Job Tag: Science/Engineering

An important role that ALLARM plays for communities is ensuring that community science techniques are accessible for volunteers and rooted in strong science. The ALLARM staff scientist will work with the ALLARM team to maintain the organization’s scientific integrity and credibility through research and resource development. They will also develop and implement community and college resources, in collaboration with the team and supervising student staff.

This is a two-year appointment, future employment contingent upon grants.

Essential Functions:

Research and develop resources that strengthen ALLARM’s aquatic science methodology for engaging volunteer monitors in all steps of the scientific process to do water quality monitoring, data interpretation, and data use, compare approaches within the field, and identify recommendations to strengthen the program.
Collaboratively work with the ALLARM team to develop new technical assistance resources. Create educational resources, workshops, monitoring methods manuals, quality assurance project plans, and educational resources.
Provide technical and programmatic support to 1-2 of ALLARM’s community partners and/or Stream Team volunteer scientists.
Conduct analysis (R/RStudio, GIS) on data generated by volunteer scientists to support the data interpretation experience.
Supervise ALLARM student research team.
Foster collaborations with faculty in and out of the classroom to provide opportunities for curriculum enhancement and faculty involvement.
Participate in and represent ALLARM in regional partnerships/coalitions (e.g. National Fish & Wildlife Foundation’ Restoration Monitoring Program, Consortium for Scientific Assistance to Watershed and/or Chesapeake Monitoring Cooperative).
Support grant and report writing.

Required:

Bachelor’s Degree – Aquatic science, geoenvironmental science, environmental science, chemistry, or biology.

Valid Driver’s License

3-5 years work experience

Preferred:

Master’s Degree – Aquatic science, geoenvironmental science, environmental science, chemistry, or biology.

Prefer candidates with aquatic science, data analysis, Geographic Information Systems (ESRI products), fluvial geomorphology, and/or benthic macroinvertebrate experience. Additionally, looking for applicants who have experience working with volunteers and/or mentoring college students. Candidates will need to be able to work some evening and weekend hours and travel within PA and NY.

At the Monterey Bay Aquarium, we are passionate about creating an inclusive workplace that celebrates and values diversity. We firmly believe that having a team of diverse backgrounds and voices, working together, increases our capacity to serve our visitors and fulfill our mission. We welcome people from all walks of life into our team and strongly encourage people of color, LGBTQ+ individuals, veterans, and people with disabilities to apply.

Job Summary:

Lead the design of life support and water treatment systems at Monterey Bay Aquarium. Leads equipment specification and configuration process, performs engineering calculations, creates drawings and models, and interfaces with internal staff and outside consultants. Participates in relevant phases of larger departmental and organizational projects involving life support systems and other seawater systems. Trains MBA staff on the operation and maintenance of new water systems. Coordinates research projects, stays abreast of new technologies in the field of life support engineering, and integrates findings into MBA operations. Performs other duties as required.

Core Activities:

Define specifications for life support and water treatment system configuration, flows, filtration needs, temperature considerations, and mechanical equipment
Perform engineering calculations for equipment sizing and specifications
Conduct quality control reviews of completed designs and sign off on design functionality of new systems or system modifications.
Lead research efforts or projects pertaining to the design, operation, and evaluation of life support/water treatment systems.
Interpret trends and water quality data to identify issues with life support and water systems and opportunities for improvement, working closely with all relevant animal care staff.
Create 2D and 3D technical drawings
Attend project meetings and interface with stakeholders to understand and represent life support design within larger projects.
Train Animal Care and Facilities staff on the operation and maintenance of new water systems.
Stay abreast of new technologies and developments in the field of fluid dynamics, water systems, engineering, and life support, and integrates into routine operations as appropriate.
Develop and maintain strong working relationships with equipment manufactures and vendors to specify equipment, coordinate services, and correct issues with existing equipment

Preferred Knowledge, Skills & Abilities (KSAs):

