The course is organized into modules, each designed to build foundational skills progressively.
Instruction includes group projects and real-world simulations to practice digital skills
applicable to various professional contexts. Students learn advanced concepts in word processing, spreadsheets, databases, desktop design, keyboarding, and presentations, as well as gain hands-on experience with the latest online and digital tools.
By the end of the coursework, students will be able to:
1-Demonstrate keyboarding proficiency and understand best practices for ergonomic
typing and data entry.
2-Communicate effectively through professional email practices.
3-Navigate essential software applications used in office environments (e.g., word
processors, spreadsheets, and presentation tools).
4-Understand and perform basic hardware troubleshooting and maintenance.
5-Apply safety and privacy protocols for online activities.
6-Use industry-standard technology tools with confidence, such as CompTIA, enhancing
employability.
This course introduces the theory and applications of ordinary differential equations of first and higher (mostly second) order as well as systems of linear differential equations.
Upon successful completion of this course students can:
1-Develop a mathematical model using differential equations or systems in a variety of problem
situations.
2-Identify and utilize tools of quantitative reasoning to solve problems that impact academic
understanding and public life.
3-Critically analyze and evaluate how quantitative information of the mathematical model is
derived, reported, and applied.
4-Interpret and construct solutions of differential equations in the form of formulas, graphs,
tables, and use them to predict the future development/behavior of the system.
5-Understand various types of ordinary differential equations and use appropriate methods to
solve them analytically or numerically.
6-Communicate mathematical results in a manner appropriate to the audience