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Our people

Our people

Our people

Our people

Our people are at the heart of Trop Energy—an interdisciplinary team of researchers, industry experts, and community partners working together to deliver innovative, place-based energy solutions for a sustainable future.

Our people are at the heart of Trop Energy—an interdisciplinary team of researchers, industry experts, and community partners working together to deliver innovative, place-based energy solutions for a sustainable future.

Our people are at the heart of Trop Energy—an interdisciplinary team of researchers, industry experts, and community partners working together to deliver innovative, place-based energy solutions for a sustainable future.

Our people are at the heart of Trop Energy—an interdisciplinary team of researchers, industry experts, and community partners working together to deliver innovative, place-based energy solutions for a sustainable future.

Our leadership team

Our leadership team

Our leadership team

Prof. Mohan Jacob

Director

Prof Mohan Jacob is a Professor of Electrical Engineering and Associate Dean Research Education at James Cook University, Australia. His expertise spans plasma-based material fabrication, polymer-coatings, nanomaterials and microwave-assisted waste processing systems, with a strong focus on sustainable materials, advanced manufacturing and circular-economy solutions. Prof Jacob leads pioneering research in graphene, RF plasma polymerisation and thin-films, collaborating with industry to develop waste-to-resource technologies that advance low-carbon infrastructure and the development of waste to energy.

Prof. Mohan Jacob

Director

Prof Mohan Jacob is a Professor of Electrical Engineering and Associate Dean Research Education at James Cook University, Australia. His expertise spans plasma-based material fabrication, polymer-coatings, nanomaterials and microwave-assisted waste processing systems, with a strong focus on sustainable materials, advanced manufacturing and circular-economy solutions. Prof Jacob leads pioneering research in graphene, RF plasma polymerisation and thin-films, collaborating with industry to develop waste-to-resource technologies that advance low-carbon infrastructure and the development of waste to energy.

Prof. Mohan Jacob

Director

Prof Mohan Jacob is a Professor of Electrical Engineering and Associate Dean Research Education at James Cook University, Australia. His expertise spans plasma-based material fabrication, polymer-coatings, nanomaterials and microwave-assisted waste processing systems, with a strong focus on sustainable materials, advanced manufacturing and circular-economy solutions. Prof Jacob leads pioneering research in graphene, RF plasma polymerisation and thin-films, collaborating with industry to develop waste-to-resource technologies that advance low-carbon infrastructure and the development of waste to energy.

Prof. Mohan Jacob

Director

Prof Mohan Jacob is a Professor of Electrical Engineering and Associate Dean Research Education at James Cook University, Australia. His expertise spans plasma-based material fabrication, polymer-coatings, nanomaterials and microwave-assisted waste processing systems, with a strong focus on sustainable materials, advanced manufacturing and circular-economy solutions. Prof Jacob leads pioneering research in graphene, RF plasma polymerisation and thin-films, collaborating with industry to develop waste-to-resource technologies that advance low-carbon infrastructure and the development of waste to energy.

Prof. Bouchra Senadji

Prof Bouchra Senadji leads Engineering at James Cook University and brings cross-disciplinary expertise in engineering education, human-robot interaction, and applied systems development. Her research includes empathy in long-term human-robot engagement, engineering identity journeys and the integration of advanced automation with human factors. Prof Senadji is a strong advocate for inclusive and creative engineering practice that shapes sustainable infrastructure and smart systems for regional contexts.

Prof. Bouchra Senadji

Prof Bouchra Senadji leads Engineering at James Cook University and brings cross-disciplinary expertise in engineering education, human-robot interaction, and applied systems development. Her research includes empathy in long-term human-robot engagement, engineering identity journeys and the integration of advanced automation with human factors. Prof Senadji is a strong advocate for inclusive and creative engineering practice that shapes sustainable infrastructure and smart systems for regional contexts.

Prof. Bouchra Senadji

Prof Bouchra Senadji leads Engineering at James Cook University and brings cross-disciplinary expertise in engineering education, human-robot interaction, and applied systems development. Her research includes empathy in long-term human-robot engagement, engineering identity journeys and the integration of advanced automation with human factors. Prof Senadji is a strong advocate for inclusive and creative engineering practice that shapes sustainable infrastructure and smart systems for regional contexts.

