Level 1 - Duration :- 45 Days
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1. Understanding the Role of BHADANI'S Quantity Surveying in the Construction Industry

2. QA/QC Techniques Used of All Kinds of Civil Works at Site (Basics)

3. Construction Methodologies of Civil Works and How it works in Construction Industry

4. Construction Activities Identification Analysis and Report Generation

5. Making Project Chartered and Feasible Reports

6. Project Risk Analysis and Action Reports

7. Understanding and Reading the Structural and Architectural Drawings

8. Quantity Take off From the Drawings Like PCC , RCC , Reinforcement , Shuttering Etc.

9. Quantity Take off From the Architectural Drawings (Like Brickwork, Plaster Painting Putty Work Etc.)

10. Faster Take off Methodologies from Drawings of Civil

11. Analysis of All Kinds of Civil Drawings with Proper Presentation in Excel Formats

12. Management Information System (MIS) Generation and Preparation in Proper Formats as per IS Standards

13. Estimation of All Kinds of CIVIL , INTERIOR, BRIDGE, ROADS, HIGHWAYS, CANAL, CULVERTS, DRAINS, MECHANICAL, ELECTRICAL, PLUMBING , RESIDENTIAL, COMMERCIAL AND INDUSTRIAL PROJECTS TRAINING

14. Estimation Technique  During Design Phase 

15. Estimation Technique During Pre-Construction Phase

16. Estimation Technique During Post-Construction Phase

17. Calculator Making of Concrete Steel, Brickwork, Plaster Painting Etc.

18. Pre-Engineered Building (PEB) Estimation 

19. Costing Techniques of All Kinds of CIVIL , INTERIOR, BRIDGE, ROADS, HIGHWAYS, CANAL, CULVERTS, DRAINS, MECHANICAL, ELECTRICAL, PLUMBING , RESIDENTIAL, COMMERCIAL AND INDUSTRIAL PROJECTS TRAINING

20. Costing Techniques- Risk Based Costing

21. Costing Techniques - Parametric Costing

22. Costing Techniques - Machinery Transport Management and Costing

23. ​Costing Techniques - Scope Estimation and Cost Analysis

24. ​S-Curve Reporting 

25. Labour Deployment Planning As per Budget 

26. Labour Economics and Productivity Analysis

27. Labour Output Analysis as per IS Code, Schedule of Rates and As per BHADANI'S New Technique

28. Economic Order Quantity (EOQ) and Management​

29. Machinery Output Analysis as per Market Standards

30. Profit and Loss Analysis in Labour and Machinery Deployed at Construction Site

31. Daily Work Report (DWR) Preparation as per Quantity Surveyor Standards

32. Bar Bending Schedule (BBS) of All RCC Structures Like Footing Beams Slabs, Columns , Raft , Footing, Staircase Etc.

33. ​Bill of Quantity (BOQ) Take off (Material and Preparation)

34. Rate Analysis of All Kinds of Civil Works

35. Material Reconciliation Techniques from Contractor and Client's Side

36. Material Procurement Strategies as per the techniques used in Quantity Surveying

37. FREE  LANCE Quantity Surveying with Hands on Practice

1. Understanding the Role of BHADANI'S Billing Engineer / Invoice Engineering in the Construction Industry of India and World

2. Billing Engineering Tasks at Site Office and Understanding the Role in Head office with the Client Coordiation

3. Account Basics requirement for Billing Engineer

4. Construction Billing Procedures From Client Side as well as Contractor Side

5. Interim Payment Certification (IPC) from Client Sides as well as Contractor Side

6. RA Bill Making - Client Billing - Subcontracting

7. Billing with GST and Without GST - hands of Expertise

8. CPWD and Corporations and PSU's Techniques of Billing 

9. Invoice Generation Through ERP 

10. Claim and Dispute Settlement Procedures and all required techniques in Billing and MIS Generation for the same

11. Material Engineering Bills for Both Client Side as well as Contractor's Side

12. ​Third Party Contractor Billing

13. Joint Venture Companies / Contractor Billing

14. Petty/ Vendor Billing 

15. Preliminary Billing - Post Construction Billing

16. InterAlia Billing , International Billing Challan Generation

17. Claim Management Procedures used by Invoice Engineers

18. Claim of Price Variations as per Norms of Govt. of INDIA

19. Claim of Quantity Variations as per the Norms of Govt. of INDIA

20. Mode of Measurement as per IS Codes with Nomenclatures

21. Claim of Extra Item Analysis of All Kinds of Civil Works During the Site Execution as well as Post Contracting Period