Master’s degree in in Biological Science, Engineering, Chemistry, or related field OR equivalent experience in design for water systems or aquarium life support
6 years’ experience in aquarium life support or other water system design and commissioning
Demonstrated mastery of design principles and theory as pertaining to aquarium life support systems
Demonstrated experience in AutoCad or similar design drawing software
Advanced understanding of stationary engineering standards, practices, and procedures
Mastery of mechanical, chemical, and biological filtration concepts as applied to aquarium systems.
Mastery level understanding of the chemical and nutrient components and processes of seawater, including pH, alkalinity, and the nitrogen cycle
Ability to analyze data quickly and translate data into operational decisions.
Demonstrated ability to effectively communicate and train staff in technical subjects
Capable of balancing a dynamic and diverse workload
Advanced problem solving, critical thinking and logically reasoned decision making skills
Excellent communication and interpersonal skills
Ability to work independently and as part of a team
Ability to work within, and maintain Monterey Bay Aquarium’s Core Values

Physical Requirements to Perform Essential Job Functions:

Typical office equipment, hand tools
Constant sitting, standing, walking, bending
Occasional unassisted lifting up to 25 lbs
Typical office environment, main aquarium and exhibits, service areas

Annual Compensation Range:

$73,600- $91,000 USD annually. Starting rate will vary based on previous experience and relevant skills/knowledge set.

RMI’s Climate Intelligence Program is seeking a Senior Associate to join our Carbon Markets Initiative, which was launched in December 2021 to bring greater trust and transparency to the voluntary carbon market. We see transparent, efficient, and credible carbon markets as a vital financing mechanism to accelerate progress towards a 50 percent cut in global greenhouse gas emissions by 2030 and net-zero emissions by 2050. Since then, we’ve transitioned from functioning as a nascent startup to being recognized as market-shaping experts with a theory of change that, if scaled, could play an instrumental role in building a trusted, reliable, and credible carbon market. We are focused on improving data integrity on both the supply and demand sides of the market – as such improvements will strengthen the credibility and reliability of the VCM.

Position Overview

As a Senior Associate, you are a creative problem solver who uses your analytical abilities to conduct compelling research and facilitate a range of actors seeking to improve the climate impact of offset markets. In this position, you will be an independent contributor and work closely with colleagues on projects under the direction of more senior staff. You will develop expertise around carbon markets and will provide subject-matter support on this topic both within RMI and across RMI’s broad range of collaborators. This position will report initially to the Manager of the Carbon Markets Initiative.

Your responsibilities as a Senior Associate include:  

Contribute research and knowledge in structured forms (models, templates, frameworks) to inform the development of both a supply-side data framework and demand-side engagement that increase transparency, trust, quality, and equity in the VCM.

Analyze existing methodologies for various emission reduction activities to certify carbon credits and clearly communicate key steps of quantification in project implementation to a wide range of audience.

Synthesizing analysis and recommendations into clear and compelling communication channels (i.e. presentations, blogs, written reports, and digital content). 

Facilitate interviews and consultations with external stakeholders 

With assistance from CMI leadership, help structure and guide the work of more junior team members. 

Other duties, as assigned, to support the natural evolution of our team and related deliverables.

Minimum Qualifications: 

Master’s level degree in sustainability, economics, finance, business, engineering, or environmental science, OR undergraduate degree and 2+ years of work experience and excellent work references

Familiarity with climate change issues and carbon markets

Ability and willingness to engage with technical material, and provide qualitative and quantitative evaluation of existing initiatives

Strong writing skills, and the ability to write for multiple audiences

Self-motivation and ability to work independently 

Preferred Qualifications: 

Ideal candidates will have experience in climate and carbon finance

Knowledge of the carbon offsets industry (including project developers, verifiers and registries, corporate buyers) is valued but not required

Understanding of how various technologies (e.g., satellites and remote sensing, machine learning, distributed ledger technologies) can support climate solutions

Ability to listen actively, be diplomatic, and share knowledge and information well 

Willingness to plunge into unfamiliar disciplines and take risks by exploring and testing new ideas 

Experience working among diverse groups with varying perspectives and/or facilitating challenging conversations  

Demonstrated initiative and accomplishment in previous work 

MLGW is the nation’s largest three-service municipal utility, serving over 440,000 customers representing diverse backgrounds. Since 1939, MLGW has met the utility needs of Memphis and Shelby County residents by delivering reliable and affordable electricity, natural gas, and water service. We provide a full range of customer-oriented services, including a major role in the economic development for our customers.