Prof. Bouchra Senadji

Prof Bouchra Senadji leads Engineering at James Cook University and brings cross-disciplinary expertise in engineering education, human-robot interaction, and applied systems development. Her research includes empathy in long-term human-robot engagement, engineering identity journeys and the integration of advanced automation with human factors. Prof Senadji is a strong advocate for inclusive and creative engineering practice that shapes sustainable infrastructure and smart systems for regional contexts.

Dr. Jiajia Yang

Dr Jiajia Yang is a Senior Lecturer in Electrical and Renewable Energy Engineering at James Cook University and a Chartered Professional Engineer (CPEng) with Engineers Australia. His research focuses on AI-driven power grid optimisation, distributed energy resources, virtual power plants, renewable integration, and transactive energy. Collaborating with utilities and government, he translates research into practice, advancing resilient, low-carbon energy systems for regional and remote communities.

Dr. Jiajia Yang

Dr Jiajia Yang is a Senior Lecturer in Electrical and Renewable Energy Engineering at James Cook University and a Chartered Professional Engineer (CPEng) with Engineers Australia. His research focuses on AI-driven power grid optimisation, distributed energy resources, virtual power plants, renewable integration, and transactive energy. Collaborating with utilities and government, he translates research into practice, advancing resilient, low-carbon energy systems for regional and remote communities.

Dr. Jiajia Yang

Dr Jiajia Yang is a Senior Lecturer in Electrical and Renewable Energy Engineering at James Cook University and a Chartered Professional Engineer (CPEng) with Engineers Australia. His research focuses on AI-driven power grid optimisation, distributed energy resources, virtual power plants, renewable integration, and transactive energy. Collaborating with utilities and government, he translates research into practice, advancing resilient, low-carbon energy systems for regional and remote communities.

Dr. Jiajia Yang

Dr Jiajia Yang is a Senior Lecturer in Electrical and Renewable Energy Engineering at James Cook University and a Chartered Professional Engineer (CPEng) with Engineers Australia. His research focuses on AI-driven power grid optimisation, distributed energy resources, virtual power plants, renewable integration, and transactive energy. Collaborating with utilities and government, he translates research into practice, advancing resilient, low-carbon energy systems for regional and remote communities.

Dr. Yang Du

Dr Yang Du is a Lecturer in the Internet of Things / Electrical Engineering discipline at James Cook University. He earned his PhD in Electrical Engineering from the University of Sydney in 2013, and since joining JCU in 2019 he has focused on renewable energy integration, power-electronics for solar PV systems, AI-driven forecasting, and microgrid optimisation. His work bridges cutting-edge modelling with real-world deployment of energy systems, supporting TropENERGY’s mission in smart and resilient clean energy solutions.

Dr. Yang Du

Dr Yang Du is a Lecturer in the Internet of Things / Electrical Engineering discipline at James Cook University. He earned his PhD in Electrical Engineering from the University of Sydney in 2013, and since joining JCU in 2019 he has focused on renewable energy integration, power-electronics for solar PV systems, AI-driven forecasting, and microgrid optimisation. His work bridges cutting-edge modelling with real-world deployment of energy systems, supporting TropENERGY’s mission in smart and resilient clean energy solutions.

Dr. Yang Du

Dr Yang Du is a Lecturer in the Internet of Things / Electrical Engineering discipline at James Cook University. He earned his PhD in Electrical Engineering from the University of Sydney in 2013, and since joining JCU in 2019 he has focused on renewable energy integration, power-electronics for solar PV systems, AI-driven forecasting, and microgrid optimisation. His work bridges cutting-edge modelling with real-world deployment of energy systems, supporting TropENERGY’s mission in smart and resilient clean energy solutions.

Dr. Yang Du

Dr Yang Du is a Lecturer in the Internet of Things / Electrical Engineering discipline at James Cook University. He earned his PhD in Electrical Engineering from the University of Sydney in 2013, and since joining JCU in 2019 he has focused on renewable energy integration, power-electronics for solar PV systems, AI-driven forecasting, and microgrid optimisation. His work bridges cutting-edge modelling with real-world deployment of energy systems, supporting TropENERGY’s mission in smart and resilient clean energy solutions.

Assoc. Prof. Kaveh Shahbaz

Assoc Prof Kaveh Shahbaz specialises in green chemical engineering, focusing on designing sustainable processes that minimise waste, recover resources, and create value from by-products. His research explores green solvents (Deep Eutectic Solvents), biomass recovery, plastic recycling, and biofuel production. Through these innovations, he supports the circular economy, driving sustainable industrial transformation and reduced environmental impact.

