The STEM Major’s Guide to the University Linear Algebra What This Guide Covers › Linear Algebra is the mathematical language behind modern engineering, computer science, artificial intelligence, physics, data science, quantum mechanics, and advanced mathematics. This guide focuses on vectors, matrices, systems of equations, linear transformations, eigenvalues, eigenvectors, vector spaces,...
STEM Major’s Guide
18 posts
The STEM Major’s Guide to the University Textbook Review What This Guide Covers › Textbook Review teaches STEM majors how to properly evaluate mathematics, physics, engineering, and science textbooks from both an academic and professional perspective. Students learn how to compare notation, prerequisite structures, examples, rigor, exercise quality, readability, proofs,...
The STEM Major’s Guide to the University Building a Resume What This Guide Covers › Building a Resume for STEM Majors explains how to structure a professional resume while in college, including coursework, projects, technical skills, and research experience. This guide focuses on formatting, clarity, academic positioning, and presenting your...
The STEM Major’s Guide to the University WordPress What This Guide Covers › WordPress for STEM Students teaches how to build academic websites, publish lessons, structure research posts, and organize educational content professionally. This section focuses on building a STEM portfolio, formatting math and physics content, embedding PDFs and videos,...
The STEM Major’s Guide to the University Multivariable What This Guide Covers › Multivariable Calculus extends single variable calculus into higher dimensional systems involving functions of several variables. This guide focuses on surfaces, gradients, vector fields, partial derivatives, multiple integration, and coordinate transformations. Author: Jonathan David Focus: partial derivatives, multiple...
The STEM Major’s Guide to the University Maxwell’s Equations What This Guide Covers › Maxwell’s Equations connect electricity, magnetism, fields, waves, and vector calculus into one of the most important systems in physics. This guide focuses on divergence, curl, flux, circulation, electric fields, magnetic fields, and the mathematical structure behind […]
The STEM Major’s Guide to the University Line Integrals What This Guide Covers › Line Integrals introduce integration along curves and paths, connecting multivariable calculus to work, circulation, and vector fields. This guide emphasizes parameterization, scalar and vector line integrals, and the physical meaning of integration along a path in […]
The STEM Major’s Guide to the University Linear Algebra & Differential Equations What This Guide Covers › Linear Algebra with Differential Equations is a unified guide that connects matrix theory, vector spaces, and systems of equations with continuous models described by differential equations. This course emphasizes structure, transformations, eigenvalues, and […]
The STEM Major’s Guide to the University Before Physics What This Guide Covers › Before Physics is designed to prepare STEM students for their first physics course by building strong conceptual understanding and mathematical readiness. This guide focuses on vectors, algebra and calculus preparation, physical intuition, and how to approach […]
The STEM Major’s Guide to the University Tensor Index What This Guide Covers › Tensor Index Notation for STEM Majors introduces the compact language used in advanced mathematics, physics, and engineering to represent vectors, tensors, and multidimensional relationships. This guide focuses on understanding indices, summation convention, and how tensor notation […]