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Every day, engineers are leading the way to build a greener and more environmentally sustainable energy future.
Last fall, IEEE PES commissioned a nationwide survey to gauge the public’s perception of climate change, and specifically the role of engineers in driving solutions to combat climate change.
The results indicate that:
Believe engineers play an important role in environmental protection
Agree that engineers are leaders in the fight against climate change
Feel confident that engineers can develop solutions to help address climate change
Source: Park Street Stategies Survey, commissioned by IEEE PES, November 2023.
View the full survey results here. [PDF 1.7MB]
IEEE PES can and should be more vocal about the innovative work engineers are doing to progress climate solutions.
Some Key Takeaways
- 72% view an outdated electric grid presents the biggest energy-related challenge, followed by government mandates and net-zero goals being misaligned with the current energy infrastructure realities.
- 50% worry that it may be difficult to reverse climate change on a global scale but 60% believe that technology is the key to addressing it.
- More than a third has little understanding of the role that engineers play in addressing climate change.
- Even so, respondents trust engineers the most to find solutions to achieving a clean energy future, more so than researchers, environmental advocacy groups, utility companies, or government agencies.
- 79% believe that engineers have the knowledge and skill set to research and develop new forms of renewables.
What does that mean for IEEE and PES?
- Most respondents view engineers positively and acknowledge that they play a key role in addressing climate change, but do not understand what that role is. Educating the public about their role would be beneficial.
- A large majority – 82% – expressed an interest in learning more about what engineers are doing, or planning to do, to address climate change.
- Messages that provide concrete examples of what engineers do to address climate change (e.g., constructing green buildings, monitoring environmental conditions, reducing electronic waste, etc.) resonate the most.
- Engineers are most often described with positive terms such as “innovative,” “creative,” and “smart.”
When it comes to describing our energy future, the word “sustainable” resonates the most, followed by “cleaner.” Words like “smart,” “modernized,” and “engineered” resonate less.
Other IEEE Climate Change Resources
Every day, engineers are leading the way to build a greener and more environmentally sustainable energy future.
Last fall, IEEE PES commissioned a nationwide survey to gauge the public’s perception of climate change, and specifically the role of engineers in driving solutions to combat climate change.
The results indicate that:
Climate change and extreme weather are top environmental concerns nationwide.
A majority are optimistic that technology is the key to addressing our climate future.
Believe engineers play an important role in environmental protection
Agree that engineers are leaders in the fight against climate change
Feel confident that engineers can develop solutions to help address climate change
View the full survey results here. [PDF 1.7MB]
IEEE PES can and should be more vocal about the innovative work engineers are doing to progress climate solutions.
Some Key Takeaways
- 72% view an outdated electric grid presents the biggest energy-related challenge, followed by government mandates
and net-zero goals being misaligned with the current energy infrastructure
realities. - 50% worry that it may be difficult to reverse climate change on a global scale but 60% believe that technology is the key to addressing it.
- More than a third has little understanding of the role that engineers play in addressing climate change.
- Even so, respondents trust engineers the most to find solutions to achieving a clean energy future, more so than researchers, environmental advocacy groups, utility companies, or government agencies.
- 79% believe that engineers have the knowledge and skill set to research and develop new forms of renewables.
What does that mean for IEEE and PES?
- Most respondents view engineers positively and acknowledge
that they play a key role in addressing climate change, but do not
understand what that role is. Educating the public about their role would
be beneficial. - A large majority – 82% – expressed an interest in learning more about what engineers are doing, or planning to do, to address climate change.
- Messages that provide concrete examples of what engineers do to address climate change (e.g., constructing green buildings, monitoring environmental conditions, reducing electronic waste, etc.) resonate the most.
- Engineers are most often described with positive terms such as “innovative,” “creative,” and “smart.”
When it comes to describing our energy future, the word “sustainable” resonates the most, followed by “cleaner.” Words like “smart,” “modernized,” and “engineered” resonate less.