Assoc. Prof. Kaveh Shahbaz

Assoc Prof Kaveh Shahbaz specialises in green chemical engineering, focusing on designing sustainable processes that minimise waste, recover resources, and create value from by-products. His research explores green solvents (Deep Eutectic Solvents), biomass recovery, plastic recycling, and biofuel production. Through these innovations, he supports the circular economy, driving sustainable industrial transformation and reduced environmental impact.

Assoc. Prof. Kaveh Shahbaz

Assoc Prof Kaveh Shahbaz specialises in green chemical engineering, focusing on designing sustainable processes that minimise waste, recover resources, and create value from by-products. His research explores green solvents (Deep Eutectic Solvents), biomass recovery, plastic recycling, and biofuel production. Through these innovations, he supports the circular economy, driving sustainable industrial transformation and reduced environmental impact.

Assoc. Prof. Kaveh Shahbaz

Assoc Prof Kaveh Shahbaz specialises in green chemical engineering, focusing on designing sustainable processes that minimise waste, recover resources, and create value from by-products. His research explores green solvents (Deep Eutectic Solvents), biomass recovery, plastic recycling, and biofuel production. Through these innovations, he supports the circular economy, driving sustainable industrial transformation and reduced environmental impact.

Assoc. Prof. Elsa Antunes

Assoc Prof Elsa Antunes leads research in advanced manufacturing and 3D-printed ceramics at James Cook University. Her work spans biomedical, aerospace, and defence applications, developing sustainable materials through cutting-edge additive manufacturing. A passionate advocate for women in STEM, she founded the AWESOME mentoring program. Originally from Portugal, Elsa combines creativity and innovation to build scalable, sustainable solutions for smart manufacturing.

Assoc. Prof. Elsa Antunes

Assoc Prof Elsa Antunes leads research in advanced manufacturing and 3D-printed ceramics at James Cook University. Her work spans biomedical, aerospace, and defence applications, developing sustainable materials through cutting-edge additive manufacturing. A passionate advocate for women in STEM, she founded the AWESOME mentoring program. Originally from Portugal, Elsa combines creativity and innovation to build scalable, sustainable solutions for smart manufacturing.

Assoc. Prof. Elsa Antunes

Assoc Prof Elsa Antunes leads research in advanced manufacturing and 3D-printed ceramics at James Cook University. Her work spans biomedical, aerospace, and defence applications, developing sustainable materials through cutting-edge additive manufacturing. A passionate advocate for women in STEM, she founded the AWESOME mentoring program. Originally from Portugal, Elsa combines creativity and innovation to build scalable, sustainable solutions for smart manufacturing.

Assoc. Prof. Elsa Antunes

Assoc Prof Elsa Antunes leads research in advanced manufacturing and 3D-printed ceramics at James Cook University. Her work spans biomedical, aerospace, and defence applications, developing sustainable materials through cutting-edge additive manufacturing. A passionate advocate for women in STEM, she founded the AWESOME mentoring program. Originally from Portugal, Elsa combines creativity and innovation to build scalable, sustainable solutions for smart manufacturing.

Dr George Vamvounis

Dr George Vamvounis is an expert in polymer chemistry and materials science, focusing on energy devices and environmental sustainability. His research develops advanced coatings and functional polymers for solar, fuel cell, and OLED applications, alongside studies on plastic leaching and environmental fate. By integrating design, characterisation, and impact assessment, he advances sustainable polymer technologies with reduced ecological footprint.

Dr George Vamvounis

Dr George Vamvounis is an expert in polymer chemistry and materials science, focusing on energy devices and environmental sustainability. His research develops advanced coatings and functional polymers for solar, fuel cell, and OLED applications, alongside studies on plastic leaching and environmental fate. By integrating design, characterisation, and impact assessment, he advances sustainable polymer technologies with reduced ecological footprint.

Dr George Vamvounis

Dr George Vamvounis is an expert in polymer chemistry and materials science, focusing on energy devices and environmental sustainability. His research develops advanced coatings and functional polymers for solar, fuel cell, and OLED applications, alongside studies on plastic leaching and environmental fate. By integrating design, characterisation, and impact assessment, he advances sustainable polymer technologies with reduced ecological footprint.

Dr George Vamvounis

Dr George Vamvounis is an expert in polymer chemistry and materials science, focusing on energy devices and environmental sustainability. His research develops advanced coatings and functional polymers for solar, fuel cell, and OLED applications, alongside studies on plastic leaching and environmental fate. By integrating design, characterisation, and impact assessment, he advances sustainable polymer technologies with reduced ecological footprint.