22. Vendor Vs. Client Bill Reconciliation

Level 5 Duration :- 25 Days

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1. Critical Thinking and Problem Solving Approach 

2. Strategical Thinking and Risk Analysis 

3. Project Planning - Master Plan Generation 

4. Project Management Procedures Used for Construction Industry by Big MNC's and Construction Companies of India and World

5. Role of Project Manager in Construction Industry

6. Project Budget Preparation with all factors analysis in Hand

7. Actual Situation Comparison with Budget Amount

8. Progress Monitoring with the Key Indicators Strategy

9. MS Project Basics - Scheduling and Primavera P6 Software

10. Project Coordination Techniques with Accounts , HR , Purchase and Procurement Departments with easy solutions 

11. Management Information Generation

12. Modern Building Construction Trends Execution Plan & Strategy Building

13. Resettlement and Rehabilitation (R&R) for speedy progress of work

14. Quality Assurance with Total Quality Control Planning 

15. Site (Field) Management Techniques used by Project Managers at Site

16. Management of Emergencies in High Rise Buildings

17. Self Inspection for Quality Construction at Site

18. Cost and Time Controlling Strategies used for Construction Projects

19. Cash Flow Monitoring - Budget Vs Actual Comparison

20. Green Sheet Report - Profit and Loss Determination for Construction Projects

21. SWOT Analysis for Construction Project

22. JIT Implementation in any Construction Project

23. ​Earned Value Management (EVM) in Construction Project

Level 3 & 4:-​​​ Duration :- 30 Days

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1. Tendering Documents Preparation

2. Tendering Documents Submission Guidelines

3. Tender Review Reports Generation (T.R.R) for the Contractors as well as Consultants

4. Technical Bidding As per Government Laws and as per BHADANI'S Technique

5. Financial Bidding As per Government Laws and as per BHADANI'S Technique

6. ​Statutory Documents Preparation Techniques for the Tender 

7. Purchasing and Negotiation Techniques used by Clients and as well as Contractor's Side

8. Pre-Bid Meeting Strategy Building and Coordination with Client 

9. Finding Deviations and Clarify with the Client

10. Tender Hunting 

11. Reverse Auctioning Strategy Building and Pressurizing client for the tender

12. Pooling Technique to use effectively for the Tender to get Maximize Benefits

13. Evaluation Strategy - Bidding Strategy - Relationship Building 

14. Indemnify the Tender with the Use of Effective Monitoring of the Tender

15. Entering Into Contracts - Strategy Building Approach - Scientific Approach

16. Construction Contracts Documents Formulation and Preparation

17. Procedures in Contract Management - Pre - Construction and Post Construction Phase

18. Clearing , Forwarding and Transport 

19. Transport Management

20. Interpretation of Contracts and Contract Terms

21. Cost Overrun and Time Overrun - Strategy Building Approach

22. Indian Laws for Construction Contract Management

23. FIDIC International Laws (EPC Turnkey Projects)

24. Work Order Preparation ( Like Alstom Siemens Etc.)

25. ​Live Project Training for Procurement and Negotiation Techniques

This comprehensive Interior Fitout course is designed for individuals seeking to build or enhance their skills in designing and executing interior spaces. Through a combination of theoretical knowledge and hands-on practice, students will gain expertise in the art of transforming interior spaces into functional, aesthetically pleasing environments. The course covers essential concepts of spatial planning, material selection, construction techniques, and regulatory considerations, with a focus on delivering high-quality fitouts for residential, commercial, and hospitality spaces.

Key Learning Areas:

• Introduction to Interior Fitout: Understand the principles of interior fitouts, the role of interior designers and contractors, and the importance of delivering functional and aesthetic spaces.

• Design Principles & Space Planning: Learn the fundamental principles of design, including color theory, lighting, spatial arrangements, and how to create harmonious layouts.

• Materials & Finishes: Gain knowledge of a variety of materials and finishes used in interior fitouts, including flooring, wall treatments, and furniture.

• Construction Techniques & Project Management: Explore the construction process, from initial design sketches to final execution, and develop project management skills to oversee timelines, budgets, and contractor coordination.

• Sustainability in Interior Design: Study environmentally responsible choices in interior fitout projects, such as energy-efficient solutions, sustainable materials, and waste-reduction practices.

• Regulatory Compliance & Safety: Familiarize yourself with building codes, safety standards, and regulations that impact interior fitout design and construction.

Course Delivery:

• Lectures & Presentations: Gain theoretical knowledge through expert-led sessions covering key concepts, trends, and industry best practices.

