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Civil Engineering Package for English Language Learners
Comprehensive training for civil engineers in English. Master quantity surveying, billing, tendering, and project management with our 540-day program. Now at ₹35,500 (52.98% OFF).
Complete Civil Engineering Training Path
Level 1: Quantity Surveying
Master the fundamentals of quantity takeoff and estimation
Level 2: Billing Engineering
Learn to prepare and process construction bills
Level 3 & 4: Tendering & Contracts
Understand contract management and tendering processes
Level 5: Project Management
Master Primavera and MSP software for project planning
Bonus Software Training Included
AutoCAD
Master 2D drafting and design for construction drawings
Revit
Learn Building Information Modeling (BIM) fundamentals
STAAD Pro
Analyze and design structures with industry-standard software
QA/QC
Implement quality assurance and control in construction projects
Quantity Surveying Level 1
Foundation Course
Learn essential quantity takeoff techniques and estimation principles for civil engineering projects.
Practical Applications
Apply measurement techniques to real-world construction scenarios.
Industry Standards
Master standard methods of measurement used in the construction industry.
Billing Engineering Level 2
Preparation of Bills
Learn to prepare running account bills, final bills, and measurement books
Rate Analysis
Master the techniques of analyzing rates for various construction items
Certification Process
Understand the verification and certification procedures for construction bills
Payment Processing
Learn about payment terms, deductions, and financial documentation
Tendering and Construction Contracts Management

Tender Preparation
Create comprehensive tender documents

Contract Formation
Understand legal aspects of construction contracts

Negotiation Skills
Master techniques for successful contract negotiations

Contract Administration
Manage ongoing contracts effectively
Construction Project Planning & Management

Project Completion
Successful delivery of construction projects
Monitoring & Control
Track progress and implement corrective actions
Resource Allocation
Optimize labor, materials, and equipment
Scheduling
Create detailed project timelines
Project Initiation
Define scope and objectives
Primavera & Microsoft Project Training
Primavera P6
  • Create Work Breakdown Structures
  • Develop project schedules
  • Track resources and costs
  • Generate professional reports
Microsoft Project
  • Build Gantt charts
  • Manage task dependencies
  • Allocate resources efficiently
  • Monitor project progress
Quality Control & Quality Assurance
Quality Planning
Develop quality management plans and establish standards for construction projects.
Inspection Methods
Learn techniques for material testing, workmanship evaluation, and documentation.
Quality Systems
Implement ISO standards and quality management systems in construction.
Non-Conformance Management
Address quality issues through corrective and preventive actions.
FIDIC Contracts Training
What are FIDIC Contracts?
FIDIC (International Federation of Consulting Engineers) contracts are standardized construction contracts used internationally, especially in Gulf countries.
Red Book Coverage
The course covers FIDIC Red Book, which is used for construction works where the design is provided by the employer.
Key Learning Outcomes
Understand contract administration, claims management, dispute resolution, and risk allocation in international construction projects.
Document Management for Construction Projects
Document Creation
Develop standardized templates and formats for project documentation
Filing Systems
Implement efficient physical and digital filing structures
Document Control
Manage document revisions, approvals, and distribution
Archiving
Establish protocols for long-term storage and retrieval
Construction Site Organization and Management

Site Layout Planning
Optimize construction site arrangements
Team Coordination
Manage various trades and subcontractors
Logistics Management
Coordinate material delivery and storage
Safety Implementation
Ensure compliance with health and safety regulations
Building Materials Selection and Application
Learn to select appropriate building materials based on project requirements, durability, cost, and sustainability factors.
Management Skills for Civil Engineers

Management Fundamentals
Core principles of effective management in construction

Human Resource Management
Team building and personnel development

Financial Management
Budgeting and cost control techniques

Material Management
Procurement and inventory optimization

Equipment Management
Machinery selection and maintenance
Communication Management in Construction
Stakeholder Communication
Effectively engage with clients, contractors, and authorities
Technical Documentation
Create clear and precise technical reports and specifications
Project Presentations
Deliver impactful presentations on project status and outcomes
Conflict Resolution
Address and resolve disputes in construction projects
Lean Management in Construction
30%
Waste Reduction
Average reduction in material waste through lean practices
25%
Time Savings
Typical project timeline reduction with lean implementation
20%
Cost Efficiency
Potential cost savings through lean construction methods
Six Sigma in Construction Projects