Assoc Prof Bronson Philippa

Assoc Prof Bronson Philippa’s research centres on computational modelling of photovoltaic materials and devices, particularly organic and perovskite solar cells. He investigates charge transport, material behaviour, and design optimisation using advanced modelling techniques to improve solar cell performance and accelerate renewable energy innovation.

Assoc Prof Bronson Philippa

Assoc Prof Bronson Philippa’s research centres on computational modelling of photovoltaic materials and devices, particularly organic and perovskite solar cells. He investigates charge transport, material behaviour, and design optimisation using advanced modelling techniques to improve solar cell performance and accelerate renewable energy innovation.

Assoc Prof Bronson Philippa

Assoc Prof Bronson Philippa’s research centres on computational modelling of photovoltaic materials and devices, particularly organic and perovskite solar cells. He investigates charge transport, material behaviour, and design optimisation using advanced modelling techniques to improve solar cell performance and accelerate renewable energy innovation.

Assoc Prof Bronson Philippa

Assoc Prof Bronson Philippa’s research centres on computational modelling of photovoltaic materials and devices, particularly organic and perovskite solar cells. He investigates charge transport, material behaviour, and design optimisation using advanced modelling techniques to improve solar cell performance and accelerate renewable energy innovation.

Prof. Wenxian Lin

Prof Wenxian Lin, a specialist in computational fluid dynamics, joined JCU in 2006 after completing his PhD at the University of Sydney. His research spans buoyancy-driven and turbulent flows, heat transfer, solar thermal energy, and hydropower. His expertise connects with TropENERGY themes of renewable energy, energy storage, cooling technologies, and sustainable community systems.

Prof. Wenxian Lin

Prof Wenxian Lin, a specialist in computational fluid dynamics, joined JCU in 2006 after completing his PhD at the University of Sydney. His research spans buoyancy-driven and turbulent flows, heat transfer, solar thermal energy, and hydropower. His expertise connects with TropENERGY themes of renewable energy, energy storage, cooling technologies, and sustainable community systems.

Prof. Wenxian Lin

Prof Wenxian Lin, a specialist in computational fluid dynamics, joined JCU in 2006 after completing his PhD at the University of Sydney. His research spans buoyancy-driven and turbulent flows, heat transfer, solar thermal energy, and hydropower. His expertise connects with TropENERGY themes of renewable energy, energy storage, cooling technologies, and sustainable community systems.

Prof. Wenxian Lin

Prof Wenxian Lin, a specialist in computational fluid dynamics, joined JCU in 2006 after completing his PhD at the University of Sydney. His research spans buoyancy-driven and turbulent flows, heat transfer, solar thermal energy, and hydropower. His expertise connects with TropENERGY themes of renewable energy, energy storage, cooling technologies, and sustainable community systems.

Dr. Mehdi Khatamifar Datta

Dr Mehdi Khatamifar specialises in computational fluid dynamics, thermal systems, and resilient mechanical design. His research covers natural convection, conjugate heat transfer, energy storage cooling, and renewable energy systems such as solar collectors and vortex hydropower. His work bridges thermal-fluid science with structural safety, supporting TropENERGY’s mission in renewable systems, storage, and community resilience.

Dr. Mehdi Khatamifar Datta

Dr Mehdi Khatamifar specialises in computational fluid dynamics, thermal systems, and resilient mechanical design. His research covers natural convection, conjugate heat transfer, energy storage cooling, and renewable energy systems such as solar collectors and vortex hydropower. His work bridges thermal-fluid science with structural safety, supporting TropENERGY’s mission in renewable systems, storage, and community resilience.

Dr. Mehdi Khatamifar Datta

Dr Mehdi Khatamifar specialises in computational fluid dynamics, thermal systems, and resilient mechanical design. His research covers natural convection, conjugate heat transfer, energy storage cooling, and renewable energy systems such as solar collectors and vortex hydropower. His work bridges thermal-fluid science with structural safety, supporting TropENERGY’s mission in renewable systems, storage, and community resilience.

Dr. Mehdi Khatamifar Datta

Dr Mehdi Khatamifar specialises in computational fluid dynamics, thermal systems, and resilient mechanical design. His research covers natural convection, conjugate heat transfer, energy storage cooling, and renewable energy systems such as solar collectors and vortex hydropower. His work bridges thermal-fluid science with structural safety, supporting TropENERGY’s mission in renewable systems, storage, and community resilience.

