Belarus Construction Specialist Attestation study plan
Belarus Construction Specialist Attestation · Give each week a clear focus.
8 weeks · About 7 hours per week
Legislation and Regulatory Framework in Construction
Map the hierarchy of Belarusian construction legislation from the Civil Code and the Law on Architectural and Construction Activity down to technical regulations, and state in writing where each level binds a site engineer
Identify the mandatory technical documents (STB, SN, TKP) that govern design, execution, and acceptance, and explain how to tell which document applies to a given work type
Outline the licensing and attestation system for construction entities and specialists, including who must hold a certificate of conformity and for which categories of work
List the supervisory authorities (state construction supervision, Gosstandart, fire and sanitary services) and describe their inspection rights and the consequences of a violation
Your checkpoint
A one-page legislation map plus a 15-item glossary of legal terms with a one-sentence definition each, self-checked against the notes.
Legislation and Regulatory Framework in Construction & Technical Supervision and Construction Quality Control
Trace the sequence of state supervision of a project from notification of commencement through intermediate acceptance to final commissioning, naming the documents issued at each stage
Explain the rights and duties of technical supervision (customer's engineer) versus the contractor's quality control service, and who signs which act
Distinguish concealed-works certificates, intermediate acceptance acts, and final acceptance acts by purpose, participants, and timing
Practice answering scenario questions on defective work: who records the defect, what remedy is ordered, and how the correction is documented
Your checkpoint
A 10-row table of supervision stages with document names, signatories, and deadlines, plus written answers to 5 defect scenarios.
Construction Organization and Management
Build a work breakdown for a small building project and derive a critical path from a simple activity network, showing total float for each activity
Draft a construction master plan (stroygenplan) outline covering site roads, storage, temporary utilities, and crane placement, and justify each decision
Describe the composition of a project execution plan (POS) and a work production plan (PPR) and state which items are mandatory before earthworks begin
Explain the contractual basis of construction: contract forms, payment terms, schedules of works, and how variations are agreed and recorded
Your checkpoint
A hand-drawn network schedule with critical path and float values for 12 activities, plus a one-page site layout sketch with written justification.
Legislation and Regulatory Framework in Construction & Construction Organization and Management & Technical Supervision and Construction Quality Control
Answer 40 mixed multiple-choice questions on legislation, organization, and supervision under timed conditions and score at least 80 percent
Re-derive the critical path of the week-3 network from memory and check it against the original
Explain in writing how a non-conformance is logged, corrected, and closed out, naming the records involved
Summarize the legal consequences of accepting work that does not meet the project documentation
Your checkpoint
A timed 40-question mock test with a written error log listing each wrong answer, the correct rule, and its source document.
Building Structures and Structural Design & Construction Materials, Products, and Technologies
Identify the structural scheme of a typical frame building and classify its load-bearing elements by function and material
Compute a simply supported beam for bending moment and required section modulus given a load, and check deflection against a limit
Select concrete and reinforcement grades, mortar grades, and steel grades for stated exposure conditions, and justify each choice with a durability argument
Describe the acceptance tests for concrete (slump, cube strength at 7 and 28 days) and for welded and bolted connections, and state the sampling rules in outline
Explain the role of soil bearing capacity and foundation type selection in transferring structural loads
Your checkpoint
A worked beam calculation with a sketch of the section and a materials schedule for a small frame, each item annotated with the reason for its selection.
Engineering Systems and Networks (Water, Heat, Gas, Ventilation) & Geodesy, Engineering Surveys, and Site Preparation
Trace the path of water, heat, and gas from the external network into a building and name the entry fittings, metering, and shut-off devices on each
Size a ventilation duct for a given airflow using an acceptable velocity range and state the assumptions
Describe the composition and required accuracy of a geodetic alignment base (razbivochnaya osnova), including the instruments and tolerances for setting out axes and elevations
List the engineering survey types required before design and the site preparation steps from clearing to temporary drainage
Explain how as-built surveys are produced and why they matter for acceptance
Your checkpoint
An annotated single-line schematic of the water, heat, gas, and ventilation systems for one building plus a written set-out procedure for a rectangular building outline.
Occupational Safety and Health in Construction & Fire Safety and Environmental Protection in Construction
Identify the main hazards of excavation, work at height, crane operation, and electrical work, and match each to a specific control measure from the safety regulations
Draft a toolbox talk script for work at height and a short induction checklist for a new worker on site
Classify a building by fire resistance degree and functional fire hazard class, and state what that classification changes in design
Explain the fire-safety requirements for escape routes, fire compartments, and on-site firefighting equipment during construction
Describe environmental protection duties on site: waste handling, dust and noise limits, protection of soil and water, and the permits required
Your checkpoint
A two-page site safety and environmental plan covering five hazards with controls, the fire-safety measures, and the waste-handling procedure.
Cost Estimation and Pricing in Construction & Legislation and Regulatory Framework in Construction & Building Structures and Structural Design & Occupational Safety and Health in Construction
Build a priced estimate for a small scope using unit rates, labor inputs, overheads, and profit, and explain how the normative base and indices are applied
Describe how design and survey work is priced and how contract price is adjusted for inflation and variations
Complete two full timed mock exams of 60 questions each, covering all ten domains, and score at least 85 percent on the second
Review the error log from weeks 4 and 8 and close every remaining gap by writing the governing rule from memory
Your checkpoint
A completed priced estimate with a calculation trail and two scored mock exams with a consolidated, fully closed error log.
Milestones
Week 2: Can explain, without notes, the supervision chain from commencement to commissioning and name the document issued at each stage.
Week 4: Scores at least 80 percent on the timed 40-question mock covering domains 1, 2, and 7, with an error log written for every miss.
Week 6: Completes the beam calculation and the set-out procedure unaided, arriving at the same answers as the week-5 and week-6 worked examples.
Week 8: Scores at least 85 percent on the full 60-question mock across all domains and has no open items left in the error log.