This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The structure of the 6-hour FE Mechanical exam appointment, including the 5 hours and 20 minutes of active exam time.

- How to interpret the NCEES knowledge area specifications and their question ranges.

- The method for converting exam specifications into a proportional, weighted study plan.

- Common exam day traps like time mismanagement and inefficient use of the digital NCEES Reference Handbook.

- The 'Major time for major topics' principle to prioritize your study efforts for maximum impact.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- How to convert between bearings and azimuths to correctly apply latitude and departure formulas.

- The critical sign conventions for latitudes (N+/S−) and departures (E+/W−) that are common exam traps.

- The process for calculating the error of closure in a traverse and adjusting it using the Compass Rule.

- How to find and apply the Shoelace Formula (Area by Coordinates) from the Mathematics section of the NCEES Handbook.

- A simple mnemonic, 'Latitude is Like Northitude,' to quickly recall the North-South and East-West components.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The Height of Instrument (HI) is calculated by adding the Backsight (BS) to a known elevation point (HI = Elev + BS).

- A new point's elevation is found by subtracting the Foresight (FS) from the Height of Instrument (New Elev = HI - FS).

- A Turning Point (TP) is used to move the instrument, receiving a Foresight before the move and a Backsight after to establish a new HI.

- Error of closure in a level loop is the difference between the final measured elevation and the known starting benchmark elevation.

- Always convert the total loop distance to the correct units (e.g., feet to miles) before calculating the allowable misclosure.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The four leading causes of construction fatalities, known as OSHA's Focus Four, are falls, struck-by, caught-in/between, and electrocution.

- Fall protection is required at heights of 6 feet or more, while trenching protective systems are mandatory for depths of 5 feet or greater.

- The three OSHA soil classifications (Type A, B, and C) dictate the maximum allowable slopes for excavations, with Type C being the least stable.

- A designated "competent person" must conduct daily inspections of excavations to ensure safety.

- Excavated spoil piles must be placed at least 2 feet away from the edge of a trench to prevent collapse.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- How to differentiate between Planned Value (PV), Earned Value (EV), and Actual Cost (AC).

- How to calculate and interpret Schedule Variance (SV) and Cost Variance (CV) to determine project status.

- How to calculate and interpret Schedule Performance Index (SPI) and Cost Performance Index (CPI).

- To identify common FE exam traps, such as confusing time-based scheduled progress (PV) with performance-based completed work (EV).

- How to use the Estimate at Completion (EAC) formula to forecast the new total project cost based on performance.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The Critical Path is the longest duration path in a project network, and its activities have zero Total Float.

- How to perform a Forward Pass to calculate the earliest start (ES) and earliest finish (EF) times for all project activities.

- How to execute a Backward Pass to determine the latest start (LS) and latest finish (LF) times without delaying the project.

- To calculate Total Float (LS - ES), which represents the time an activity can be delayed without impacting the final project completion date.

- A simple mnemonic for calculations: 'Forward is Max, Backward is Min' for activities with multiple predecessors or successors.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The six NAAQS criteria pollutants are Ozone (O₃), Particulate Matter (PM₂.₅/PM₁₀), Carbon Monoxide (CO), Nitrogen Dioxide (NO₂), Sulfur Dioxide (SO₂), and Lead (Pb).

- Primary NAAQS are designed to protect human health, while secondary standards protect public welfare, such as crops and visibility.

- The Gaussian plume model, found in the NCEES FE Reference Handbook, is used to calculate downwind pollutant concentrations.

- A common exam trap is confusing the effective stack height (H), which includes plume rise, with the physical stack height (h).

- Atmospheric stability classes (A-F) determine the plume's dispersion coefficients (σ_y, σ_z), directly impacting ground-level pollution concentration.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The key difference between BOD (Biochemical Oxygen Demand) and COD (Chemical Oxygen Demand) for exam purposes.

- How to conceptually understand the Dissolved Oxygen (DO) sag curve resulting from wastewater discharge.

- The roles of the deoxygenation (k_d) and reaeration (k_r) rates in the Streeter-Phelps equation.

- How to correctly calculate the initial oxygen deficit (D₀), a common source of error on the exam.

- A mnemonic to distinguish between the two primary rate constants in the DO sag model.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The F/M ratio is the daily mass of incoming BOD (food) divided by the total mass of microorganisms (MLVSS) in the aeration tank.

- The core formula is F/M = (Q × S₀) / (V × X), found in the Environmental Engineering section of the NCEES Handbook.

- A critical exam trap is distinguishing between MLSS and MLVSS; use the volatile fraction to find MLVSS, which represents the active microorganisms.

- Pay close attention to units; ensure consistency (e.g., MGD and MG) to correctly apply the 8.34 lbs/gallon conversion factor.

- Remember the mnemonic 'Feed the Bugs' to correctly place Food (BOD) in the numerator and Microorganisms (MLVSS) in the denominator.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep

This podcast is made by Ran Chen, who holds an EA license, Insurance and Securities licenses (Series 6, 63, 65), and the CFP® designation. He is passionate about opening access to high-quality exam preparation resources and helping learners prepare more effectively for professional certification exams.

In this episode you will learn:

- The correct sequence of the five main steps in a conventional drinking water treatment train.

- How coagulation uses chemicals like alum to neutralize particle charges, enabling floc formation.

- The critical difference between the rapid mix of coagulation and the slow mix of flocculation.

- How to perform a CT calculation for disinfection to ensure required pathogen inactivation.

- Common exam traps, including unit conversions and the application of baffling factors in contact time calculations.

For more free exam prep tools, practice questions, and AI-powered explanations, visit https://open-exam-prep.com/ or YouTube Channel: https://www.youtube.com/@Open-exam-prep