Dr Chalak Qazani

Dr Mohammadreza Chalak Qazani is an Assistant Professor in Renewable Energy Systems, focusing on AI-driven modelling, forecasting, and optimisation for microgrids. His research improves renewable energy efficiency and reliability through intelligent prediction and control. Within TropENERGY, his expertise advances innovation in forecasting, transmission, and microgrid design for sustainable, net-zero energy systems.

Dr Chalak Qazani

Dr Mohammadreza Chalak Qazani is an Assistant Professor in Renewable Energy Systems, focusing on AI-driven modelling, forecasting, and optimisation for microgrids. His research improves renewable energy efficiency and reliability through intelligent prediction and control. Within TropENERGY, his expertise advances innovation in forecasting, transmission, and microgrid design for sustainable, net-zero energy systems.

Dr Chalak Qazani

Dr Mohammadreza Chalak Qazani is an Assistant Professor in Renewable Energy Systems, focusing on AI-driven modelling, forecasting, and optimisation for microgrids. His research improves renewable energy efficiency and reliability through intelligent prediction and control. Within TropENERGY, his expertise advances innovation in forecasting, transmission, and microgrid design for sustainable, net-zero energy systems.

Dr Chalak Qazani

Dr Mohammadreza Chalak Qazani is an Assistant Professor in Renewable Energy Systems, focusing on AI-driven modelling, forecasting, and optimisation for microgrids. His research improves renewable energy efficiency and reliability through intelligent prediction and control. Within TropENERGY, his expertise advances innovation in forecasting, transmission, and microgrid design for sustainable, net-zero energy systems.

Dr Rong Situ

Rong Situ develops advanced mechanical and thermal treatment technologies for waste and biofuel production. His research integrates fluid dynamics, heat transfer, and systems optimisation to enhance waste-to-energy conversion and renewable fuel technologies. He applies data analytics and control strategies to maximise energy efficiency and ensure economic and environmental sustainability.

Dr Rong Situ

Rong Situ develops advanced mechanical and thermal treatment technologies for waste and biofuel production. His research integrates fluid dynamics, heat transfer, and systems optimisation to enhance waste-to-energy conversion and renewable fuel technologies. He applies data analytics and control strategies to maximise energy efficiency and ensure economic and environmental sustainability.

Dr Rong Situ

Rong Situ develops advanced mechanical and thermal treatment technologies for waste and biofuel production. His research integrates fluid dynamics, heat transfer, and systems optimisation to enhance waste-to-energy conversion and renewable fuel technologies. He applies data analytics and control strategies to maximise energy efficiency and ensure economic and environmental sustainability.

Dr Rong Situ

Rong Situ develops advanced mechanical and thermal treatment technologies for waste and biofuel production. His research integrates fluid dynamics, heat transfer, and systems optimisation to enhance waste-to-energy conversion and renewable fuel technologies. He applies data analytics and control strategies to maximise energy efficiency and ensure economic and environmental sustainability.

Dr. Bithin Datta

Dr Bithin Datta, Professor of Civil Engineering at JCU, earned his PhD in Systems Engineering and Hydraulics from Purdue University. His research covers contaminant source characterisation, groundwater management, saltwater intrusion in coastal aquifers, and optimal reservoir operations integrating hydropower and sustainability goals. His work strengthens climate resilience and water security across tropical and coastal regions.

Dr. Bithin Datta

Dr Bithin Datta, Professor of Civil Engineering at JCU, earned his PhD in Systems Engineering and Hydraulics from Purdue University. His research covers contaminant source characterisation, groundwater management, saltwater intrusion in coastal aquifers, and optimal reservoir operations integrating hydropower and sustainability goals. His work strengthens climate resilience and water security across tropical and coastal regions.

Dr. Bithin Datta

Dr Bithin Datta, Professor of Civil Engineering at JCU, earned his PhD in Systems Engineering and Hydraulics from Purdue University. His research covers contaminant source characterisation, groundwater management, saltwater intrusion in coastal aquifers, and optimal reservoir operations integrating hydropower and sustainability goals. His work strengthens climate resilience and water security across tropical and coastal regions.

Dr. Bithin Datta

Dr Bithin Datta, Professor of Civil Engineering at JCU, earned his PhD in Systems Engineering and Hydraulics from Purdue University. His research covers contaminant source characterisation, groundwater management, saltwater intrusion in coastal aquifers, and optimal reservoir operations integrating hydropower and sustainability goals. His work strengthens climate resilience and water security across tropical and coastal regions.