• Workshops & Practical Sessions: Engage in hands-on exercises, group projects, and site visits to understand real-world challenges and solutions in interior fitouts.

• Case Studies & Industry Insights: Analyze successful fitout projects and learn from industry professionals through guest lectures and site tours.

Target Audience: This course is ideal for aspiring interior designers, project managers, architects, and anyone interested in enhancing their skills and knowledge in the field of interior fitouts.

Course Duration: 10-12 weeks (depending on delivery format)

By the end of the course, students will have a solid foundation in the technical, creative, and project management aspects of interior fitouts, preparing them for successful careers in the industry.

This comprehensive course provides in-depth knowledge and practical strategies for effective cost control and management in high-rise construction projects, focusing specifically on G+45 buildings and beyond. Designed for project managers, cost estimators, and construction professionals, this course covers every critical aspect of cost management from budgeting and estimation to cash flow management and value engineering.

Through real-world scenarios, detailed explanations, and hands-on tools, you'll learn how to set up robust cost control systems, track and monitor expenses across all phases, and tackle common challenges such as cost overruns and unexpected variations. You'll also explore how to optimize procurement strategies, manage subcontractor costs, and ensure financial alignment with the project budget.

Key Topics Covered:

• General Cost Control: Understanding the role of cost control, setting up systems, and tackling challenges specific to high-rise buildings.

• Budgeting and Estimation: Learn how to prepare accurate budgets and estimates, account for inflation, and manage discrepancies between estimates and actual costs.

• Monitoring and Tracking: Master the use of software tools like Excel and Primavera to monitor costs daily and track key performance indicators (KPIs) effectively.

• Procurement and Contracts: Optimize procurement strategies, manage subcontractor agreements, and maintain transparency in contract negotiations.

• Cash Flow Management: Discover strategies for managing cash flow across different project phases, ensuring timely payments, and maintaining financial health.

• Risk Management: Explore techniques for identifying, managing, and mitigating cost-related risks during construction.

• Value Engineering: Learn how to apply value engineering principles to save costs without compromising on quality.

• Reporting and Documentation: Understand how to prepare detailed cost control reports, track variations, and ensure all costs are properly documented for audits.

• Quality Control and Cost Management: Balance cost control with quality assurance, managing costs related to defects, repairs, and inspections.

By the end of the course, you’ll have a solid understanding of how to control and manage costs at every stage of a high-rise construction project, ensuring projects are delivered on time, within budget, and to the highest standards of quality.

Who Should Enroll:

• Project Managers

• Cost Estimators

• Quantity Surveyors

• Construction Engineers

• Professionals involved in high-rise building projects

This course is designed to equip you with the essential skills to effectively manage costs in high-rise projects, providing both theoretical knowledge and practical application.

This comprehensive course is designed to equip aspiring engineers and managers with the knowledge, skills, and certifications necessary to excel in Quality Control (QC) for major infrastructure projects. From the construction of buildings, roads, and bridges to tunnels, railways, and various inspection processes, this program provides in-depth coverage of industry standards, quality assurance protocols, testing methods, and management strategies used across the civil engineering field.

The course will focus on practical and theoretical aspects of quality control and quality assurance, ensuring participants understand how to manage, supervise, and implement quality standards that ensure infrastructure safety, durability, and compliance with regulations. It combines both classroom learning with field-based exercises, making it ideal for those already in the industry looking to advance their careers, as well as individuals new to quality control.

Target Audience:

• Aspiring and current Quality Control Engineers/Managers in infrastructure sectors such as construction, transport, and public works

• Civil Engineers looking to specialize in quality control or management roles

• Construction and infrastructure project managers

• Inspectors and quality assurance professionals in the construction, transportation, and infrastructure sectors

• Graduates or professionals looking to transition into the quality control domain

Course Duration: 6-12 months (Depending on the mode of study and practical project requirements)

Course Objectives:

Upon successful completion of this course, participants will be able to:

• Understand the principles of quality control (QC) and quality assurance (QA) in civil engineering projects, especially in building, roads, bridges, tunnels, railways, and inspection processes.

• Identify and apply international standards, codes, and regulations related to quality in construction projects.

• Conduct material testing, non-destructive testing, and analysis to ensure the quality and safety of materials used in infrastructure projects.

• Manage quality control teams and implement effective inspection procedures during different phases of construction.

• Develop and maintain comprehensive documentation and reporting systems for quality assurance and control.