The essential job responsibilities of the Environmental Engineer III are to apply environmental/ engineering principles in the planning, design, and operation of electric, gas and water utility systems and associated facilities, conduct/ analyze environmental studies; make recommendations to alleviate deficiencies and / or make system modifications. Analyze electric, gas and water systems and associated facilities for compliance with environmental regulations; provide technical consultation to management. Provide research/ alleviation measures for contamination or environmental problems for electric, gas and water utility systems and related facilities; answer media questions and state MLGW’s position publicly as required. Develop and assist in external research projects and environmental impact assessments with other governmental agencies, colleges, and universities. Represent MLGW in environmental matters at federal, state, and local regulatory hearings/ meetings; make formal presentations. Stay abreast of the latest federal, state, and local environmental regulations. Attend various meetings/ seminars/ conferences and serve on committees concerning environmental issues. Prepare various environmental reports as required. Perform other duties as directed.

Qualifications

To perform the Environmental Engineer III role, you must:
-Have a Bachelor’s degree in Environmental Engineering, Civil, Chemical, General, or other related engineering degrees.
-Must have four (4) years’ professional experience or experience will vary according to departmental needs.
– Must have ability to apply environmental/ engineering principles/ methods to electric, gas and water system planning, design, application, operation, construction, and safety; oral/ written communication skills; public relations skills to speak before large groups/ media; diplomacy/ tact when dealing in problem resolution situations; organizational ability to plan, formulate and carry out programs/ policies; and ability to work with a diverse population.
-Must have a valid driver’s license from state of residence.

The Office of Chief Scientist (OCS) is the nexus of science at EDF, ensuring that the science that is the backbone for all EDF policy positions is based on the best available information. To be most effective in this role, OCS provides programmatic support for all scientists at EDF and fosters relationships with scientists outside the organization.

Overall Function

The Remote Sensing team is seeking a Geospatial Analyst with proven geospatial analytical and research skills in support of a major satellite mission to assess methane emissions with a focus on global oil and gas sector using geospatial data and analytics. The Geospatial Analyst will be a key team member of the EDF team and will work closely with EDF’s Office of the Chief Scientist and EDF scientists, technologists and external partners from academia and industry. The Geospatial Analyst will work on interdisciplinary projects at the intersection of methane emissions, satellite/airborne observations, large-scale oil and gas and non-oil and gas relevant data, and a variety of geospatial data and analytics. This position will report to the Senior Scientist at EDF and will work closely with other EDF and MethaneSAT staff and key partners.

This is a 3-year fixed-term position with opportunity for extension.

Key Responsibilities

Compile, integrate, and analyze multiple and disparate geospatial datasets, including methane emissions data and oil and gas and non-oil and gas activity data reported in peer-reviewed publications and by governments and companies to support the development of robust analytics on global oil and gas methane emissions.
Create automated geoprocessing workflows and conduct geospatial, statistical, and other advanced data analyses for EDF/MethaneSAT’s methane emission assessment, methane inventory development, and methane source attribution work and prepare data visualizations and reports of findings.
Perform data and geospatial analytics of the MethaneAIR and MethaneSAT observations and geospatial targets development.
Ensure high degree of confidence in the projects’ data products including but not limited to the development and implementation of QA/QC strategies regarding methane emissions characterization and source attribution analytics.
Support and manage key components of ongoing projects with internal and external partners, including from academia, industry, and research organizations.
Perform literature reviews and analyze and synthesize scientific/technical information on a variety of topics to support MethaneSAT project and related EDF activities.
Help develop reports, fact sheets, blog posts, and other materials for general and specific audiences on the topics of focus.
Work with a team of scientists and technologists to write up project results for staff, partners, donors, and peer-reviewed scientific journals.
Represent EDF in external meetings with a high degree of professionalism.
Support other “rapid response” and/or project development efforts on an as-needed basis.
Participate in advancing EDF DEI goals in which people from all backgrounds and experiences feel connected, included, and empowered to address the environmental and organizational challenges in alignment with EDF values.