Dr. Mahmood Sadat Noori

Dr Mahmood Sadat Noori researches groundwater–surface water interactions, wastewater treatment, and water reuse. His projects include PFAS remediation, biochar applications, and nature-based water management. Through monitoring and modelling, he advances low-carbon, circular solutions for sustainable water systems in coastal and agricultural landscapes affected by climate change.

Dr. Mahmood Sadat Noori

Dr Mahmood Sadat Noori researches groundwater–surface water interactions, wastewater treatment, and water reuse. His projects include PFAS remediation, biochar applications, and nature-based water management. Through monitoring and modelling, he advances low-carbon, circular solutions for sustainable water systems in coastal and agricultural landscapes affected by climate change.

Dr. Mahmood Sadat Noori

Dr Mahmood Sadat Noori researches groundwater–surface water interactions, wastewater treatment, and water reuse. His projects include PFAS remediation, biochar applications, and nature-based water management. Through monitoring and modelling, he advances low-carbon, circular solutions for sustainable water systems in coastal and agricultural landscapes affected by climate change.

Dr. Mahmood Sadat Noori

Dr Mahmood Sadat Noori researches groundwater–surface water interactions, wastewater treatment, and water reuse. His projects include PFAS remediation, biochar applications, and nature-based water management. Through monitoring and modelling, he advances low-carbon, circular solutions for sustainable water systems in coastal and agricultural landscapes affected by climate change.

Dr Liuxin Chen

Dr Liuxin Chen, Lecturer in Civil Engineering, advances low-carbon, circular materials for geo-infrastructure by valorising mining and demolition wastes. Her research combines modelling of geomaterial behaviour with machine learning to predict performance and durability. She contributes to TropENERGY’s themes of waste-to-resource, circularity, and sustainable infrastructure in tropical environments.

Dr Liuxin Chen

Dr Liuxin Chen, Lecturer in Civil Engineering, advances low-carbon, circular materials for geo-infrastructure by valorising mining and demolition wastes. Her research combines modelling of geomaterial behaviour with machine learning to predict performance and durability. She contributes to TropENERGY’s themes of waste-to-resource, circularity, and sustainable infrastructure in tropical environments.

Dr Liuxin Chen

Dr Liuxin Chen, Lecturer in Civil Engineering, advances low-carbon, circular materials for geo-infrastructure by valorising mining and demolition wastes. Her research combines modelling of geomaterial behaviour with machine learning to predict performance and durability. She contributes to TropENERGY’s themes of waste-to-resource, circularity, and sustainable infrastructure in tropical environments.

Dr Liuxin Chen

Dr Liuxin Chen, Lecturer in Civil Engineering, advances low-carbon, circular materials for geo-infrastructure by valorising mining and demolition wastes. Her research combines modelling of geomaterial behaviour with machine learning to predict performance and durability. She contributes to TropENERGY’s themes of waste-to-resource, circularity, and sustainable infrastructure in tropical environments.

Dr Lewis Gooch

Dr Lewis Gooch, Lecturer in Civil Engineering, focuses on the structural safety of masonry and renewable materials. His research develops and tests recycled and agricultural waste-based construction materials for safe, high-performance infrastructure. By integrating material testing and reliability methods, his work supports circular construction aligned with TropENERGY’s sustainability goals.

Dr Lewis Gooch

Dr Lewis Gooch, Lecturer in Civil Engineering, focuses on the structural safety of masonry and renewable materials. His research develops and tests recycled and agricultural waste-based construction materials for safe, high-performance infrastructure. By integrating material testing and reliability methods, his work supports circular construction aligned with TropENERGY’s sustainability goals.

Dr Lewis Gooch

Dr Lewis Gooch, Lecturer in Civil Engineering, focuses on the structural safety of masonry and renewable materials. His research develops and tests recycled and agricultural waste-based construction materials for safe, high-performance infrastructure. By integrating material testing and reliability methods, his work supports circular construction aligned with TropENERGY’s sustainability goals.

Dr Lewis Gooch

Dr Lewis Gooch, Lecturer in Civil Engineering, focuses on the structural safety of masonry and renewable materials. His research develops and tests recycled and agricultural waste-based construction materials for safe, high-performance infrastructure. By integrating material testing and reliability methods, his work supports circular construction aligned with TropENERGY’s sustainability goals.

