We do not grow old as long as we strive to improve ourselves.
Capital budgeting techniques — NPV (Net Present Value), IRR (Internal Rate of Return), Payback Period, and PI (Profitability Index) — the second lecture in the Financial Management Basics series.
Job analysis methods, job descriptions and job specifications, and job design theories — the second lecture in the HRM Basics series.
The legal characteristics of insurance contracts, the duty of disclosure, and the principle of utmost good faith — the second lecture in the Insurance Fundamentals series.
A practical guide to court document preparation, real property transfer filings, and probate procedures — core skills tested in the NALA CP exam and used daily in paralegal practice.
A complete guide to Part 2 of the US labor law professional exam. Covers the IRAC method for case-analysis answers, common dispute scenarios, HR management theory, and the full EEOC/NLRB administrative process.
Federal standard workweek (40 hours), overtime pay requirements, exempt vs. non-exempt classifications, flexible work arrangements, compensable waiting time, and the pitfalls of salary misclassification — the second lecture in the US Labor Law Basics series.
Definition of wages under US law, the four principles of lawful wage payment, federal and state minimum wage requirements, and the distinction between regular rate and average rate — the second lecture in the US Labor Law Basics series.
Strategy levels (corporate, business, functional), SWOT analysis, Porter's Five Forces model, Porter's generic competitive strategies (cost leadership, differentiation, focus), and the resource-based view — the second installment in the Management Core series.
PEST macro-environment analysis, SWOT analysis, and Porter's Five Forces competitive analysis. The second lecture in the Marketing Fundamentals series.
A practical guide to numerical reasoning skills tested in US workforce readiness assessments: the four sub-competencies (basic arithmetic, statistics, data interpretation, and chart construction), high-frequency calculation patterns, data analysis strategies, and habits that eliminate costly arithmetic errors.