SUMMARY
To pursue a career in engineering, particularly industrial engineering, a solid foundation in mathematics is essential. Required courses include Calculus I-III, Differential Equations, Linear Algebra, and Physics I-III. While advanced math is integral to the undergraduate curriculum, many engineers utilize basic algebra and trigonometry in their daily work. Understanding fundamental engineering concepts and their real-world applications is more critical than being a math expert.
PREREQUISITES
- Calculus I-III
- Differential Equations
- Linear Algebra
- Physics I-III
NEXT STEPS
- Research software tools like Mathematica for numerical problem-solving.
- Explore real-world applications of engineering concepts to enhance understanding.
- Study basic algebra and trigonometry to prepare for engineering courses.
- Investigate the role of engineering design and the "black box" concept in problem-solving.
USEFUL FOR
Prospective engineering students, current engineering students, and professionals seeking to understand the mathematical foundations necessary for a successful engineering career.