Field lessons · Failure files · Machine principles

Machines are always giving clues.
Learn how to read them.

Visual field lessons, failure investigations and practical mechanical engineering for students, technicians and working engineers.

The MechEpic method

01 — Observe
What changed in sound, temperature, pressure, vibration or flow?
02 — Connect
Which machine part, system condition or operating decision could explain it?
03 — Verify
Check the evidence against fundamentals, drawings, procedures and standards.
04 — Decide
Act only within your competence, authority and site controls.

Start with your role

Choose your learning path.

Build context first, then move into machines, maintenance practice and oil-and-gas systems.

Path 01

New Mechanical Engineer

Fundamentals, drawings, equipment basics and the vocabulary used in real engineering work.

Start here →

Path 02

Rotating Equipment

Pumps, compressors, bearings, seals, alignment, lubrication and condition clues.

Explore machines →

Path 03

Maintenance & Reliability

Failure modes, maintenance strategy, root-cause thinking, criticality and improvement.

Build reliability skill →

Path 04

Entering Oil & Gas

Facility systems, mechanical equipment, utilities, field documents and career context.

Enter the system →

Nine connected disciplines

Explore engineering topics.

01 · Rotating equipment

Machines

Pumps, compressors, turbines, gearboxes, bearings, seals and lubrication systems.

Explore →

02 · Pressure boundary

Static Equipment & Piping

Vessels, exchangers, tanks, piping, valves, flanges, gaskets and supports.

Explore →

03 · Asset performance

Maintenance & Reliability

Strategies, failure analysis, criticality, work management and improvement.

Explore →

04 · Evidence

Condition Monitoring

Vibration, oil analysis, thermography, ultrasound and alignment evidence.

Explore →

05 · System context

Oil & Gas Systems

Facilities, process equipment, utilities and operating systems explained mechanically.

Explore →

06 · Practical work

Fieldcraft

Drawings, datasheets, inspections, commissioning, shutdowns and communication.

Explore →

07 · First principles

Engineering Fundamentals

Mechanical principles taught through real machines, systems and calculations.

Explore →

08 · Technical trust

Standards & Integrity

Codes, standards, materials, corrosion, inspection and engineering integrity.

Explore →

09 · Professional practice

Engineer Growth

Technical learning, interviews, communication and career development.

Explore →

Current learning season · Coming progressively

Season One:
The Life of a Centrifugal Pump

Follow energy, flow and mechanical condition through the pump—from suction conditions and impeller action to bearings, seals, vibration and field diagnosis.

FlowPressureCavitationSealsBearings

No placeholder article links: chapters will appear as technically reviewed content is published.

Failure Files

A machine is trying to tell you something.

Follow the clues, test the assumptions and discover what may actually be causing the failure.

Clue
What changed?

Hypothesis
What mechanisms could explain it?

Evidence
What would confirm or reject each possibility?

Verification
What must be checked before acting?

MechEpic Toolbox

Useful engineering tools, built carefully.

Calculators, visual guides, checklists and diagnostic exercises will be released only after their assumptions, units and limitations are technically validated.

Engineering calculatorsVisual guidesField checklistsTroubleshooting exercises

View the Toolbox roadmap →

From the field notebook

Latest engineering articles.

New posts will populate this area automatically. MechEpic currently has no published articles, so nothing is being presented as finished before it has been reviewed.

Why MechEpic exists

Engineering beyond the textbook.

MechEpic turns public engineering knowledge into clear visual lessons and practical reasoning. It is created by Arjun, a mechanical engineer working in oil and gas, without disclosing employer, client or facility information.

Examples are generalized or composite. Educational content does not replace site procedures, manufacturer guidance, applicable codes or professional engineering judgement.

Built on four commitments

Clear explanations

Traceable public sources

Honest uncertainty

Engineering and safety context

About MechEpic →

Newsletter roadmap

MechEpic Field Notes

One practical engineering lesson, diagram or diagnostic question delivered in a clear, useful format.

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