Author: Schatz Center

  • Request for qualifications (RFQ) for consulting engineering services supporting three community microgrids

    Request for qualifications (RFQ) for consulting engineering services supporting three community microgrids

    Requested Information

    Please provide responses by Oct 16th, 2026, 5:00 PM. If a response represents more than one engineering firm teaming to provide the requested services, the prime engineering firm should prepare the response and each entity comprising the team should be described in the responses as applicable.

    Questions

    Questions must be submitted by Oct 2nd, 2026, 5:00 PM by email to:
    david.carter@humboldt.edu and david.franklin@humboldt.edu.

    Answers will be provided to all respondents by October 9th, 2026, by 5:00 PM PST. Any
    answers provided during phone conversations between Schatz Center staff and
    potential respondents during the response period will be included.

    Timeline

    Responses will be scored within two weeks of the RFQ deadline. Follow-up interviews
    may be requested. We anticipate notifying respondents of the results within 30 days of
    the RFQ deadline and keeping them updated periodically until agreement is reached
    with one of the respondents.

  • Opening for Paid Internship: Student Research Intern in Battery Siting

    Opening for Paid Internship: Student Research Intern in Battery Siting

    Applications due by Monday, September 14, 2026, at 8am Pacific.

    The Schatz Energy Research Center has an opening for an undergraduate student research intern to join our team to conduct battery siting research. This paid internship is expected to start in October 2026 and continue through the Spring 2027 semester. The internship is supported by the Philip & Yuriko Anton Climate Endowment.

    This internship offers hands-on experience contributing to applied energy policy research as part of a collaborative research team. You will strengthen skills in policy and regulatory analysis, synthesizing information from multiple sources, and communicating research findings clearly, while gaining a deeper understanding of how community engagement, Tribal consultation, and permitting processes shape battery energy storage projects.

    The position is expected to average approximately 8–10 hours per week during the academic semesters. Work hours are flexible and can be scheduled around the student’s class schedule and other academic commitments. The position is hybrid, with a combination of onsite and remote work.

    Position Summary

    In this position, the student research Intern will support research on social, policy, and environmental factors that shape the siting of Battery energy storage systems (BESS) facilities in California. The student research intern will contribute to a larger comparative case study of BESS facilities proposed or built in California, Oregon, and Idaho, as well as analysis of the state policies that govern BESS siting and permitting. Tasks may include gathering data to develop community profiles and project timelines, helping to identify interviewees, and supporting the analysis of how community engagement, Tribal consultation, and regulatory processes affect project outcomes. 

    Position activities may include:

    • Research and summarize policies, regulations, and permitting requirements for BESS facilities with guidance from the project team.
    • Compile and synthesize information from multiple sources into clear, accessible summaries and tables.
    • Organize research materials, citations, and data using word processing, spreadsheets, and online tools.
    • Contribute to written reports, memos, presentations, and other communication materials.
    • Participate in team meetings, share updates, and adapt to new tasks or tools as needed.

    Qualifications

    Minimum Qualifications

    Education and Experience

    • Eligible applicants must be undergraduate students in good academic standing at Cal Poly Humboldt who are registered for at least 6.0 units in Fall 2026.
    • Experience using quantitative or computational methods, gained through academic coursework, projects, research, work experience, or other activities.

    Knowledge, skills, and abilities

    • Interest in contributing to applied research related to clean energy, energy storage, climate policy, community engagement, or environmental justice.
    • Proficiency with word processing and basic online research tools.
    • Ability to learn and apply policy and regulatory analysis techniques relevant to siting BESS facilities.
    • Ability to synthesize information from multiple sources into clear, accurate, and accessible written materials.
    • Strong written and verbal communication skills, including the ability to convey complex information clearly to diverse audiences.
    • Ability and willingness to work effectively and respectfully as part of an interdisciplinary team.
    • Willingness to learn and use new tools or methods to support research and collaboration.