Qualifications

Bachelor’s degree with 2 or more years of relevant experience or a Master’s degree in Geoinformation Science and Analytics, Geospatial Technologies, Geography, Earth Systems Science, Remote Sensing or in a related discipline with little professional experience.
Strong quantitative background in geospatial data analytics and tools (e.g., ArcGIS, QGIS, geostatistics).
Background or interest in methane emissions, including from oil and gas and non-oil and gas sources, is desired.
Proficiency in programming languages is desired (Python preferred).
Experience working with large geospatial and satellite datasets is highly desired.
Intellectual agility and comfort with working on a wide variety of environmental topics.
Excellent written and oral communication skills.
Comfortable with translating quantitative geospatial analytical information for non-specialist audiences.
Ability to work independently and support a multi-disciplinary team, using independent judgment to plan, prioritize, and organize a diverse workload in a fast-paced environment.
Demonstrates self-awareness, cultural competency and inclusivity, and ability to work with colleagues and stakeholders across diverse cultures and backgrounds.

The Department of Oceanography in the College of Arts and Sciences at Texas A&M University (TAMU) is part of an alliance of Ocean Sciences at Texas A&M that spans the Marine Biology and Marine Sciences Departments at TAMU Galveston, Geochemical and Environmental Research Group. This alliance of Ocean Sciences represents a truly unique concentration of educational and research resources. Our educational and research capacity is greatly enhanced by close ties to the College Departments of Atmospheric Sciences, Geography, and Geology & Geophysics, as well as the Berg Hughes Center, and Texas Center for Climate Studies.

What We Want

The Postdoctoral Research Associate will be responsible for contributing to the continuing ECOHAB project to identify the drivers for harmful algal blooms (HABs) on the Texas coast. In collaboration with members of the Campbell lab, this Postdoctoral Research Associate will conduct bioinformatic analyses for comparative transcriptomics of HAB species. Using a bioinformatics approach, the selected candidate will investigate and characterize interactions and top-down control of the coastal plankton community. Responsibilities of this position will also include manuscript preparation.

Required Education and Experience:

PhD in a relevant biological science

Required Knowledge, Skills, and Abilities:

Proficiency working in a Linux/UNIX environment and familiarity with Python and R

Proficiency with bioinformatics analysis workflows for transcriptomics

Preferred Education and Experience:

Relevant bioinformatics experience with statistical software for transcriptome analysis workflows, including gene expression, and graphical presentation of research results.

Working knowledge of Python &/or R

Experience in UNIX command line for the use of the High-performance supercomputer (HPRC)

Creation of statistical visual images and image processing using software packages

Use of text editors: (e.g., BBedit, vi)

Determining FASTA statistics

Familiarity with Sequence Alignment tools

Familiarity with Genome Annotation tools used on the HPRC

Responsibilities:

Comparative transcriptomic analysis harmful algal bloom (HAB) forming species: Characterizes the transcriptomes harmful algal bloom (HAB) species from the Texas coast as part of a national program to identify drivers of blooms of this HAB species. Performs comparison of geographic, temporal, and intra-species variants using bioinformatic tools.

Gene expression analyses: Utilizes laboratory-based experiments to identify changes in gene expression of HAB species due to variations in environmental conditions. Performs specific tasks that include cleaning, assembly, and mapping of reads, taxonomic and functional annotation of reads/transcripts. Analyzes differential gene expression. Performs comparison of gene expression in culture conditions with field parameters.

Manuscript preparation: Contributes to preparation of manuscripts for publication. Prepares data for tables. Creates figures and text for manuscripts based on results obtained from research projects.

