Careers

Crafting regenerative visions and stories for sustainable futures; turning abstract and complex concepts into digestible, actionable inspiration for cultural transformation.

Operation and maintenance
of hydropower turbine systems; applying mechanical engineering, hydrological dynamics and watershed stewardship.

Engineering, installation and maintenance of toilet systems designed for compostable nutrient cycling for soil building and the fertilization of landscapes.

Research and formulation of novel compounds, higher efficiency & recyclability in refrigerant systems for the reduction of negative climate and environmental impacts.

Integrating energy production, storage and transmission services within neighborhood & community-scale networks to ensure reliable, dynamic access to energy supplies.

Engineering systems for the return of products at the end of their usable life to be disassembled into valuable components and remanufactured into new items.

Managing dynamic agroforestry systems integrating trees, forage & the grazing of domesticated animals to sequester carbon, increase productivity & build soil fertility.

Design and engineering
for electric vehicles, innovating battery chemistries for greater range & efficiency, aerodynamics and regenerative braking systems.

Studying biological components (plants, algae, fungi) for novel fuel chemistries to be used for civil & industrial purposes; cultivating select species for optimal fuel performance.

Designing and installing geothermal systems for energy production & heating purposes; optimizing performance through electrical engineering & geological research.

Incorporating microclimate development, symbiotic plant and animal synergies, native resource utilization and harvesting of water & energy (sun, wind, geothermal).

Supporting the healing of damaged ecosystems by removing invasive species, re-introducing native plant & animal species, repairing erosion and cleaning pollutants.

Cultivation of vegetables, fruits and herbs in synergy with fish aquaculture. Engineering and plumbing required for pump systems, nutrient monitoring and balancing.

Formulating packaging materials & designs that reduce resource consumption & pollution through the application of biochemistry and circular systems design.

Research, experimentation and cultivation of fungi for edible, medicinal and industrial purposes; propagation of spores, formulation of growing media and environments.

Applying principles of water catchment, aquifer recharge, riverbank stabilization and habitat restoration for beavers to improve watershed and forest health.

Integrating urban planning, civil engineering & hydrology to create and maintain systems to capture, treat and store stormwater resources for future use.

Cultivation of seaweeds for edible, medicinal and industrial purposes, in synergy with valuable shellfish (oysters, clams), creating diverse & productive ocean habitats.

Installation and
maintenance of wind turbines, applying principles of electrical engineering, aerodynamics and
weather pattern recognition.

Engineering and operating systems to convert waves and tidal activity into renewable energy using fluid dynamics and
mechanical engineering.

Bringing stories of the environmental impacts of human activities and trends in ecology & sustainability to mainstream awareness through articles, photo and video.

Structural design with consideration of harvesting solar energies, water resources, geothermal reserves and earthen building materials for ecologically sensitive buildings.

Studying microorganisms in
soil (bacteria, fungi & viruses) to understand their roles in nutrient cycling & plant health for the benefit of agriculture & bioremediation.

Bringing stories and insights to mainstream social media platforms to inspire widespread adoption of sustainable lifestyles, consumption habits & environmental stewardship.

Developing building components and processes to reduce negative impacts on nature, increase energy efficiency and improve ecological sustainability.

Mobilizing scientific
information for the protection of ecosystems, natural resources and human health by negotiating and advocating in the court of law.

Applying chemistry & electrical engineering innovations to increase battery efficiency while reducing social & ecological impacts from mining operations.

Operation and maintenance
of recycling machinery & facilities; coordination of materials sorting systems, shipping and receiving of recycled materials.

Studying genetics in botany,
identifies plant traits for resilience & fertility including pest resistance, weather tolerance, productivity & desirable flavors/textures.

Design and installation of building systems to capture, treat and reuse water for multiple extended purposes (i.e. washing, sewage, lanscape irrigation).

Design & installation
of solar power systems utilizing photovoltaic
panels with Consideration of environmental factors (wind, precipitation) for optimal production.

Studying the Earth’s biodiversity with the central goal of protecting plant & animal species, habitats and ecosystems at risk from human activities & other impacts.

Engineering & operating systems to convert salt water into potable water using renewable energy systems and
principles of chemistry.

Applying assessments
of insulation, heating, ventilation and air conditioning to provide tailored interventions and upgrades for improved energy efficiency.

Optimization of systems for food supply, transportation & disposal to reduce extraneous waste through cultural interventions & business operations reform.

Promoting business sustainability & resource efficiency through closed-loop systems where resources are continuously reused, refurbished & recycled.

Engineering, operation and maintenance of fuel cell systems powered by hydrogen; integration of renewable energy resources for sustainable fuel supplies.

Reducing pollutants in natural environments by employing microbial applications (yeast, bacteria & fungi) to consume contaminants & release harmless byproducts.

Reducing energy use
and other environmental impacts associated with mining and processing of virgin materials by repurposing electronics components.

Design and installation of irrigation systems that utilize pumps and tubes suspended above the soil or alongside the roots of the plant, increasing water efficiency.