Author: merriebethneely

Postdoctoral Scientist: Zooplankton and Fish at the Bermuda Atlantic Time Series The Bermuda Institute of Ocean Sciences (BIOS) is a U.S. non-for-profit marine research and educational organization based in Bermuda. For over 100 years BIOS has been committed to seeking and sharing fundamental knowledge of the oceans and complex environmental issues through exploration, hands-on programs, cutting-edge technology, and state-of-the-art research methods. BIOS is part of the Julie Ann Wrigley Global Futures Lab at Arizona State University, whose focus is to design options to sustain global habitability and improve well-being for all humankind. The Maas lab at the Bermuda Institute of Ocean Sciences invites applications for a Postdoctoral Scientist to participate in the BIOS-SCOPE project to explore the role of zooplankton and mesopelagic fish in the biological pump and microbial food webs in the Sargasso Sea. The successful applicant would be responsible for taking advantage of a wide array of imaging (distributional) datasets, access to ship time to conduct physiological experiments, and the analytical tools at BIOS to detail the role of metazoans on DOC and POC fluxes in the region. The position is part of a large and exciting collaboration with researchers from around the world who are leveraging the BATS time series, as well as cutting edge technologies, to study the collective metabolism of the planktonic community and determine the mechanisms by which they play a vital role in governing global biogeochemical cycles. The post-doc will be integrated into the group lead by PIs Amy Maas and Leocadio Blanco-Bercial, whose focus is on eukaryotic plankton ecology, evolution, and biogeochemical cycling. This is a dynamic group with several federally-funded grants, six graduate students, three research assistants, two postdocs (one on site) and various undergraduate students. Minimum Requirements: • PhD in biology, oceanography, or a closely related field. • Basic knowledge of metazoan physiology, ocean biogeochemical cycling and plankton food web dynamics. • Ability to participate in several short oceanographic cruises per year (from BIOS). • Ability to collaborate effectively in a team environment. • Excellent written and oral communication skills. • Publications in peer-reviewed journals related to the minimum qualifications. • Ability to pursue research independently. The position is for 12 months, with a possibility of extension based on performance. Salary includes a generous benefits package. Due to the nature and obligations of the job, place of residence will be Bermuda. Ideally the postdoc would begin in Fall 2027. In addition to research training, ASU offers professional development and career training opportunities to ensure postdocs achieve the highest level of academic and research excellence. The postdoc will be encouraged to apply for independent funding as a principal or co-principal investigator. To apply please submit electronically, a cover letter, detailed curriculum vitae, the contact details of two references, and a 2-page (Times New Roman 12, single spaced) statement of past research and future plans. The applicant package should be emailed to bios.hr@bios.asu.edu; amy.maas@asu.edu and leocadio@asu.edu (please reference the job title in the subject line of email). Applications will be reviewed starting April 30, 2026, and applications will be accepted until the position is filled. ASU BIOS is an equal opportunity employer with a drug-free workplace and excellent learning environment.

Marine Manufacturing Engineer Haddy is seeking an experienced Manufacturing Engineer to join our St. Petersburg, FL team. As a leader in large-format 3D printing and advanced manufacturing powered by robotics and artificial intelligence, Haddy offers a dynamic and innovative environment for professionals passionate about cutting-edge technology and process optimization.

Position Summary: This role is dedicated to boat and marine-structure development, translating early hull geometry and customer requirements into production ready files. You’ll work closely with our boat development team to drive hull design, structural integration, manufacturing readiness, and post processing/assembly strategies.

The ideal candidate is highly proficient in surface modeling, has practical experience with watercraft design and construction, is familiar with large-format 3D printing, and is comfortable operating in a fast paced, build-driven environment.

Key Responsibilities:

● Marine Development: Support the development of boat hulls, decks, internal structures, and marine subsystems from concept through full production.

● Create and iterate complex surfaces in Rhino3D with manufacturability in mind.

● Translate design concepts into production ready slice files, CAD, and/or assembly files.

● Product Design & Development: Drive the full product development cycle — from initial concept sketches to final production-ready designs.

● Prototyping: Utilize large-format 3D printing, machining, and fabrication techniques to rapidly prototype and iterate on designs.