Identify drivers of harmful algal blooms (HABs): Contributes to the ECOHAB project to characterize the dynamics of the harmful algal bloom (HAB) species. Utilizes bioinformatic statistical analyses to identify potential plankton community interactions and performs other duties as assigned.

General Summary: Anew seeks a dedicated forest industry professional to join the forest carbon implementation team and participate through every stage of carbon project evaluation, execution, verification, and monitoring. The successful candidate will have the unique mix of analytical skills and educational background necessary to oversee forest carbon project development. Day-to-day responsibilities will cover a broad spectrum of activities including project viability and eligibility assessments, document preparation and drafting, data management, ongoing project activity monitoring, and assisting verifications throughout the US and Canada. Ideal candidates will be comfortable spending most of their time in the office but will enjoy occasional fieldwork at project locations across the nation. This is an excellent opportunity for an early or mid-level professional seeking a dynamic position in the center of the forest carbon market.

Primary Responsibilities and Competencies:

Prepare written project documents for verifiers, management, and stakeholders
Update and maintain forest carbon inventory methodologies consistent with existing standards
Estimate carbon revenue and financial returns of forest carbon operational plans
Perform statistical analyses of inventory and other data sets
Conduct silvicultural research and conduct interviews with local experts across project regions
Analyze financial costs and benefits of carbon project development
Travel when necessary to project sites and/or conferences

Required Education, Experience and Certification:

At least 1-year of experience in a forestry-related occupation
Bachelor’s or Master’s degree (preferred) in forestry or forest sciences
Experience in forest management plans and/or harvest plan design
Experience with FVS or similar growth and yield models
Experience in ArcGIS mapping and analysis
Highly proficient in Microsoft Excel
Knowledge of database management and manipulation is preferred
Experience cleaning and troubleshooting data
Experience in forest mensuration
Strong written and verbal communication skills
Expertise in project management and demonstrated ability to coordinate among various stakeholders · Strong interest in climate change and environmental issues

Preferred Education, Qualifications & Experience:

Master’s degree in forestry or forest sciences
Experience using at least one peer-reviewed forest growth simulation tool that applies to at least one North American forest type (e.g., Forest Vegetation Simulator, OSM)
Experience developing, evaluating, and/or implementing forest management plans and/or harvest plan design
Experience with statistical analyses
Familiarity with remote sensing for forestry
Knowledge of forest carbon policy, carbon protocols, and carbon accounting standards

Are you a well-rounded fish biologist interested in an opportunity to work for Utah’s fish research, health, native, and invasive species programs? Do you have quantitative training to carry out data analysis in nearly every aspect of fisheries science? If so, the Utah Division of Wildlife Resources Aquatic Animal Health & Research Center (AAHRC) has the perfect job for you. This position will allow you to work both in the field and in the laboratory while making a substantial contribution to the management and conservation of fish species in the intermountain west.
The salary offered for this position will be between $23.77 – $37.67 per hour for new employees. For current state employees, DHRM Rules and agency/division policy will determine the starting salary.

Principal Duties:
This position will offer a wide variety of experiences in the natural resource field that include working with Utah Division of Wildlife Resources fisheries research, fish health, native species, and aquatic invasive species programs. The selected candidate will carry out field collections, laboratory-based projects, literature reviews, and a variety of consultation or training tasks. As scientists working for the State of Utah, we are commonly tasked with jobs we have never done before. A successful candidate will be able to adapt, learn, and implement methods they were previously unfamiliar with. Duties will be variable and may include (but are not limited to):