    Compensation and Internship Duration

    The student research intern will receive a total stipend of $5,000 for contributions to the project during Fall 2026 and Spring 2027. The stipend will be paid in monthly installments to the student’s university account and will first be applied to any outstanding university fees or charges. Any remaining balance will be refunded to the student according to the university’s standard refund process.

    The internship is expected to begin in October 2026 and continue through the Spring 2027 semester. The intern is expected to complete approximately 250 hours of project work over the appointment period.

    How to apply

    Deadline

    All application materials must be received by Monday, September 14, 2026, at 8:00 a.m. Pacific Time.

    Materials

    Please prepare the following materials for submission:

    1. Formal letter of application / cover letter: A formal letter of application (cover letter) addressed to the Schatz Hiring Committee that includes the following:
      1. Describe your background and what motivates you to apply.
      2. Describe your experience related to the qualifications above, including examples of relevant work, projects, research, and/or college or university coursework.

    Note: Your cover letter will be used as a writing sample to assess the quality of your writing.

    1. Resume: A resume of 3 pages or fewer is preferred; however, we encourage you to include all relevant and transferable experience and skills you wish us to consider.

    Questions and inquiries

    • For assistance with the application process, please submit an Accommodation Request Form, which can be at https://forms.humboldt.edu/spf-accomodation-request-form, or contact the campus ADA Coordinator at (707) 826-3626 or confidential fax at (707) 826-3625. For more information regarding accommodation, you may also visit the Cal Poly Humboldt Campus Disability Resource Center at ​​https://disability.humboldt.edu/employee-accommodation. Individuals in need of a telecommunications relay service may contact the California Relay Service at (877) 735-2929 TTY.  
    • Learn more about our employment opportunities at schatzcenter.org/jobs
    • For additional information, please email schatzenergy@humboldt.edu or call (707) 826-4345.
  • Opening for Paid Internship: Student Research Intern in Offshore Wind 

    Opening for Paid Internship: Student Research Intern in Offshore Wind 

    Applications due by Monday, September 14, 2026, at 8am Pacific.

    The Schatz Energy Research Center has an opening for an undergraduate student research intern to join our offshore wind team on a project developing entanglement mitigation strategies for offshore wind turbines. This paid internship is expected to start in October 2026 and continue through the Spring 2027 semester. The internship is supported by the Philip & Yuriko Anton Climate Endowment.

    This internship offers hands-on experience contributing to an applied research project and working as part of a collaborative research team. You will strengthen skills in technical communication, research documentation, and interpreting project results, with opportunities to gain experience with computational modeling and data analysis depending on project needs.

    The position is expected to average approximately 8–10 hours per week during the academic semesters. Work hours are flexible and can be scheduled around the student’s class schedule and other academic commitments. The position is hybrid, with a combination of onsite and remote work.

    Position Summary

    As a student research intern, you will support our ongoing mooring line entanglement research. A significant portion of the project development has been completed, with important work remaining to support system integration, analysis, documentation, and final reporting. You will contribute to this phase of the project by helping develop technical reports and communication materials, organizing and interpreting research results, and supporting other project activities as needed. 

    Position activities may include:

    • Developing technical reports and public-facing communication materials.
    • Participating in discussions related to technical system integration.
    • Organizing, interpreting, and presenting research results.
    • Documenting project methods, assumptions, and findings for team review.
    • Maintaining organized records of project data, models, and analysis files.
    • Participating in team meetings, sharing progress updates, and adapting to new tools or tasks as needed.
    • Designing and running simulations of floating offshore wind platforms and mooring systems using computational software such as OrcaFlex, with training and support from the project team.
    • Processing simulation results and extract relevant performance and loading data.
    • Applying statistical methods to analyze simulation results and identify patterns.

    Qualifications

    Minimum Qualifications

    Education and Experience

    • Eligible applicants must be undergraduate students in good academic standing at Cal Poly Humboldt who are registered for at least 6.0 units in Fall 2026.
    • Experience using quantitative or computational methods, gained through academic coursework, projects, research, work experience, or other activities.