● Innovation: Contribute to the implementation of robotics and AI-driven manufacturing solutions.

● Material & Process Innovation: Research and implement new materials, coatings, and fabrication processes to enhance product performance.

● Customer Engagement: Support product customization and customer-specific projects with creative engineering solutions.

● Documentation: Create clear and thorough product documentation, including BOMs, CAD files, and technical drawings.

● Collaboration: Work closely with cross-functional teams to align manufacturing processes with business objectives.

Qualifications:

● Bachelor’s degree in Mechanical, Industrial, or Systems Engineering.

● 3+ years of experience in manufacturing, with expertise in CAD/CAM software (e.g., NX, Rhino, SolidWorks, Fusion 360).

● High proficiency in Rhino3D

● Familiarity with robotics, AI integration, and automation systems.

● Strong problem-solving skills and a passion for technology-driven innovation.

● Strong mechanical intuition: tolerances, assemblies, structures, fast iteration cycles.

● Some experience with 3D printing in any format.

Preferred Qualifications:

● Experience in additive manufacturing, a definite plus if experience is in large format additive manufacturing

● Accustomed to building prototypes and creating supporting documentation ● Experience with making molds & plugs for fibercomposites and concrete

● Experience with Finite Element Analysis (FEA) for validating and optimizing product designs, including stress analysis, deflection, and load simulations

● Experience using CFD tools, including Orca3D Marine CFD, for hull flow analysis, pressure mapping, trim/squat studies, and structural load case development.

● Marine / Boat Building Experience: Direct experience in boat building and marine fabrication.

Compensation and Benefits: ● Competitive salary: $78,000–$96,000 annually (inclusive of bonus). ● Comprehensive benefits package including health insurance, stock awards, and paid time off. ● Relocation stipend available for candidates moving to St. Petersburg, FL.

How to Apply: Interested candidates should email their resume and cover letter to jobs@haddy.life with “Product Development Engineer Application” in the subject line. Join Haddy and help shape the future of advanced manufacturing with innovation, sustainability, and excellence at the core!

 NOAA’s U.S. Integrated Ocean Observing System (IOOS) Ocean Technology Transition (OTT) program released its 2026 Notice of Funding Opportunity. This opportunity seeks in-demand prototype ocean, coastal, and Great Lakes observing technologies including hardware and software platforms, sensors, and data transfer technologies that collect observations in the marine and Great Lakes environments.

The OTT program improves ocean, coastal, and Great Lakes observing by accelerating the infusion of technologies that address known needs in observing to real world applications. Results include lower cost/more accessible technologies which lead to expanded observing capabilities; implementation of applications of machine learning and artificial intelligence to operations, creating new ways to automate, interpret, and apply observing data; and expanded and more effective monitoring of harmful algal blooms and hypoxia.

U.S. IOOS expects to fund five or six projects up to $400,000 per project per year for one to three years, subject to the availability of funds. Full applications are due July 15, 2026. You can view the full funding opportunity here.

This project seeks to enhance Harmful Algal Bloom (HAB) monitoring by developing remote sensing methods for the detection of common and emerging HAB species in the southeastern U.S and contributing to filling gaps in the undersampled region of coastal Georgia. The postdoc will combine laboratory work and computational analysis by: 1) building a hyperspectral library of HABs optical properties with the PhytoPlankton Light Scattering (PPLS) prototype instrument and 2) Developing species-specific remote sensing algorithms using the spectral information gathered from the PPLS or HAB risk maps based on satellite-derived environmental parameters. The PPLS is an innovative new instrument in development and one of the first to simultaneously measure hyperspectral absorbance and backscattering properties of phytoplankton in vivo in the lab. The successful applicant will have certain freedom to design and perform original research within this general project framework in a highly collaborative environment. There will be potential opportunities to participate in fieldwork activities in collaboration with local stakeholders such as aquaculture farmers, UGA Marine Extension, or SeaGrant Phytoplankton Monitoring Network. The successful candidate will have the opportunity to present their research at scientific conferences and benefit from professional development activities.

Hiring Manager: Sara Rivera-Calle

Find out more and apply here