1. Please tell us a bit about yourself and what specifically motivates you. If you could do anything with your life, what do you imagine you’d do?
My name is Lailah Collins, and I am a second-year Mechanical Engineering and Environmental Sciences student at Southern University A&M College. I am a graduate of McKinley Senior High School in Baton Rouge, Louisiana. My passion for engineering, entrepreneurship, youth empowerment, and community outreach drives everything I do. From a young age, I have been fascinated by how machines work and how technological advancements can improve daily life. My motivation comes from a desire to create solutions that not only enhance efficiency and performance but also reduce environmental impact. I have worked on numerous projects, including building robots, researching propagating shockwaves, and developing electrocatalysts for platinum. My work at Louisiana State University’s College of Engineering, where I studied the effects of different substances on rocket engines, reinforced my desire to lead research efforts in renewable energy and environmental preservation.
If I could do anything with my life, I would develop sustainable engineering solutions that address the global energy crisis and environmental degradation. I envision leading a research team focused on renewable energy, creating innovative materials and technologies that reduce pollution and enhance energy efficiency. I also hope to inspire young Black women to pursue STEM careers, increasing representation and diversity in the engineering field. Ultimately, I aim to leave a lasting positive impact on both the engineering industry and the global environment through innovative, sustainable solutions.
2. What excites you about STEM? How do you feel you could make a positive impact on the world through a job in information technology?
STEM excites me because it represents the future of innovation and problem-solving. Mechanical engineering plays a crucial role in modern society, from designing safer materials to improving industrial efficiency. The rapid advancements in technology, including artificial intelligence, robotics, and automation, are transforming the way we work and live. The intersection of engineering and environmental science allows me to explore ways to develop sustainable solutions while addressing pressing global challenges like climate change and resource depletion. My experience in building machines and conducting research on rocket engines has shown me how technological advancements can lead to more efficient, environmentally friendly systems.
A career in information technology would allow me to make a positive impact by integrating data-driven solutions with engineering processes. For example, developing smart systems for renewable energy distribution could optimize energy use and reduce waste. Additionally, using machine learning to design more efficient materials and manufacturing processes could minimize environmental impact. IT also provides opportunities to enhance industrial automation, improve supply chain efficiency, and reduce emissions through better resource management.
Moreover, I am passionate about increasing diversity in STEM fields. Representation matters, and I hope to serve as a role model for young Black women considering careers in engineering and technology. By excelling in my field, I aim to show that innovation and environmental responsibility can coexist, ultimately contributing to a safer, more efficient, and more sustainable world.
3. Please describe the greatest challenge you’ve had to overcome and how you managed to get past it.
One of the greatest challenges I have faced is managing my academic workload and personal health while dealing with autoimmune disease and anxiety. Balancing rigorous coursework, research projects, and extracurricular activities has been difficult, especially when my health issues created additional obstacles. During my early years in college, I struggled with fatigue and physical discomfort, which often made it difficult to focus and meet deadlines. However, I realized that developing strong time management skills and creating a structured routine would be essential to overcoming these challenges.
To manage my health and academic demands, I created a detailed schedule that prioritized self-care alongside my coursework and research. I also sought support from professors, academic advisors, and campus resources, which helped me develop effective coping strategies. Joining student organizations like the Society of Women Engineers and the American Society of Mechanical Engineers provided a sense of community and encouragement. Through these experiences, I learned how to advocate for myself and communicate my needs effectively.
Despite these challenges, I have succeeded academically and professionally, completing complex research projects and building various machines, including a styrofoam roller coaster and a thermodynamic insulation device. My experience researching rocket engines at Louisiana State University strengthened my resilience and deepened my commitment to sustainable engineering. Overcoming these obstacles taught me the value of adaptability and perseverance. Today, I am more confident in my ability to tackle complex problems and lead projects, knowing that resilience and determination will continue to drive me toward success.