    Knowledge, skills, and abilities

    • Interest in contributing to applied research related to offshore wind, marine systems, or environmental and engineering challenges.
    • Proficiency with word processing, spreadsheet analysis, and basic data management.
    • Skill in organizing, interpreting, and presenting quantitative results clearly.
    • Strong written and verbal communication skills, including the ability to convey technical concepts in plain language.
    • Ability and willingness to work respectfully and effectively in a collaborative team setting.
    • Willingness and ability to learn and use new tools, methods, and software to support research and collaboration.

    Desired Qualifications 

    Desirable Skills and Knowledge

    • Exposure to basic mathematical or computational modeling.
    • Experience with programming, data analysis, or simulation tools.
    • Coursework in engineering, physics, mathematics, computer science, or a related field.

    Important note about qualifications: The desirable skills and knowledge listed above are not required. If you meet the minimum qualifications, we encourage you to apply even if you do not meet every desirable qualification.

    Compensation and Internship Duration

    The student research intern will receive a total stipend of $5,000 for contributions to the project during Fall 2026 and Spring 2027. The stipend will be paid in monthly installments to the student’s university account and will first be applied to any outstanding university fees or charges. Any remaining balance will be refunded to the student according to the university’s standard refund process.

    The internship is expected to begin in October 2026 and continue through the Spring 2027 semester. The intern is expected to complete approximately 250 hours of project work over the appointment period.

    How to apply

    Deadline

    All application materials must be received by Monday, September 14, 2026, at 8:00 a.m. Pacific Time.

    Materials

    Please prepare the following materials for submission:

    1. Formal letter of application / cover letter: A formal letter of application (cover letter) addressed to the Schatz Hiring Committee that includes the following:
      1. Describe your background and what motivates you to apply.
      2. Describe your experience related to the qualifications above, including examples of relevant work, projects, research, and/or college or university coursework.

    Note: Your cover letter will be used as a writing sample to assess the quality of your writing.

    1. Resume: A resume of 3 pages or fewer is preferred; however, we encourage you to include all relevant and transferable experience and skills you wish us to consider.

    Questions and inquiries

    • For assistance with the application process, please submit an Accommodation Request Form, which can be at https://forms.humboldt.edu/spf-accomodation-request-form, or contact the campus ADA Coordinator at (707) 826-3626 or confidential fax at (707) 826-3625. For more information regarding accommodation, you may also visit the Cal Poly Humboldt Campus Disability Resource Center at ​​https://disability.humboldt.edu/employee-accommodation. Individuals in need of a telecommunications relay service may contact the California Relay Service at (877) 735-2929 TTY.  
    • Learn more about our employment opportunities at schatzcenter.org/jobs
    • For additional information, please email schatzenergy@humboldt.edu or call (707) 826-4345.


  • Job Opening: Senior Project Engineer in Microgrids and Distributed Energy

    Job Opening: Senior Project Engineer in Microgrids and Distributed Energy

    Open until filled. The current review deadline is Wednesday, July 29, at 5:00pm Pacific

    We are seeking one to two Senior Project Engineers to support the development and implementation of clean energy microgrid and distributed energy projects. 

    Our microgrid and distributed energy portfolio is focused on delivering real-world projects that improve energy resilience, support Tribal energy sovereignty, and advance grid decarbonization. You will join a team working on multiple large-scale microgrid projects with Tribal partners in Northern California. These projects integrate renewable energy generation, battery storage, and controls in community-serving energy systems. 

    This position involves work across multiple phases of project delivery, including design coordination, technical analysis, construction support, integration, and commissioning. It is well suited for engineers with experience in public works construction, infrastructure, energy systems, or similar project delivery environments. 

    This position is expected to start in late August 2026, with flexibility based on candidate availability. The position is based at the Schatz Center in Arcata, California. Staff may work onsite full-time or in a hybrid arrangement, with at least 40% of time spent onsite. Applications are welcome from all who are legally eligible to work in the U.S. 