Fisheries Research:
Fish and invertebrate surveys using diverse methods (angling, backpack and boat electrofishing, gill nets, plankton tows, Schindler trap, etc.), limnology and habitat surveys, Data entry and QA/QC, otolith preparation and aging, stable isotope preparation, eDNA sampling & collaboration, Literature review, and writing reports & peer-reviewed publications. Successful applicants will take on tasks they have never done before. Learning on the job is expected.
Biometrician responsibilities:
Use statistics and applied mathematics to advise UDWR programs about health and life science issues.
Work directly with Aquatic Section staff to design regional and statewide research projects using an applied approach to fisheries management.
Analyze data from a variety of UDWR Aquatic Section programs and provide consultation and training for regional biologists.
Use appropriate frequentist, Bayesian, multivariate, and modeling methods to visualize data and make management recommendations.
Fish Health responsibilities:
Travel to various sites around the State to assist with fish health inspections, perform necropsies, prepare specimens for laboratory analysis, analyze laboratory samples, collect tissue, and transport biological samples, maintain quality control parameters, prepare media and reagents, prepare and stain slides and work with potentially hazardous materials. Training will be provided for fish health tasks.
Native Species responsibilities:
Develop and carry out literature reviews and participate in research projects associated with native species and populations. Develop efficient aquaculture methods for native species. Fish health inspections on native species in hatcheries and field sites.
Aquatic Invasive Species duties:
Conduct literature reviews and participate in research on general AIS issues of concern including the applicability of eDNA in AIS inspection work in hatcheries, and protocol development for field sampling and laboratory analysis.

The Ideal Candidate:
The ideal candidate will possess

A Bachelor’s or higher degree in Natural Resources, Fish Health, Fisheries Biology, Microbiology, Wildlife Sciences, biological sciences, or a directly related field of study or directly related work experience equivalent. Preference will be given to applicants with an M.S. and experience in quantitative methods, AIS/native species biology, and aquatic research.
Knowledge of experimental design, statistical/data analysis and interpretation.
Knowledge of fisheries management and associated field responsibilities.
Knowledge of fish culture, hatchery management and bio-security practices.
Knowledge and experience with laboratory techniques and safety practices.

Earth Data Incorporated has an immediate, full-time opening for a highly motivated mid-level hydrogeologist to join our team.

Responsibilities and requirements:

Degree in geology, hydrogeology or related field.

P.G. license and ability to obtain in Delaware and Virginia within 6 months.

Solid understanding of hydrogeological principles and practices in the Mid-Atlantic region. Experience with developing MODFLOW-based groundwater models is a plus.

Analyze data using a variety of techniques such as GIS, geostatistics, statistics, or time-series analysis.

Analyze aquifer pumping test data and interpret borehole geophysical data and apply these skills to project problems, including assessing the potential impacts of groundwater withdrawals on nearby users and the resource.

Experience obtaining and evaluating well construction, borehole geophysical and pumping test data related to the construction, development and testing of deep, large diameter production wells, primarily in unconsolidated sediments.

Knowledge of and practical applied experience designing, constructing, and sampling groundwater monitoring wells.

Knowledge of and practical applied experience sampling surface water structures.

Groundwater and surface water appropriation permitting.

Knowledge of and practical applied experience planning and conducting straddle packer testing in wells completed in karst geologic environments.

Ability to function as a technical specialist and/or project manager on a variety of projects.

Interact with and provide technical support to an experienced staff of geologists, engineers, GIS technicians and field technicians.

Provide project and task management support; collect, analyze, manage and present data in reports, memos and public forums; lead production of technical reports; assist in developing and reviewing specifications for groundwater supply projects.

Demonstrate superior task management skills, including scheduling, prioritizing, following up, and keeping project information organized.

Demonstrate superior analytical skills.

Assist in state and local-level water use permitting efforts. Familiarity with Mid-Atlantic regulatory and geology agencies (MDE, MGS, DNREC, DGS, VADEQ, VDH, PADEP, SRBC, DRBC) is desirable.

Excellent oral and written communication and client management skills.

Perform other duties as assigned, including some short-term, intermittent travel and field work.

This is a full-time, salaried position. Earth Data offers a pleasant, professional work environment and a competitive salary and benefits package including paid holidays, PTO, 401(k), health insurance and more. Earth Data is committed to the principles of employment equity. We are an Affirmative Action and Equal Opportunity Employer and consider all qualified candidates regardless of minority, veteran, disability, sexual orientation, gender, gender identity or any other status protected by law.