In this episode, we talk with Brianne Kliphardt, EIT, a bridge design engineer at AECOM, about the world of bridge design engineering. From discussing the difference between superstructure and substructure to offering advice for engineers on overcoming obstacles in bridge design projects, this conversation covers it all. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here Are Some of the Questions We Ask Brianne: As a bridge engineer with several years of experience, what are your daily responsibilities? Can you describe what bridge design entails? What made you choose bridge design over building design? What do you find most exciting about bridge design? Did any mentors or role models influence your path to becoming an engineer? As someone eager to learn and grow, what skills are you currently working on developing in your career? What's the difference between superstructure and substructure? When hiring a senior bridge engineer, what qualities and skills does your company look for in a candidate? What advice would you give to a young person interested in becoming an engineer, particularly in bridge design or related fields? Here Are Some of the Key Points Discussed About How to Successfully Overcome Obstacles in Bridge Design Projects: As a bridge engineer, Brianne tackles daily tasks like calculations using Mathcad and Excel, creating CAD plans, and working with her team to solve design challenges and respond to contractor queries. Bridge design involves creating, analyzing, and engineering structures that span obstacles like rivers or highways. Engineers use software for calculations and CAD for drafting, ensuring projects meet safety and efficiency standards, whether building new bridges, rehabilitating existing ones, or expanding infrastructure. Brianne chose bridge design over building design due to her childhood passion for math and art, sparked by a moment questioning a bridge collapse in a movie. This led her to realize that applying these skills to engineering, specifically in bridge design, was her calling. The most exciting part of bridge design is its tangible impact on the landscape, where completed projects stand as testaments to engineering achievement. The industry's dynamic nature, with ongoing advancements and challenges, encourages creativity and innovation among engineers. Mentors and role models have been instrumental in Brianne's journey to becoming an engineer. From her grandfather's early influence nurturing her problem-solving skills to supportive professors in college, along with mentors at her previous company and her current manager, they have provided crucial support and guidance, shaping her career and strengthening her confidence. Brianne is actively enhancing her skills in substructure and seismic design, crucial for projects on the West Coast. While she feels proficient in concrete superstructure design, her focus now is expanding her expertise in structural design overall. In bridge engineering, substructure refers to foundational elements like columns and cross-beams while superstructure encompasses girders, decks, and diaphragms, the components above the substructure. Understanding these distinctions is key to grasping the anatomy of a standard bridge design. When hiring a senior bridge engineer, firms typically seek candidates with strong technical leadership and mentorship skills. They look for individuals who hold or are eligible for an SE license and can effectively collaborate in a team-oriented, in-person environment. For young individuals interested in engineering, especially in bridge design or related fields, it's crucial to find a supportive team where you can freely share ideas and excel.