Define
Identify project goals and deliverables

Measure
Collect relevant data on current processes

Analyze
Determine root causes of defects

Improve
Implement solutions to eliminate defects

Control
Maintain improvements over time
Supply Chain Management in Construction
Suppliers
Material and equipment vendors
Logistics
Transportation and delivery
Storage
Inventory and warehousing
Site Integration
Just-in-time delivery to construction site
Construction Procurement Management
Vendor Selection
Evaluate and qualify suppliers based on quality, reliability, and cost-effectiveness.
Contract Negotiation
Secure favorable terms for materials, equipment, and subcontracted services.
Purchase Management
Streamline ordering processes and maintain accurate records of all transactions.
Supplier Relationship
Develop strategic partnerships with key vendors for long-term benefits.
Total Quality Management in Construction

4

Excellence
Continuous improvement culture
Customer Focus
Meeting client expectations
Process Approach
Systematic management of activities
4
Quality Standards
Adherence to specifications
Human Resource Management for Construction
Recruitment & Selection
Attract and hire qualified construction professionals
Training & Development
Enhance skills and knowledge of construction teams
Performance Management
Evaluate and improve individual and team performance
Team Building
Foster collaboration among diverse construction teams
AutoCAD for Civil Engineers
Basic Drawing Tools
Master lines, circles, and basic shapes for 2D drafting
Advanced Editing
Learn to modify, copy, and manipulate drawing elements
Layers Management
Organize drawings using layers, colors, and linetypes
Layout & Plotting
Create professional layouts and print construction drawings
Revit for Building Information Modeling
3D Building Modeling
Create detailed architectural and structural models
Component Libraries
Utilize and customize building component families
Documentation
Generate construction documents from the BIM model
Collaboration
Share models with project stakeholders
Quantity Survey Using Excel
Automated Calculations
Create formulas for quick and accurate quantity takeoffs.
Custom Templates
Develop reusable templates for different types of construction projects.
Field Applications
Apply Excel skills for on-site quantity verification and updates.
Surveying Using Auto Level
Equipment Setup
  • Auto level positioning
  • Tripod stability techniques
  • Instrument calibration
Field Procedures
  • Backsight and foresight readings
  • Benchmark establishment
  • Elevation transfer methods
Data Recording
  • Field book documentation
  • Digital data collection
  • Error checking procedures
Level 1 Quantity Survey Library
Access comprehensive reference materials including standard methods of measurement, estimation guides, and industry specifications for quantity surveying professionals.
Construction Projects Management Level 5
Management Fundamentals for Engineers
Leadership Skills
Develop abilities to guide and motivate construction teams toward project goals.
Decision Making
Learn analytical approaches to make informed decisions in complex situations.
Strategic Planning
Create effective short and long-term plans for construction projects and organizations.
Organizational Behavior
Understand human dynamics in construction companies and project environments.
Package Benefits for Career Growth
540
Days of Access
Extended validity period for comprehensive learning
20+
Courses
Complete curriculum covering all aspects of civil engineering
5
Certification Levels
Progressive skill development from basics to advanced
Career Opportunities After Training
Quantity Surveyor
Estimate costs and prepare bills of quantities for construction projects
Billing Engineer
Process payment applications and verify construction progress
Contracts Manager
Oversee construction contracts and resolve contractual issues
Project Manager
Lead construction projects from inception to completion
Quantity Surveying Career Path

Junior Quantity Surveyor
Entry-level position focusing on basic measurements
Quantity Surveyor
Full responsibility for project estimations
Senior Quantity Surveyor
Leading teams and handling complex projects
Chief Quantity Surveyor
Strategic role overseeing multiple projects
Construction Contract Types

