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| Item Details | Price | ||
|---|---|---|---|
FINISHING ENGINEER FOR CONSTRUCTION PROJECTS ONLINE COURSE FOR ARCHITECTS & CONSTRUCTION PROFESSIONALS & ENGINEERS
Language: ENGLISH
Instructors: BHADANIS QUANTITY SURVEYING & CONSTRUCTION MANAGEMENT INTERNATIONAL TRAINING INSTITUTE 2016
Validity Period: 365 days
Why this course?
For Architects, Site Engineers & Other Construction Professionals
Finishing work is where a construction project is finally judged. Structure may carry the building, but finishing defines how the building is experienced, approved, and handed over. Most disputes, rework, delays, and client dissatisfaction arise not from structural work, but from finishing failures. This course is designed to train engineers, architects, and site professionals to handle finishing works with clarity, control, and confidence.
A finishing engineer is not just a supervisor. This role requires understanding drawings deeply, controlling workmanship, coordinating multiple trades, approving materials, protecting completed work, and delivering a project that looks correct, feels correct, and performs correctly. This course builds that mindset step by step.
The program is fully execution-oriented. Every module focuses on what actually happens on site, what usually goes wrong, and how a finishing engineer should prevent issues before they appear.
This module sets the foundation. Participants understand the real responsibility of a finishing engineer beyond routine supervision. The scope of finishing works is explained in detail, covering walls, floors, ceilings, doors, windows, fittings, fixtures, and external finishes.
Coordination is a core skill. This module explains how a finishing engineer must align site teams, design intent, and vendor execution. Common mistakes made by new finishing engineers are discussed openly, such as starting finishes without readiness checks, ignoring protection, or depending only on drawings without site validation.
Finishing drawings are often misread or assumed to be complete. This module teaches how to read architectural finishing drawings properly, including floor finish schedules, wall finish legends, and detail references.
Participants learn to interpret notes, symbols, levels, and finish codes correctly. Special focus is given to identifying missing details, unclear transitions, and conflicts that can create problems during execution if not clarified early.
Finishing quality depends heavily on material selection and approval. This module explains the complete sample approval workflow, from submission to final acceptance.
Mockups and reference panels are discussed as practical quality tools, not paperwork. Participants learn how to match approved materials with drawings and written specifications so that what is installed on site truly reflects what was approved.
Most finishing defects begin with poor surface preparation. This module explains plaster readiness checks, flatness tolerance, and surface uniformity.
Moisture presence, curing time, and drying conditions are covered in detail so finishes are not applied prematurely. Participants learn how to reject surfaces confidently when conditions are not suitable.
Plastering sets the base for most finishing works. This module explains different plaster types used in buildings and where each is appropriate.
Thickness control, line alignment, and surface plane checks are discussed with site-focused logic. Common plaster defects such as waviness, cracks, hollowness, and uneven levels are explained along with practical rectification methods.
This module explains the correct sequence of putty application and why shortcuts cause long-term issues. Thickness control, drying time, and surface smoothness are covered step by step.
Participants learn how to inspect surfaces before paint application and how to reject poor workmanship before it becomes hidden under final coats.
Painting is often treated as simple work, yet it is one of the most visible finishes. This module explains types of paints commonly used in projects and where each is suitable.
Application methods, coat sequence, surface conditions, and curing time are discussed in practical terms. Common paint defects like peeling, patchiness, shade variation, and roller marks are explained with their root causes.
Tile work requires precision. This module explains different tile types and selection criteria.
Base preparation, fixing methods, adhesive selection, joint spacing, and alignment control are explained clearly. Level control and slope formation are covered in detail to avoid water stagnation and uneven finishes.
Natural stone behaves differently from tiles. This module explains common stone types used in buildings and their properties.
Dry fixing and wet fixing methods are compared with clear use cases. Polishing, edge finishing, and protection of stone surfaces during construction are covered to avoid staining and damage.
This module explains different wooden flooring systems and their site requirements.
Subfloor preparation, moisture control, expansion joints, and final finishing are discussed so flooring remains stable and crack-free over time.
False ceilings involve alignment, coordination, and sequencing. This module explains various ceiling systems used in projects.
Level marking, grid layout, suspension spacing, and inspection before closure are explained to prevent future sagging, cracks, and access issues.
Partition works require accuracy. This module covers layout marking, framing installation, board fixing, and joint treatment.
Crack prevention practices are explained so partitions remain stable even after occupancy.
Door frames affect alignment of multiple finishes. This module explains frame fixing methods and checks for level, plumb, and squareness.
Shutter fixing and hardware coordination are explained to ensure smooth operation and clean appearance.
This module explains types of window systems commonly used in buildings.
Installation sequence, alignment checks, sealant application, and water tightness testing are covered to prevent leakage and air gaps.
Safety elements require precision. This module explains materials used for handrails and balustrades and their fixing details.
Height compliance, edge finish quality, and alignment checks are discussed clearly.
Staircases are high-traffic areas. This module explains tread and riser finishing options.
Edge protection methods, uniformity checks, and level consistency are covered to avoid trip hazards and visual defects.
This module focuses on finishing over waterproofed surfaces.
Tile layout planning, slope control, fixture alignment, and coordination are explained to avoid leakage, ponding, and poor appearance.
Kitchen finishes involve tight coordination. This module explains countertop installation, dado alignment, and coordination with cabinets and fixtures.
Focus is given to precision and cleanliness.
This module explains areas requiring waterproofing and how finishing works must respect treated surfaces.
Protection methods and correct finishing over waterproofed areas are discussed to prevent damage.
External finishes face weather exposure. This module explains external plaster, paint systems, and weather protection measures.
Crack control and seepage prevention are covered with site-tested practices.
Joints are critical for movement and durability. This module explains types of joints and sealants used in finishing works.
Application methods, curing, and common failures are discussed with practical fixes.
Mockups help control quality. This module explains why mockups are created, how approvals are frozen, and how mockups should be used as execution references.
This module explains stage-wise inspection methods.
Acceptance criteria, documentation, and closure of issues are covered so quality control becomes systematic.
Incorrect sequencing causes damage. This module explains logical order of finishing trades.
Floor-wise and area-wise planning is discussed to minimize rework and delays.
This module explains planning of cutouts, openings, and fixture alignment.
Methods to avoid patchwork and rework are discussed clearly.
Protection is often ignored. This module explains temporary protection methods and movement control during works.
Correct removal of protection without surface damage is covered.
This module explains how to identify, categorize, and track finishing defects.
Closure methods and responsibility tracking are explained step by step.
Participants learn how to prepare areas for inspection, handle observations professionally, and ensure readiness for re-inspection.
This module explains cleaning stages, appearance checks, and readiness confirmation before handover.
The course ends with real site lessons. Rework causes, time and cost impact, and practical learning from failures are discussed honestly so participants avoid repeating common mistakes.
After completing this course, participants will be able to:
Control finishing works with confidence
Identify issues before execution
Coordinate multiple finishing trades smoothly
Deliver high-quality finishes without rework
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