    Who we are and what we do

    Since 1989, the Schatz Center has been a leader in applied research and project development for clean and renewable energy. Our current portfolio includes microgrid development, sustainable transportation design, carbon life cycle analysis, solar product testing, offshore wind feasibility studies, and planning and policy for clean energy access around the globe. 

    We are located on the campus of Cal Poly Humboldt in Arcata, California. Arcata’s 800-acre community forest and 11 miles of trails through the heart of the redwoods begin just one block away, and we are within biking distance of California’s second largest inland bay and the Pacific Ocean.

    As residents of a rural coastal community, we are keenly aware of our social and environmental responsibilities. We are committed to increasing energy access and resilience for communities worldwide — and do so through clean and renewable design that reduces climate change and restores environmental and human health.

    Position Summary

    Ready to engineer the future of clean energy? As a Senior Project Engineer, you’ll provide leadership in developing complex, real-world clean energy systems. You will join our Microgrid research area and collaborate with a multidisciplinary team of engineers, analysts, and project managers, reporting directly to a Principal Engineer.

    You will help deliver clean energy projects that improve energy resilience, support Tribal energy sovereignty, and advance grid decarbonization. Based on the Cal Poly Humboldt campus, the Schatz Center also offers opportunities to collaborate with faculty and students working on applied energy research and deployment.

    You will work on multiple projects simultaneously, contributing engineering and analytical support to help deliver projects on schedule and within budget. Your work will include coordination with internal teams and external partners, preparing and reviewing technical deliverables, supporting planset and construction document development, and helping move projects through design, construction, integration, and commissioning. 

    This position requires strong technical judgment, attention to detail, and the ability to coordinate work across team members, partners, contractors, vendors, and other project partners. You may also supervise and/or mentor early-career staff or student researchers and represent the Center in project meetings or external events.

    You are encouraged to contribute ideas that improve project delivery and team processes, and to help foster an inclusive, respectful, and collaborative workplace. We value input from staff at all levels and support a work environment that promotes professional growth and sustainable workloads.

    Compensation

    This is a full-time, exempt, benefit-eligible position with a minimum term of one year. Continued employment is anticipated, contingent on funding, workload, and performance.

    The full salary range for this position is from $7,579 to $12,963 per month (Steps 1 – 12), with an anticipated hiring range of $7,579 to $9,213 (Steps 1 – 5), depending on skills and experience. Cost of living adjustments are made annually in July. Staff generally become eligible for step increases at regular 2-year intervals, with additional advancement opportunities available through the Center’s advancement framework.

    How to apply

    Deadline

    The first round of review will be based on materials that have been submitted by Wednesday, July 29, at 5:00pm Pacific. The position will be open until it is filled. 

    Materials

    Applicants must submit all required application materials through the official application form:

    The form will ask you to provide your contact information, indicate how you learned about the vacancy, complete required confirmations, and upload the application materials listed below.

    Please prepare the following materials for submission:

    1. Formal letter of application / cover letter: Describe your interest in the position and how your background prepares you for this role. Please address the letter to the Schatz Center Hiring Committee.
    2. Contact information for 3 professional references

    Questions and inquiries

  • Upcoming webinar – Introducing the California Offshore Wind Environmental Monitoring Framework

    Upcoming webinar – Introducing the California Offshore Wind Environmental Monitoring Framework


    Join us for a public webinar on Tuesday, June 23, from 11:00 am – 1:00 pm.


    Over the last two years, the California Marine Sanctuary Foundation (CMSF) has worked with over two hundred scientists — in coordination with the California Ocean Protection Council and California Department of Fish and Wildlife — to develop a statewide Environmental Monitoring Framework for floating offshore wind development. This framework provides a science-based foundation to guide the development of site-specific monitoring plans for species, habitats, and oceanographic processes that may be affected by floating offshore wind in California. It identifies potential environmental impacts from OSW development, proposes relevant monitoring questions, and reviews available and emerging monitoring tools. 

    Join us on June 23 for a discussion with CMSF and Cal Poly San Luis Obispo on monitoring recommendations and other next steps.

