I have a confession to make... I am obsessed with human psychology - how people think, behave, and the impact of psychological conditions. I like to read it, study it, question it, pull it apart, and piece it back together again. As someone diagnosed with ADHD and anxiety as a child, I researched my own diagnoses, various accommodations that would make me more successful in life and school, and how I could best understand and interact with others. I intimately understand the positive impact simple tools and accommodations can have on a person's success. I am happiest when researching, brainstorming, designing, and building things ranging from life hacks helping my mom clean our home as a small child to elaborate set designs and costumes for school plays and musicals. Engineering in this regard has been a constant part of my daily life – how can I design a better experience or tool. My hope is to pair engineering with my love of psychology to better understand how people think and behave to influence the successful adoption and use of my future designs and creations by the identified target audience(s).
Learning how material things, regardless of size, are designed, created, tested, and used is the perfect intersection of engineering and psychology. Some scenarios I have pondered range from life-saving to aesthetically pleasing including the likeliness of military servicemembers in stressful wartime scenarios to press the correct button based on the colors used and proximity to the user, ceiling height and desk design in a high school classroom contributing to a student feeling comfortable in their environment, and external building colors, design, and structure contributing to someone’s perceived vibe of a city (e.g., bright and vibrant colors make a city block feel more lively). You cannot determine the outcomes of these scenarios without contemplating both how the physical aspects are engineered and the way the brain processes and feels about these inputs.
This codependency is fascinating and has impacts on many fields such as city planning, architecture, and product marketing. You must understand the overall theme and feel that a city planner is trying to achieve for an engineer to then advise on the materials, colors, building heights, proximity, and even green spaces as part of the plan. Architects consult with engineers when determining size, scale, bearing weight, and purpose of a structure (e.g., a school). It would be advantageous to also understand how students attending the school will feel when in the building. Will the structure and design impact a student’s ability to be productive and desire to return each day? Are there new and interesting classroom accommodations for enhanced inclusion of students with disabilities (seen and unseen)? A final example of engineering and psychology intersectionality is product marketing. Knowing the needs of the target consumers, ease of use, attractive product design and packaging, in addition to how the product makes users feel is a valuable combination when determining how and to whom best to advertise (e.g., TV vs social media vs billboards, age demographic, color theory, seasonality, etc.). I am so excited about the positive impacts engineering paired with psychology can have on our society from usability and safety to the ease of access for daily activities.