1

1
Lump Sum
Fixed price for entire project scope

2

2
Unit Price
Payment based on measured quantities

3

3
Cost Plus
Reimbursement of costs plus fee

4

4
Target Cost
Shared savings/overruns against target

5

5
Design-Build
Single entity responsible for design and construction
Tendering Process Overview
Tender Notice
Public announcement of project opportunity
Document Issuance
Distribution of tender specifications
Pre-Bid Meeting
Clarification of requirements
Bid Submission
Formal proposal delivery
Contract Award
Selection of winning bidder
Construction Planning Techniques
Work Breakdown Structure
Hierarchical decomposition of project deliverables into manageable components, providing a foundation for scheduling and resource allocation.
Critical Path Method
Analytical technique to identify the sequence of activities that determine the minimum project duration, highlighting tasks with zero float.
Resource Leveling in Construction
Construction Cost Control
1
Budget Establishment
Create detailed project budget based on accurate estimates
Cost Tracking
Monitor actual expenditures against planned costs
Variance Analysis
Identify and explain deviations from budget
Corrective Actions
Implement measures to address cost overruns
Building Information Modeling Benefits
20%
Cost Reduction
Average savings through clash detection and optimization
30%
Time Savings
Reduced design and documentation time
70%
Coordination
Improvement in cross-discipline collaboration
40%
Rework Reduction
Decrease in field rework through pre-construction visualization
Construction Safety Management

4

Safety Culture
Organization-wide commitment to safety
Training & Awareness
Regular safety education for all personnel
Risk Assessment
Systematic hazard identification
4
PPE & Equipment
Proper protective gear and safe tools
Construction Quality Standards
ISO 9001 for Construction
International standard for quality management systems, providing a framework for consistent quality in construction processes and deliverables.
Industry-Specific Standards
Standards like ACI for concrete, AISC for steel, and ASTM for materials testing that define acceptable quality levels for specific construction elements.
Quality Control Tests
Standard tests for materials like concrete slump tests, compressive strength tests, and soil compaction tests to verify compliance with specifications.
Construction Material Testing
Concrete Testing
Slump tests, compression tests, and non-destructive evaluation methods for concrete quality assurance.
Soil Testing
Proctor tests, CBR tests, and grain size analysis for foundation and earthwork quality control.
Steel Testing
Tensile strength, yield strength, and elongation tests to verify reinforcement properties.
Construction Claims Management
Claim Identification
Recognize potential claims early in the project lifecycle
Documentation
Maintain comprehensive records to support claim positions
Analysis
Evaluate claim merit, impact, and entitlement
Resolution
Negotiate settlements or pursue formal dispute resolution
Construction Scheduling Techniques
Gantt Charts
Bar charts showing activities against time, providing a visual representation of the project schedule and progress.
  • Easy to understand
  • Shows task durations
  • Displays overlapping activities
Network Diagrams
Graphical representation of project activities and their relationships, highlighting the critical path.
  • Shows dependencies
  • Identifies critical path
  • Calculates float times
Line of Balance
Technique for repetitive activities like high-rise construction, showing production rates over time.
  • Ideal for repetitive work
  • Shows production rates
  • Identifies bottlenecks
Value Engineering in Construction