    This talk is a production of the Pacific Offshore Wind Consortium. For more information on POWC, please visit powc.us.

    For questions about this webinar or to request technical or accessibility support, please contact schatzenergy@humboldt.edu or call 707-826-4345.

    For more information, contact: schatzenergy@humboldt.edu or 707-826-4345. 

    Important note: The Schatz Center is committed to providing research that is accessible to everyone. If you encounter any barriers while using this document or require the information in an alternative format, please contact us at schatzenergy@humboldt.edu or 707-826-4345.

  • Designing Sensors to Detect and Reduce Marine Entanglement: New Report and Upcoming Webinar 

    Designing Sensors to Detect and Reduce Marine Entanglement: New Report and Upcoming Webinar 



    “Ghost gear” is the evocative term for lost, discarded and abandoned fishing gear found in the marine and coastal environment. This gear can create multiple hazards for marine life. 

    Secondary entanglement refers to situations where ghost gear becomes entangled with existing infrastructure – creating a new entanglement hazard. The Schatz Center is leading research efforts to support advancements in environmental monitoring for mooring lines used to anchor floating offshore wind farms. Our goal is to expand the capacity of underwater sensors and remote operated vehicles to detect (a) primary entanglements between ghost gear and mooring lines, and (b) secondary entanglements between mooring-line-entangled ghost gear and transiting marine species. Our study focus is the deepwater environment of the Humboldt and Morro Bay Wind Energy Areas (WEAs) off the coast of Northern and Central California.

    In order to assess detectability, we first need to characterize: (i) species of concern within these areas, (ii) ghost gear found within this region, and (iii) the metocean environment within the WEAs. (Note: metocean data is key for evaluating the sensor-signal to background noise ratio.)

    Our first report, prepared by the Schatz Center and our partner colleagues at H.T. Harvey & Associates for the MoorSEA project, provides a high-level overview of the environmental and biological data associated with the Humboldt and Morro Bay WEAs.

    For more information, contact: schatzenergy@humboldt.edu or 707-826-4345. 

    Important note: The Schatz Center is committed to providing research that is accessible to everyone. If you encounter any barriers while using this document or require the information in an alternative format, please contact us at schatzenergy@humboldt.edu or 707-826-4345.

  • Speaker series: America’s Nuclear Waste Gridlock and the Future of the Humboldt Bay Spent Fuel Site — April 30 @ 5:30 pm

    Speaker series: America’s Nuclear Waste Gridlock and the Future of the Humboldt Bay Spent Fuel Site — April 30 @ 5:30 pm

    We invite you to join us for a presentation by Vincent Ialenti, on Thursday, April 30 @ 5:30 pm in BSS 166 at Cal Poly Humboldt (next to the Native American Forum). This event is free and open to the public, and ADA accessible parking is available in the lot immediately to the south of the Native Forum building. For questions or accessibility requests, please contact schatzenergy@humboldt.edu or call 707-826-4345.

    America’s Nuclear Waste Gridlock and the Future of the Humboldt Bay Spent Fuel Site

    The United States has generated more than 90,000 metric tons of spent nuclear fuel but still lacks a permanent underground repository to store it. As a result, nuclear waste remains stranded at more than seventy sites across the country — including the Humboldt Bay spent fuel storage installation — while federal policy has cycled through decades of stalled initiatives, legal constraints, and partisan policy realignments.

    Drawing on his experience as a senior program manager in the U.S. Department of Energy (2022–2025) and more than fifteen years of research on nuclear institutions, anthropologist Vincent Ialenti examines the legal, financial, and cultural forces that have kept the U.S. nuclear waste program in a prolonged state of gridlock. Taking Humboldt Bay as a local reference point, Ialenti situates the North Coast site within the broader national challenge of governing radioactive materials with half-lives extending millions of years into the distant future. The talk explores how societies attempt to make credible intergenerational promises about safety, stewardship, and justice — and why such promises have proven difficult to sustain amid the rapid tempos of American political culture.