IEEE PES Perspectives
Our members have made climate change initiatives a priority. Read what they have to say about power and energy, and how we can make a difference through the smart applications of technology.
- All
- Aerospace electronics
- Aging
- Air pollution
- Aircraft propulsion
- Airplanes
- Array signal processing
- Authentication
- Automotive engineering
- Batteries
- Bayes methods
- Biological system modeling
- Biomass
- Boats
- Carbon
- Carbon dioxide
- Carbon emissions
- Carbon tax
- Caron emissions
- Circuit breakers
- Circuit faults
- Climate change
- Coal
- Cogeneration
- Computational modeling
- Computer architecture
- Conference Panel
- Control systems
- Controllability
- Convex functions
- Cooling
- Correlation
- Costs
- Cryogenics
- Current transformers
- Data models
- Data processing
- Decarbonization
- Decision making
- Decision theory
- Deep learning
- Degradation
- Dielectric breakdown
- Digital simulation
- Discharges (electric)
- Distributed databases
- Economics
- Electric breakdown
- Electric potential
- Electric vehicles
- electricity
- Electricity supply industry
- Electrodes
- Emissions trading
- Energy consumption
- Energy efficiency
- Energy management
- Energy measurement
- Energy resolution
- energy saving
- Energy storage
- Energy Transportation
- Environmental factors
- Europe
- Feature extraction
- Feedback loop
- Finance
- Fires
- Floods
- Forecasting
- Fossil fuels
- foundational support systems
- Frequency control
- Frequency conversion
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- General Meeting
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- Geology
- Global warming
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- green
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- Greenhouse effect
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- Heating
- Heating systems
- Hurricanes
- HVDC transmission
- Hybrid power systems
- Hydrogen
- Hydrogen powered vehicles
- Hydrogen storage
- Ice
- IEEE smart grid
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- Intelligent sensors
- Internal combustion engines
- interview
- Inverters
- Investment
- Investments
- ISGT
- Islanding
- Levee
- lifestyles
- Lighting
- Load flow analysis
- Load management
- Load modeling
- Low-carbon economy
- Maintenance engineering
- Markov processes
- Mathematical model
- Measurement
- Meteorological factors
- Meteorology
- Microgrids
- new information technologies
- Open source software
- Optimization
- Panel Discussion
- Partial discharges
- PES Day
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- Planning
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- Power generation
- Power grid
- Power grids
- Power markets
- Power outages
- Power system dynamics
- Power system economics
- Power system planning
- Power system reliability
- Power system stability
- Power systems
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- Power transmission lines
- Predictive models
- Pricing
- Probabilistic logic
- Probability density function
- Production
- Programming
- Protons
- Reactive power
- Real-time systems
- Regulation
- Reinforcement learning
- reliability
- Renewable energy sources
- Renewal Energy
- Resilience
- Resistance heating
- Resource management
- Risk management
- Robustness
- Routing
- Runtime
- Safety
- Satellites
- Sea measurements
- Security
- Sensor systems and applications
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- Solar panels
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- Space heating
- Stakeholders
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- Superconductivity
- Support vector machines
- Sustainable development
- Switchgear
- System integration
- TandD
- Target recognition
- TD Grid Modernization
- Technical Report
- Technological innovation
- Thermostats
- Transactive energy
- Transforms
- Transient analysis
- Transportation
- Trigeneration
- Tropical cyclones
- Uncertainty
- Urban areas
- Value of DERs
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- Video
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- Voltage measurement
- Waste management
- Water heating
- Water resources
- Webinar
- Wind
- Wind energy
- Wind energy generation
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- Wind power generation
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- Wireless communication
Interview with Daniel Kirschen – New Energy Lifestyles
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International (IRENA, USEA, USAID) – Climate Change and Energy Access Issues
Power Grid Resilience Under Climate Change
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The Water-Energy-Food Nexus in the Face of the Changing Global Climate
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The Role of Demand Response in Climate Change Technology Options
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Other IEEE Climate Change Resources
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