PEC EPE Geological study guide
PEC EPE Geological · Work through your exam, one topic at a time.
The Engineering Practice Examination (EPE) is a Pakistan Engineering Council (PEC) assessment referenced in PEC's Continuing Professional Development (CPD) section, which links to an EPE Guidebook, a policy for redressal of EPE grievances, and a published result for a past sitting (16th EPE, Fall-2020). This page covers the Geological Engineering discipline. PEC publishes a Geological Engineering curriculum under its Curriculum & Fee Structure section, which is the most reliable public outline of the subject matter a Geological Engineering candidate is expected to have studied: engineering geology, rock and soil mechanics, site investigation, geohazards, hydrogeology, and geological mapping and exploration methods. The EPE is aimed at engineering graduates and practising engineers who need to demonstrate that their academic knowledge and professional judgement meet the standard expected for engineering practice in Pakistan; it is typically taken by candidates preparing for professional registration and by those whose registration pathway requires an examination. Preparation should be built around the PEC Geological Engineering curriculum, not around memorised question sets: work through each subject area, re-derive core formulae in soil and rock mechanics, practise interpreting field and laboratory data, and rehearse short written answers under time pressure. Verify all administrative details, including eligibility, dates, fees, format, and pass marks, directly with PEC. Topics on this exam: Geological Engineering. The PEC EPE Geological study guide has 1 section and about 445 words.
01Geological Engineering
The Geological Engineering domain of the PEC EPE tests your ability to turn field and laboratory geology into design numbers for foundations, slopes, tunnels, dams, and groundwater control. Questions are practical: given a boring log, core run, or discontinuity set, choose the parameter, classification, or failure mode that governs design. Site investigation follows a sequence: desk study and remote sensing, geological mapping, boreholes and trial pits, in-situ tests (SPT, CPT, plate load, packer/Lugeon, pressuremeter), laboratory tests, and monitoring. Depth must pass all significant compressible or weak zones and any karst or cavity.
445 words, about 2 minMore study resources for PEC EPE Geological
- Practice questionsIn the context of geological engineering for energy projects, which rock type is classified as an igneous rock formed by the cooling of magma or lava?
- FlashcardsRQD. Rock quality designation: the percentage of intact core pieces longer than 100 mm along the core axis in a run, excluding drilling-induced breaks; indicates the degree of jointing in a rock mass.
- Cheat sheetRock mass rating inputs: uniaxial compressive strength, RQD, joint spacing, joint condition, groundwater condition, and joint orientation adjustment; each parameter is scored then summed.
- Key termsRock mass. The intact rock plus all discontinuities, such as bedding planes, joints, and faults, that together behave as an engineering material at the scale of a foundation, slope, or tunnel.
- Study planMap the full Geological Engineering domain into a personal syllabus covering structural geology, rock mechanics, hydrogeology, engineering geology, and site investigation, then assign each subtopic a confidence rating from 1 to 5.
- Common mistakesCandidates transfer preparation habits from the PE Petroleum exam, where production and reservoir engineering dominate, and underestimate how much of the geological engineering exam tests rock and outcrop description and field interpretation.
- Exam-day guideBring the original, unexpired ID in the exact name used on your registration.