Dr Peter To

Dr Peter To, a UQ Future Leader PhD graduate, researches green concrete, tailings reuse, and dam safety. His work explores cement replacement, mining waste applications, and safety assessment of large-scale hydraulic structures. He has earned international recognition, including first place in Golder Associates’ global research competition, for advancing sustainable civil infrastructure.

Dr Peter To

Dr Peter To, a UQ Future Leader PhD graduate, researches green concrete, tailings reuse, and dam safety. His work explores cement replacement, mining waste applications, and safety assessment of large-scale hydraulic structures. He has earned international recognition, including first place in Golder Associates’ global research competition, for advancing sustainable civil infrastructure.

Dr Peter To

Dr Peter To, a UQ Future Leader PhD graduate, researches green concrete, tailings reuse, and dam safety. His work explores cement replacement, mining waste applications, and safety assessment of large-scale hydraulic structures. He has earned international recognition, including first place in Golder Associates’ global research competition, for advancing sustainable civil infrastructure.

Dr Peter To

Dr Peter To, a UQ Future Leader PhD graduate, researches green concrete, tailings reuse, and dam safety. His work explores cement replacement, mining waste applications, and safety assessment of large-scale hydraulic structures. He has earned international recognition, including first place in Golder Associates’ global research competition, for advancing sustainable civil infrastructure.

Dr Kevin Huang

Dr Tao (Kevin) Huang specialises in AI, deep learning, and IoT systems for renewable energy and intelligent networks. His research develops AI-enabled models for forecasting, monitoring, and decision-making in distributed systems. His work enhances microgrid resilience and energy efficiency, contributing to TropENERGY’s mission of sustainable and reliable tropical energy solutions.

Dr Kevin Huang

Dr Tao (Kevin) Huang specialises in AI, deep learning, and IoT systems for renewable energy and intelligent networks. His research develops AI-enabled models for forecasting, monitoring, and decision-making in distributed systems. His work enhances microgrid resilience and energy efficiency, contributing to TropENERGY’s mission of sustainable and reliable tropical energy solutions.

Dr Kevin Huang

Dr Tao (Kevin) Huang specialises in AI, deep learning, and IoT systems for renewable energy and intelligent networks. His research develops AI-enabled models for forecasting, monitoring, and decision-making in distributed systems. His work enhances microgrid resilience and energy efficiency, contributing to TropENERGY’s mission of sustainable and reliable tropical energy solutions.

Dr Kevin Huang

Dr Tao (Kevin) Huang specialises in AI, deep learning, and IoT systems for renewable energy and intelligent networks. His research develops AI-enabled models for forecasting, monitoring, and decision-making in distributed systems. His work enhances microgrid resilience and energy efficiency, contributing to TropENERGY’s mission of sustainable and reliable tropical energy solutions.

Prof Nico Adams

Prof Nico Adams applies digital twins and systems science to optimise green hydrogen production and value chains. His research integrates behavioural decision-making with computational models to improve efficiency, resilience, and adoption across hydrogen production, storage, and distribution. He advances the technical and socio-economic dimensions of the green hydrogen transition.

Prof Nico Adams

Prof Nico Adams applies digital twins and systems science to optimise green hydrogen production and value chains. His research integrates behavioural decision-making with computational models to improve efficiency, resilience, and adoption across hydrogen production, storage, and distribution. He advances the technical and socio-economic dimensions of the green hydrogen transition.

Prof Nico Adams

Prof Nico Adams applies digital twins and systems science to optimise green hydrogen production and value chains. His research integrates behavioural decision-making with computational models to improve efficiency, resilience, and adoption across hydrogen production, storage, and distribution. He advances the technical and socio-economic dimensions of the green hydrogen transition.

Prof Nico Adams

Prof Nico Adams applies digital twins and systems science to optimise green hydrogen production and value chains. His research integrates behavioural decision-making with computational models to improve efficiency, resilience, and adoption across hydrogen production, storage, and distribution. He advances the technical and socio-economic dimensions of the green hydrogen transition.

Dr Madhu Menon

Dr Madhu Krishna Menon, a professional mechanical engineer, brings extensive experience in hydrocarbon, utilities, and mining industries. His expertise in pumping, compression, and hydrogen systems aligns with TropENERGY’s Generation & Storage hub. His doctoral work on data-driven predictive maintenance enhances efficiency and safety in emerging renewable energy systems.

