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Josh Southerland
PhD Candidate, Mathematics at University of Washington
Professional Background
Josh Southerland has forged an impressive path through the realms of mechanical engineering and mathematical studies, showcasing a diverse skill set that is both broad and deep. Currently a PhD candidate at the University of Washington specializing in Mathematics, he has garnered extensive experience in the field of building environment system design and energy analysis. Josh’s career reflects a blend of technical expertise and academic prowess, cultivated through various roles in mechanical engineering and research.
His time at BuroHappold Engineering is particularly noteworthy. Josh started his journey as a Graduate Mechanical Engineer before progressing to the roles of Mechanical Engineer and later Senior Mechanical Engineer. In these positions, he applied his engineering acumen to innumerable projects across cultural, institutional, commercial, and residential building typologies. His involvement in energy analysis and comfort design demonstrates his commitment to sustainability and innovation in the built environment.
In addition to his engineering roles, Josh spent time as a Summer Consultant at Scottish Enterprise, where he further honed his strategic thinking and problem-solving skills. His experience at leading organizations highlights his ability to adapt and thrive in dynamic settings, providing him a robust foundation for his PhD journey.
Education and Achievements
Josh Southerland's academic achievements are as remarkable as his professional journey. He holds a Bachelor of Science degree in Mechanical Engineering and Music from the illustrious Columbia University, where he cultivated a unique blend of analytical and creative skills.
Furthering his knowledge, he pursued a Post Baccalaureate Program in Mathematics at Columbia University's School of Continuing Education, delving deeper into mathematical concepts that would eventually underpin much of his future research. As a doctoral candidate at the University of Washington, Josh is positioned to make significant contributions to the field of mathematics, particularly in applications intersecting with engineering design and systems analysis.
Josh’s educational background also includes teaching experience, having served as a Graduate Student and Teaching Assistant at the University of Washington. This role allowed him to not only share his knowledge but also refine his communication and mentorship skills, benefitting both him and his students.
Skills and Interests
Josh brings a wealth of technical skills and interests that enrich his professional profile. His expertise in programming spans languages such as C, Java, Python (especially with the Pandas library for data analysis), and JavaScript (leveraging D3 for dynamic visualizations). This programming competency enables him to engage with complex engineering problems from various computational perspectives.
In addition to his technical skills, Josh has a keen interest in mathematical physics, mathematical analysis, and a solid grounding in advanced topics like probability and group theory. This passion for mathematics not only informs his academic pursuits but also enhances his ability to approach engineering challenges with a critical and innovative mindset.
In the sphere of the built environment, Josh’s focus on comfort and energy analysis places him at the forefront of sustainable design practices. His extensive knowledge of tools such as Revit and IES underlines his dedication to leveraging technology for enhanced building performance and occupant satisfaction.
Conclusion
In conclusion, Josh Southerland stands out as a luminary in the intersection of mechanical engineering and mathematics, bringing a unique combination of technical prowess, academic excellence, and practical experience to the table. His journey from BuroHappold Engineering to the pursuit of a PhD at the University of Washington illustrates a commitment to lifelong learning and a passion for advancing the fields of engineering and mathematics. As he continues to explore the relationship between the built environment and mathematical principles, his contributions are sure to be significant and impactful on future industry practices.
