Bachelor Of Science In Chemical Engineering
COMSATS University Islamabad, Lahore Campus
As a Chemical Engineer with a strong foundation in research, safety, and sustainable process design, I bring a unique blend of technical expertise and passion for green innovation. My professional journey—spanning industrial roles at Rupali Polyester and research leadership at Intersoft.ai—has allowed me to work at the intersection of chemical processing, environmental responsibility, and technical documentation.I have led multidisciplinary teams focused on research and development, authored technical content around safety and process optimization, and supported HSE compliance backed by NEBOSH and IOSH certifications. My academic projects involved catalytic pyrolysis of polypropylene and the development of a green carbon catalyst from biomass waste—initiatives that deepened my commitment to waste valorization and circular design.Recently, I strengthened this focus by completing certifications in Green Tech Solutions and Material Circularity, expanding my understanding of scalable clean technologies and life-cycle thinking. I believe that innovation must be environmentally responsible and that sustainable engineering holds the key to mitigating climate impact.As a Pillar Fellow, I aim to contribute to real-world green transitions through data-driven, technically sound, and socially responsible solutions that align with global sustainability goals.
My decision to apply for the Pillar Fellowship under the Green Innovation and Clean Technology track at Sustainability Global stems from a deep-rooted commitment to creating sustainable change through technical innovation and responsible engineering. As a Chemical Engineer and Research Team Lead with hands-on industrial and academic experience, I have developed a strong belief that the future of engineering lies not just in efficiency and productivity—but in environmental responsibility and regenerative design.My exposure to polymer manufacturing at Rupali Polyester, where I was involved in quality control and process optimization, allowed me to witness both the strengths and limitations of conventional industrial systems. It sparked my interest in exploring alternatives that reduce environmental harm while maintaining performance. This interest matured into action during my academic projects: one involving the catalytic pyrolysis of waste polypropylene into gasoline and another focused on producing a green carbon catalyst from biomass. These initiatives revealed the potential of circular design and waste-to-value innovations, which align strongly with the goals of this fellowship.At Mercury Enterprises (Intersoft.ai), I’ve been fortunate to lead a team in delivering research and technical documentation on complex topics, including sustainability, industrial safety, and policy. In addition to contributing to content, I’ve created frameworks for risk assessments and promoted HSE compliance through structured training and collaboration. My certifications in NEBOSH IG1, IOSH Managing Safely, and H2S safety reflect a commitment to integrating environmental health and safety into all aspects of project execution. More recently, I completed specialized certifications in Material Circularity and Green Tech Solutions, solidifying my knowledge of cradle-to-cradle design, resource efficiency, and innovation-driven sustainability.What excites me about Sustainability Global is its interdisciplinary, collaborative approach to sustainability challenges. I am particularly drawn to the opportunity to work with like-minded professionals, exchange knowledge across borders, and contribute to pilot projects that have tangible environmental and social impact. The mentorship and global exposure offered by this program are not only aligned with my career goals but essential to transforming my theoretical knowledge into scalable solutions.As a Pillar Fellow, I intend to contribute both technically and creatively—whether it's through conducting lifecycle assessments, exploring alternative materials, or designing clean technology roadmaps. I bring with me not only a technical mindset but also strong documentation, project coordination, and leadership skills that can add value to collaborative initiatives.Ultimately, I see this fellowship as more than a professional milestone—it is a platform to contribute meaningfully to global climate goals and SDG-driven innovation. My aim is to bridge the gap between science and real-world implementation, making sustainable choices both accessible and impactful. I believe this program will be a catalyst for that vision.
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- Team Excellence Award
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As a Chemical Engineer with a strong foundation in research, safety, and sustainable process design, I bring a unique blend of technical expertise and passion for green innovation. My professional journey—spanning industrial roles at Rupali Polyester and research leadership at Intersoft.ai—has allowed me to work at the intersection of chemical processing, environmental responsibility, and technical documentation.
I have led multidisciplinary teams focused on research and development, authored technical content around safety and process optimization, and supported HSE compliance backed by NEBOSH and IOSH certifications. My academic projects involved catalytic pyrolysis of polypropylene and the development of a green carbon catalyst from biomass waste—initiatives that deepened my commitment to waste valorization and circular design.
Recently, I strengthened this focus by completing certifications in Green Tech Solutions and Material Circularity, expanding my understanding of scalable clean technologies and life-cycle thinking. I believe that innovation must be environmentally responsible and that sustainable engineering holds the key to mitigating climate impact.
As a Pillar Fellow, I aim to contribute to real-world green transitions through data-driven, technically sound, and socially responsible solutions that align with global sustainability goals.
My decision to apply for the Pillar Fellowship under the Green Innovation and Clean Technology track at Sustainability Global stems from a deep-rooted commitment to creating sustainable change through technical innovation and responsible engineering. As a Chemical Engineer and Research Team Lead with hands-on industrial and academic experience, I have developed a strong belief that the future of engineering lies not just in efficiency and productivity—but in environmental responsibility and regenerative design.
My exposure to polymer manufacturing at Rupali Polyester, where I was involved in quality control and process optimization, allowed me to witness both the strengths and limitations of conventional industrial systems. It sparked my interest in exploring alternatives that reduce environmental harm while maintaining performance. This interest matured into action during my academic projects: one involving the catalytic pyrolysis of waste polypropylene into gasoline and another focused on producing a green carbon catalyst from biomass. These initiatives revealed the potential of circular design and waste-to-value innovations, which align strongly with the goals of this fellowship.
At Mercury Enterprises (Intersoft.ai), I’ve been fortunate to lead a team in delivering research and technical documentation on complex topics, including sustainability, industrial safety, and policy. In addition to contributing to content, I’ve created frameworks for risk assessments and promoted HSE compliance through structured training and collaboration. My certifications in NEBOSH IG1, IOSH Managing Safely, and H2S safety reflect a commitment to integrating environmental health and safety into all aspects of project execution. More recently, I completed specialized certifications in Material Circularity and Green Tech Solutions, solidifying my knowledge of cradle-to-cradle design, resource efficiency, and innovation-driven sustainability.
What excites me about Sustainability Global is its interdisciplinary, collaborative approach to sustainability challenges. I am particularly drawn to the opportunity to work with like-minded professionals, exchange knowledge across borders, and contribute to pilot projects that have tangible environmental and social impact. The mentorship and global exposure offered by this program are not only aligned with my career goals but essential to transforming my theoretical knowledge into scalable solutions.
As a Pillar Fellow, I intend to contribute both technically and creatively—whether it's through conducting lifecycle assessments, exploring alternative materials, or designing clean technology roadmaps. I bring with me not only a technical mindset but also strong documentation, project coordination, and leadership skills that can add value to collaborative initiatives.
Ultimately, I see this fellowship as more than a professional milestone—it is a platform to contribute meaningfully to global climate goals and SDG-driven innovation. My aim is to bridge the gap between science and real-world implementation, making sustainable choices both accessible and impactful. I believe this program will be a catalyst for that vision.