Reflection on SEAS 1001
Taking SEAS 1001 has been an eye-opening and intellectually stimulating experience. Engineering is a discipline that demands a unique blend of technical knowledge, problem-solving skills, and creativity. One of the most remarkable aspects of this class has been the emphasis on real-world applications, which we explored while using TinkerCAD and DEI assignments. The theories and principles we’ve learned are not abstract concepts; they have practical relevance in solving complex problems and improving everyday life.
Moreover, the class has highlighted the significance of attention to detail. In engineering, precision is paramount, as even minor errors can have significant consequences. When working on the MatLab assignment, I was able to garner just how important every character was to the overall success of the program.
Finally, I’ve gained a newfound appreciation for the ethical responsibilities of engineers. Engineers play a crucial role in designing systems and technologies that impact society and the environment. Learning about codes of ethics and the importance of sustainable practices has underscored the need for ethical decision-making in engineering.
In conclusion, SEAS 1001 has been a valuable journey of learning and growth. It has equipped me with both technical knowledge and valuable life skills that extend beyond the classroom. As I continue my engineering education, I look forward to applying these lessons to tackle complex problems and contribute positively to the field.
Systems Engineering Major
The Department of Engineering Management and Systems Engineering at the George Washington University is a dynamic and innovative academic department dedicated to preparing students for leadership roles in various engineering and management disciplines. With a strong emphasis on interdisciplinary approaches, the department offers a range of programs and degrees that integrate engineering principles with management and systems thinking. Students in this department gain a comprehensive understanding of how to optimize complex systems, manage projects efficiently, and lead teams effectively. The department’s faculty members are renowned experts in their fields, contributing to cutting-edge research and providing students with valuable insights into real-world challenges. Through a combination of rigorous coursework, hands-on experiences, and research opportunities, students in the Department of Engineering Management and Systems Engineering are well-equipped to address the complex engineering and management challenges of the modern world.
Example Class Schedule
This semester, I am taking the following classes:
Intro Bio: Cells and Molecules
Single Variable Calculus
University Writing
Intro to Engineering
Intro to Systems Engineering
Intro to Python
Innovation and Entrepreneurship Homework
In my first week in SEAS 1001, I innovated a new way for the average GW student to be able to access all the resources available on campus. Details about this project are included below!
Diversity, Equity, and Inclusion Homework
In week 2 of SEAS 1001, I completed homework answering the question “‘Diversity, Equity, and Inclusion,’ What is it and Why is it important for STEM (engineering) field?”
MatLab Project Results
In week 5 of SEAS 1001, I completed a project in MatLab.
TinkerCAD Automation Project
In Week 3 of SEAS 1001, I was tasked with completing an automation project in TinkerCAD. The motion-sensor is attached below!
3D Printed Wrench
In SEAS 1001, I was able to create a 3D Printed Wrench with my initials on it. The link to this wrench project is attached below!
Maddie Wilson
My name is Maddie Wilson and I am majoring in Systems Engineering at the George Washington University! In my free time, I enjoy walking the monuments, being with friends, and getting coffee.