Information Phase
Gather project data and requirements

Creative Phase
Generate alternative solutions

Evaluation Phase
Assess alternatives against criteria

4

4
Implementation Phase
Execute selected improvements
Construction Risk Management
Construction Site Layout Planning
Temporary Facilities
Strategic placement of site offices, toilets, and first aid stations for efficiency and safety.
Equipment Positioning
Optimal locations for cranes, hoists, and other major equipment to maximize coverage and minimize conflicts.
Material Storage
Designated areas for different materials to ensure accessibility and minimize double handling.
Construction Equipment Management
Equipment Selection
Choose appropriate machinery based on project requirements, soil conditions, and economic factors.
Productivity Analysis
Calculate output rates and optimize equipment fleet composition for maximum efficiency.
Maintenance Planning
Implement preventive maintenance schedules to minimize breakdowns and extend equipment life.
Cost Control
Monitor ownership and operating costs to ensure equipment contributes positively to project economics.
Concrete Technology for Civil Engineers
Mix Design
Formulate concrete mixes for specific strength and durability requirements
Admixtures
Select appropriate chemical additives to modify concrete properties
Curing Methods
Implement proper curing techniques to ensure strength development
Testing Protocols
Conduct standard tests to verify concrete quality and performance
Structural Steel Construction
1
Detailing
Preparation of shop drawings with precise dimensions and connections
Fabrication
Manufacturing of steel members in controlled shop environment
Transportation
Delivery of steel components to construction site
Erection
Assembly of steel framework on site using cranes and specialized equipment
Fireproofing
Application of fire-resistant materials to protect steel structure
Foundation Types and Applications

Spread Footings
For light to medium loads on good soil

Strip Foundations
For load-bearing walls

Raft Foundations
For poor soil conditions

Pile Foundations
For transferring loads to deeper strata

Caissons
For very heavy loads or water crossings
Building Services Integration
Electrical Systems
Power distribution and lighting
Plumbing Systems
Water supply and drainage
HVAC Systems
Heating, ventilation, and air conditioning
Fire Protection
Sprinklers and alarm systems
Sustainable Construction Practices
Energy Efficiency
Implement building envelope designs and systems that minimize energy consumption throughout the building lifecycle.
Water Conservation
Incorporate rainwater harvesting, greywater recycling, and water-efficient fixtures to reduce potable water usage.
Material Selection
Choose renewable, recycled, and locally sourced materials with low embodied carbon and minimal environmental impact.
Waste Management
Develop strategies for reducing, reusing, and recycling construction waste to minimize landfill disposal.
Construction Productivity Improvement

1

1
Work Measurement
Establish productivity baselines
Bottleneck Analysis
Identify productivity constraints
Process Optimization
Streamline construction methods
Continuous Improvement
Implement feedback loops
Construction Financial Management
Construction Project Closeout
1
Substantial Completion
Verify that the project is ready for intended use
Punch List Resolution
Address all outstanding deficiencies
Documentation Handover
Compile and transfer all project records
Final Payment
Process final invoices and release retentions
Building Codes and Regulations
International Building Code (IBC)
Comprehensive code that addresses structural safety, fire protection, and accessibility requirements for new and existing buildings.
National Electrical Code (NEC)
Standards for safe electrical design, installation, and inspection to protect people and property from electrical hazards.
Plumbing and Mechanical Codes
Requirements for water supply, sanitation, HVAC systems, and other building services to ensure health and safety.
Energy Conservation Codes
Standards for energy-efficient building envelopes, mechanical systems, and lighting to reduce energy consumption.
Construction Dispute Resolution

5

Litigation
Formal court proceedings
Arbitration
Binding third-party decision
Mediation
Facilitated negotiation
Negotiation
Direct discussion between parties
5
Prevention
Proactive conflict management
Construction Ethics and Professional Practice
Integrity
Maintain honesty and transparency in all professional dealings
Fairness
Treat all project stakeholders equitably and without bias
Responsibility
Prioritize public safety and environmental protection
Competence
Maintain and enhance professional knowledge and skills
Construction Technology Trends
Augmented Reality
Overlay digital information on the physical world to enhance construction visualization and quality control.
Drone Technology
Utilize unmanned aerial vehicles for site surveys, progress monitoring, and safety inspections.
Robotics
Implement automated systems for repetitive tasks like bricklaying, concrete finishing, and demolition.
Global Construction Opportunities
This comprehensive training package prepares civil engineers for diverse international opportunities in rapidly developing markets across the Middle East, Asia, Europe, and the Americas.
Enroll Today and Transform Your Career
₹35500
Special Price
52.98% discount from original price of ₹75500
540
Days Access
Extended learning period for comprehensive skill development
20+
Complete Courses
Comprehensive curriculum for civil engineering excellence