing thoughtful and evidence-based insight to the project team about how to advance our mission in an ethically and scientifically robust manner
● Help select and finalize the purchase of the optimal equipment for our field station
● Assist with the coordination of research activities and actively contribute to research outputs in order to meet project milestones.
● Contribute to research and funding proposals
● Expanding the research agenda as needed
● Reporting progress and results to other researchers, the project team, and industry partners
● Participate in and present at conferences and workshops relevant to the project as required.
● Assisting with the coordination of research activities and actively contributing to research outputs in order to meet project milestones.
The ideal candidate can easily fulfill the responsibilities of this position described above and has the following qualities and experience:
● A deep sense of dedication to combating the climate crisis
● Ability and passion to learn quickly, and solve challenges independently and creatively
● A commitment to harmonious and productive collaboration
● Professionalism under all circumstances
● Meticulous attention to detail in planning and procedure
● Enthusiasm for the Project Vesta mission and ethos
● Excitement to operate in a less structured environment, helping to define the first field trial of CCC rather than follow decades-old protocols
● Dedication to fair and equitable treatment of all individuals on the team.
● Two peer-reviewed publications including at least one involving field-based trace metal biogeochemistry
● Excellent organizational skills and ability to meet deadlines
● Two years of experience in project management
● Excellent communications skills with both scientists and non-scientists
● Ability to participate in intense fieldwork. Field work may involve in-water and boat-based activities.
● Ability to live and work for two or more years in the Dominican Republic
● Proficiency working with, and organizing, datasets
● Strong scientific writing skills in English.
● Demonstrated ability to work independently.
● Demonstrated technical expertise in three or more of the following areas: Field sampling, trace metal biogeochemistry, analytical geochemistry, numerical modeling/scientific programming, GIS, data analysis and statistics, scientific writing/publications, public relations/client communications/scientific communications
● Programming ability in R, Julia, Python, or comparable languages
● Preference will be given to candidates with Spanish language skills; fluency is preferred but not required
● Experience measuring carbonate system parameters
● Experience in microbial nucleic acid sampling
● Experience in bioinformatics
● Experience with spectrophotometers and/or alkalinity titrators
● Experience working in remote field environments
● Experience with pore water and/or sediment analysis
● Experience in small boat handling
● Experience operating and maintaining in-situ sensors
Ph.D. in Coastal, Microbial Oceanography, Biogeochemistry, Geochemistry, or a related discipline
· All nationalities welcome but must have the ability to travel internationally and work primarily in the Northern Caribbean
· Competitive salary and benefits
Interested candidates please email a CV/resume, and publication list to email@example.com. Please include names and contact information for 3 professional
Project Vesta's our mission is to help reverse climate change by harnessing the power of the ocean and removing excess carbon from earth's atmosphere. We know that reducing carbon dioxide emissions alone will not be enough to solve the climate crisis: we need to remove carbon dioxide from the atmosphere. When rain falls on volcanic rocks and washes them into the ocean, this weathering causes a reaction which removes CO2 from the atmosphere. Project Vesta is investigating the feasibility of Coastal Carbon Capture – an approach where weathering rates are accelerated using high energy coastal environments – for large scale carbon dioxide removal.
Project Vesta was born out of a climate change think-tank called Climitigation. This group investigated as many carbon capture solutions as possible, searching for one with massive potential but limited progress.
Climitigation found that coastal enhanced weathering was a process with enormous potential for cheap, permanent carbon capture at massive scale. Further, they found that the technology was stuck in the lab, despite real-life beach pilots being the clear next step. No one was bringing together the combination of multidisciplinary science, government support, funding, and sheer force of will that would help this technology ‘cross the chasm’ between theory and maturity. Project Vesta was founded to do exactly this.
We consider the entire life-cycle of the impacts of this nature-based solution. We aim to capture 20 times the CO2 we emit. We measure the ecological effects of our entire process from quarries to coastlines, and wherever possible seek to have a regenerative effect on the ecosystems and communities we touch.
We are fundamentally committed to scientific rigor. We believe that the path to global scale is paved with robust science, transparency, and the credibility that comes from these.
This immense challenge requires extensive collaboration. We work with the global scientific community to publish peer reviewed research. We partner with governments, NGOs, academic institutions, and the private sector to advance the field with the ultimate goals of safe global deployment.
Scale is paramount. Our goal is to remove tens of gigatons of carbon dioxide per year. We believe that to be seriously impactful, CO2 removal solutions must be able to achieve gigaton+ scale by 2030.
We celebrate diversity and demand equal opportunity employment. We are committed to building a team that represents a variety of backgrounds, perspectives, and skills- because reversing climate change is going to require a diverse and unprecedented workforce. The more inclusive we are, the better our work will be.