    About the speaker

    Vincent Ialenti is an anthropologist who explores how nuclear institutions govern time, engage publics, and sustain continuity across uncertain futures. During the Biden Administration, he served as a senior program manager in the U.S. Department of Energy’s Office of Nuclear Energy, where he led the Consent-Based Siting Consortia: a $24m national program advancing community participation in siting spent nuclear fuel storage facilities. Prior to his federal service, Ialenti was a MacArthur Assistant Research Professor at George Washington University’s Elliott School of International Affairs and held fellowships at USC, University of British Columbia, and Cornell University’s Society for the Humanities. He is now on the research faculty of Cal Poly Humboldt’s Department of Environmental Studies.

    Ialenti is the author of Deep Time Reckoning (MIT Press, 2020) and Longstorming (MIT Press, forthcoming). His work has been featured by the BBC, Scientific American, NPR, Forbes, and other outlets. His research has been supported by the U.S. National Science Foundation, the Mellon Foundation, the MacArthur Foundation, and The Berggruen Institute. Ialenti holds a PhD from Cornell University and a MSc from the London School of Economics.

  • New Report: Offshore Wind Ratepayer Cost Analysis

    New Report: Offshore Wind Ratepayer Cost Analysis

    Our latest report estimates the ratepayer impacts over time associated with developing major new infrastructure – including a substation and two 500kV transmission lines – to enable offshore wind power from the Humboldt Wind Energy Area to reach the broader California electric grid.

    This analysis focuses on the two transmission projects approved by the California Independent System Operator (CAISO): (i) a new 500 kV substation, plus a transmission line connecting the Humboldt Bay region to the Collinsville substation (near Pittsburg), and (ii) a second 500 kV line, extending from Humboldt Bay to the Fern Road substation (northeast of Redding). These projects are currently scheduled to come online by the end of 2034. The sponsor (developer) for both projects is California Grid Holdings LLC, a subsidiary of Viridon Holdings LLC (Viridon).

    Our findings show that Viridon’s recoverable costs, when spread across all customers on the CAISO-managed grid over the expected 50-year project lifetime, result in an estimated average cost to ratepayers of $0.28/MWh – or approximately $1.68 per year for the average California household (in 2025 dollars). 

    As shown below, ratepayer costs associated with this transmission development are expected to peak in 2035 (when the projects come online) at $0.75/MWh – $4.52/year for the average household – and decline steadily to $0.03/MWh by 2083.

    Line graph showing estimated ratepayer cost impacts over time in 2025 dollars using 10-year rolling averages. The x-axis displays five future time periods (2034–43, 2044–53, 2054–63, 2064–73, and 2074–83). The figure has two y-axes: the left y-axis shows cost per megawatt-hour in dollars ($/MWh), and the right y-axis shows the equivalent annual cost per average household in dollars per year. A single downward-sloping trend line indicates that ratepayer costs steadily decline over time. Values decrease from approximately $0.57/MWh (about $3.44 per household per year) in 2034–43 to about $0.10/MWh (about $0.59 per household per year) in 2074–83. Overall, the figure illustrates that the estimated cost impact to ratepayers decreases steadily over time

    Figure 1: Ratepayer impact over time in 2025 dollars (10-year rolling averages)

    Download the full report.

    Learn more about our offshore wind research.

    For more information, contact: schatzenergy@humboldt.edu or 707-826-4345. 

    Important note: The Schatz Center is committed to providing research that is accessible to everyone. If you encounter any barriers while using this document or require the information in an alternative format, please contact us at schatzenergy@humboldt.edu or 707-826-4345.

  • Coastal Community Perspectives on Offshore Wind: A Discussion of Emerging Themes

    Coastal Community Perspectives on Offshore Wind: A Discussion of Emerging Themes

    • When: Wednesday, January 14, from 5:30–7:30 pm (presentation will begin promptly at 5:30 pm; doors will open at 5:10 pm)
    • Where: Wharfinger Building, located at 1 Marina Way Eureka, CA 95501
    • Who: Everyone is invited to attend this free event!