Dr Madhu Menon

Dr Madhu Krishna Menon, a professional mechanical engineer, brings extensive experience in hydrocarbon, utilities, and mining industries. His expertise in pumping, compression, and hydrogen systems aligns with TropENERGY’s Generation & Storage hub. His doctoral work on data-driven predictive maintenance enhances efficiency and safety in emerging renewable energy systems.

Dr Madhu Menon

Dr Madhu Krishna Menon, a professional mechanical engineer, brings extensive experience in hydrocarbon, utilities, and mining industries. His expertise in pumping, compression, and hydrogen systems aligns with TropENERGY’s Generation & Storage hub. His doctoral work on data-driven predictive maintenance enhances efficiency and safety in emerging renewable energy systems.

Dr Madhu Menon

Dr Madhu Krishna Menon, a professional mechanical engineer, brings extensive experience in hydrocarbon, utilities, and mining industries. His expertise in pumping, compression, and hydrogen systems aligns with TropENERGY’s Generation & Storage hub. His doctoral work on data-driven predictive maintenance enhances efficiency and safety in emerging renewable energy systems.

Dr Juan Zaracho

Dr Juan Zaracho researches aerodynamics and aeroelasticity of solar trackers, focusing on wind load effects and structural safety in solar farms. His work improves resilience and cost-efficiency of solar tracking systems, supporting renewable energy reliability and community safety through better design and engineering of large-scale solar arrays.

Dr Juan Zaracho

Dr Juan Zaracho researches aerodynamics and aeroelasticity of solar trackers, focusing on wind load effects and structural safety in solar farms. His work improves resilience and cost-efficiency of solar tracking systems, supporting renewable energy reliability and community safety through better design and engineering of large-scale solar arrays.

Dr Juan Zaracho

Dr Juan Zaracho researches aerodynamics and aeroelasticity of solar trackers, focusing on wind load effects and structural safety in solar farms. His work improves resilience and cost-efficiency of solar tracking systems, supporting renewable energy reliability and community safety through better design and engineering of large-scale solar arrays.

Dr Juan Zaracho

Dr Juan Zaracho researches aerodynamics and aeroelasticity of solar trackers, focusing on wind load effects and structural safety in solar farms. His work improves resilience and cost-efficiency of solar tracking systems, supporting renewable energy reliability and community safety through better design and engineering of large-scale solar arrays.

Simon Ingham

Simon Ingham specialises in the structural performance of buildings under extreme weather, focusing on wind loads, solar panel systems, and water ingress prevention. His work integrates aerodynamics, material science, and building design to ensure resilient infrastructure that protects communities and supports renewable energy integration.

Simon Ingham

Simon Ingham specialises in the structural performance of buildings under extreme weather, focusing on wind loads, solar panel systems, and water ingress prevention. His work integrates aerodynamics, material science, and building design to ensure resilient infrastructure that protects communities and supports renewable energy integration.

Simon Ingham

Simon Ingham specialises in the structural performance of buildings under extreme weather, focusing on wind loads, solar panel systems, and water ingress prevention. His work integrates aerodynamics, material science, and building design to ensure resilient infrastructure that protects communities and supports renewable energy integration.

Simon Ingham

Simon Ingham specialises in the structural performance of buildings under extreme weather, focusing on wind loads, solar panel systems, and water ingress prevention. His work integrates aerodynamics, material science, and building design to ensure resilient infrastructure that protects communities and supports renewable energy integration.

Trop Energy, in partnership with James Cook University, is leading research and innovation in renewable energy, storage, and green manufacturing to help Queensland meet its carbon reduction targets.

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Trop Energy, in partnership with James Cook University, is leading research and innovation in renewable energy, storage, and green manufacturing to help Queensland meet its carbon reduction targets.

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About Us

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Copyright © 2025 Trop Energy. All Rights Reserved.

Trop Energy, in partnership with James Cook University, is leading research and innovation in renewable energy, storage, and green manufacturing to help Queensland meet its carbon reduction targets.

Enter your email address

Subscribe

Quick Links

Home

About Us

Themes

Contact us

Quick Links

Projects

News & Updates

Our People

Legal & Policy Links

Privacy Policy

Terms & Conditions

Copyright © 2025 Trop Energy. All Rights Reserved.

Trop Energy, in partnership with James Cook University, is leading research and innovation in renewable energy, storage, and green manufacturing to help Queensland meet its carbon reduction targets.

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Subscribe

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About Us

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Contact us

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