BS Physics
University Of Education Lahore
I am Mariyam Falk, a Material Sciences researcher with a focus on renewable energy technologies and climate-focused innovation. My academic background includes advanced studies in circuit analysis, solid-state physics, and material optimization, with recent research centered on improving the power conversion efficiency of lead-free perovskite solar cells using SCAPS-1D simulations. I have explored absorber layer tuning and hole transport layer optimization to enhance device performance under various lighting conditions, contributing to practical solutions for sustainable energy generation.My professional interests align closely with Sustainability Global’s Climate Action & Renewable Energy pillar. I am particularly engaged in science-based approaches to reducing greenhouse gas emissions and accelerating the global transition toward clean energy. I value cross-disciplinary collaboration and evidence-driven strategies that combine technological innovation with scalable implementation.In addition to my research experience, I am committed to capacity-building within the sustainability community by sharing technical knowledge, promoting renewable energy literacy, and supporting initiatives that drive measurable environmental impact. As a Student Ambassador, I aim to contribute analytical expertise, collaborative skills, and a results-oriented approach to advance Sustainability Global’s vision of a net-zero, regenerative future.
I want to join Sustainability Global as a Student Ambassador because I believe that urgent, collective action is needed to address the climate crisis, and this platform provides an ideal space for meaningful contribution. My background in Material Sciences, combined with my research in renewable energy, has shaped my vision of a future where science and innovation work hand in hand with community action.My recent work has focused on optimizing lead-free perovskite solar cells using SCAPS-1D simulations. I have explored ways to enhance efficiency under various lighting conditions while using sustainable, non-toxic materials. This research directly connects to Sustainability Global’s Climate Action & Renewable Energy pillar, as it supports the global shift toward clean power generation and reduced greenhouse gas emissions.What inspires me most about Sustainability Global is its comprehensive 7-Pillar approach and its vision for a regenerative planet by 2050. It moves beyond isolated solutions and instead fosters systemic change from circular economies to biodiversity protection recognizing that climate action is interconnected with all aspects of sustainability.As a Student Ambassador, I want to help bridge the gap between scientific research and public understanding, making renewable energy solutions more accessible and relatable. By collaborating with experts, industry leaders, and communities, I aim to contribute to projects that not only reduce emissions but also build long-term resilience. This role offers a unique opportunity for me to apply my technical expertise, expand my knowledge through global collaboration, and contribute to shaping a carbon-neutral future.
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I am Mariyam Falk, a Material Sciences researcher with a focus on renewable energy technologies and climate-focused innovation. My academic background includes advanced studies in circuit analysis, solid-state physics, and material optimization, with recent research centered on improving the power conversion efficiency of lead-free perovskite solar cells using SCAPS-1D simulations. I have explored absorber layer tuning and hole transport layer optimization to enhance device performance under various lighting conditions, contributing to practical solutions for sustainable energy generation.
My professional interests align closely with Sustainability Global’s Climate Action & Renewable Energy pillar. I am particularly engaged in science-based approaches to reducing greenhouse gas emissions and accelerating the global transition toward clean energy. I value cross-disciplinary collaboration and evidence-driven strategies that combine technological innovation with scalable implementation.
In addition to my research experience, I am committed to capacity-building within the sustainability community by sharing technical knowledge, promoting renewable energy literacy, and supporting initiatives that drive measurable environmental impact. As a Student Ambassador, I aim to contribute analytical expertise, collaborative skills, and a results-oriented approach to advance Sustainability Global’s vision of a net-zero, regenerative future.
I want to join Sustainability Global as a Student Ambassador because I believe that urgent, collective action is needed to address the climate crisis, and this platform provides an ideal space for meaningful contribution. My background in Material Sciences, combined with my research in renewable energy, has shaped my vision of a future where science and innovation work hand in hand with community action.
My recent work has focused on optimizing lead-free perovskite solar cells using SCAPS-1D simulations. I have explored ways to enhance efficiency under various lighting conditions while using sustainable, non-toxic materials. This research directly connects to Sustainability Global’s Climate Action & Renewable Energy pillar, as it supports the global shift toward clean power generation and reduced greenhouse gas emissions.
What inspires me most about Sustainability Global is its comprehensive 7-Pillar approach and its vision for a regenerative planet by 2050. It moves beyond isolated solutions and instead fosters systemic change from circular economies to biodiversity protection recognizing that climate action is interconnected with all aspects of sustainability.
As a Student Ambassador, I want to help bridge the gap between scientific research and public understanding, making renewable energy solutions more accessible and relatable. By collaborating with experts, industry leaders, and communities, I aim to contribute to projects that not only reduce emissions but also build long-term resilience. This role offers a unique opportunity for me to apply my technical expertise, expand my knowledge through global collaboration, and contribute to shaping a carbon-neutral future.