    How are coastal community members thinking about offshore wind? What are the primary interests and concerns – and how do these vary within and between West Coast port towns? Are local residents engaging in “community benefit agreement” planning – and if so, how do they feel about these processes? Do residents have access to clear, accurate, and current information about wind development plans and opportunities within their own community?

    Over the past two years, researchers from Oregon State University (OSU), along with partners from the Schatz Energy Research Center at Cal Poly Humboldt, the University of Washington, the University of Delaware, and the University of Maine, have conducted a study on community perspectives on offshore wind development. On the West Coast, the team has interviewed and surveyed residents in three coastal communities – Humboldt Bay, California; Coos Bay, Oregon; and Westport, Washington – to better understand the emerging themes and differences along the coastal region.

    The community is invited to join the OSU and Schatz Center teams for a discussion of their preliminary findings, on Wednesday, January 14, from 5:30–7:30 pm at the Wharfinger Building in Eureka. Presenters will include Julia Bingham of Oregon State, and Tanner Etherton and Lauren Hart of the Schatz Center. The presentation will begin promptly at 5:30 pm; doors will open at 5:10 pm.

    This event is free and open to the public, and pizza and drinks will be provided. Please note that the discussion will not be filmed or live streamed, although a summary of findings will be available in mid-2026.  For questions or accessibility requests, please contact schatzenergy@humboldt.edu or call 707-826-4345.

  • Offshore Wind Jobs: Preparing Northern California Tribes and Local Communities (webinar)– Nov 12 @ 1 pm

    Offshore Wind Jobs: Preparing Northern California Tribes and Local Communities (webinar)– Nov 12 @ 1 pm

    REGISTER HERE

    Wednesday, November 12, 2025, 1:00 – 3:00 pm

    Join us for a discussion of current workforce development efforts to prepare Northern California Tribes and local communities for jobs in the offshore wind and related renewable energy sectors. Presentations will include findings from Humboldt County’s Offshore Wind Workforce Assessment, commissioned by the Humboldt County Workforce Development Board, a Board of the County of Economic Development Division, and from a recent Schatz Center report on professional labor demand in California’s floating offshore wind industry. Presenters will also highlight workforce development programs helping to prepare community members for offshore wind jobs, including the Ta’m Resiliency Campus at Blue Lake Rancheria and the Humboldt Multi-Craft Core Curriculum (MC3) Apprenticeship Readiness Program.

    Presenters:

    • Andy Logan, Head of Industry Development, US, Xodus – Humboldt County Offshore Wind Workforce Assessment
    • Tanner Etherton, Economic Analyst & Offshore Wind Extension Specialist, Schatz Energy Research Center, Cal Poly Humboldt – Professional Labor Report & POWC workforce initiatives
    • Heidi Moore-Guynup, Director of Tribal and Government Affairs, Blue Lake Rancheria – Ta’m Resiliency Campus and workforce development in renewable energy
    • Andie Rix, Workforce and Economic Development Specialist, University Advancement, Cal Poly Humboldt – Humboldt Multi-Craft Core Curriculum (MC3) Apprenticeship Readiness Program

    This talk is a production of the Pacific Offshore Wind Consortium. For more information on POWC, please visit powc.us.

    For questions about this webinar or to request technical or accessibility support, please contact schatzenergy@humboldt.edu or call 707-826-4345.

    About the POWC

    This webinar is being hosted by the Pacific Offshore Wind Consortium (POWC, pronounced pow-sea), which is a joint effort between three research centers: the Schatz Energy Research Center at Cal Poly Humboldt, the Pacific Marine Energy Center at Oregon State University, and the Center for Coastal Marine Sciences at Cal Poly San Luis Obispo. These universities are all housed in and supported by the coastal communities that are anticipated to host floating offshore wind development. Together, the consortium aims to advance three pillars: (i) research and innovation, (ii) university-level workforce education and professional development, and (iii) community and Tribal engagement and knowledge exchange. Learn more about the POWC here. 

    Additional resources