• Recognize potential risks and quality issues in infrastructure projects and take corrective actions when necessary.

• Use quality management systems (QMS) to streamline workflows, track project performance, and ensure continuous improvement in construction processes.

• Stay abreast of emerging trends, technologies, and innovations in the quality control sector of civil engineering.

Course Modules:

1. Introduction to Quality Control & Assurance in Civil Engineering

   • Definition and importance of QC and QA

   • Key industry standards (ISO, ASTM, BS, AASHTO, etc.)

   • Overview of civil engineering projects in construction, roads, bridges, tunnels, and railways

   • Roles and responsibilities of a Quality Control Engineer/Manager

2. Materials Testing and Evaluation for Construction Projects

   • Concrete, asphalt, soil, and aggregate testing

   • Non-destructive testing techniques (NDT)

   • Laboratory tests vs. field tests

   • Common testing equipment and tools used in construction projects

3. Quality Assurance Standards & Codes in Infrastructure

   • Detailed review of international codes and regulations (ISO 9001, ISO 17025, etc.)

   • Applying quality standards in building construction, roads, bridges, tunnels, and railways

   • Reviewing project specifications and contract requirements

   • Environmental and sustainability considerations in quality control

4. Inspection and Documentation

   • Developing inspection plans and schedules

   • Understanding different stages of construction inspections

   • Documenting inspections and test results

   • Using software tools for project management and reporting

5. Risk Management and Troubleshooting

   • Identifying and assessing quality risks in infrastructure projects

   • Mitigating potential issues and quality failures

   • Root cause analysis techniques for solving quality issues

   • Quality audits and corrective actions

6. Advanced Construction Techniques & Technologies

   • Innovations in materials and construction methods

   • Digital tools and technologies used in quality control (e.g., drones, sensors, BIM)

   • Quality control for complex projects like tunnels, bridges, and railways

   • Sustainable construction practices and their impact on quality control

7. Project Management and Team Leadership in QC

   • Building and managing a QC team

   • Leading QC teams during different phases of infrastructure projects

   • Communication, reporting, and stakeholder management

   • Managing time, resources, and costs in QC processes

8. Building and Infrastructure Inspection Techniques

   • Structural inspections for buildings, roads, bridges, tunnels, and railways

   • Methods for assessing structural integrity and performance

   • Creating maintenance schedules and long-term quality management plans

   • Use of digital tools for inspections and data analysis

9. Practical Field-Based Training & Case Studies

   • Real-life application of QC methodologies in live projects

   • Case studies of quality issues and how they were solved

   • Field visits and exposure to ongoing infrastructure projects

   • Hands-on experience with quality testing, inspections, and reports

10. Final Certification Project & Examination

    • Submission of a comprehensive quality control project on a selected infrastructure type

    • Written exams covering theoretical and practical aspects of the course

    • Peer reviews and feedback on project performance

    • Certification ceremony upon successful completion

Learning Outcomes:

• Mastery of quality control principles and techniques specific to the civil engineering and infrastructure sectors.

• Ability to manage and oversee quality assurance processes throughout the lifecycle of infrastructure projects.

• Expertise in materials testing, structural inspections, risk management, and troubleshooting.

• Proficiency in applying international standards and industry best practices.

• Experience in leading teams, managing projects, and maintaining documentation and compliance in real-world scenarios.

Mode of Study:

• In-person: Classroom learning combined with practical fieldwork and site visits.

• Online: Flexible, instructor-led online classes with virtual site tours and interactive workshops.

• Hybrid: A combination of in-person and online learning for a flexible yet hands-on experience.

Certification: Upon successful completion of the course, participants will receive a Professional Certification in Quality Control Engineering & Management for Infrastructure Projects, recognized by industry leaders and employers worldwide. This certification will demonstrate competence in quality control across building, roads, bridges, tunnels, railways, and infrastructure inspections.

Prerequisites:

• A background in civil engineering, construction management, or a related field is preferred but not required.

• A keen interest in advancing knowledge in quality control, inspection, and management of large-scale infrastructure projects.

Career Opportunities: Graduates of this course can pursue roles such as:

• Quality Control Engineer/Manager

• Construction Quality Manager

• Infrastructure Inspection Specialist

• Construction Project Manager

• Materials Testing Engineer

• Risk Management Specialist

• Civil Engineering Consultant

• QA/QC Director in infrastructure companies

By completing this course, you will be well-positioned to step into a leadership role in the field of infrastructure quality control, ensuring that projects meet the highest standards of quality, safety, and sustainability.

The construction industry is complex and fraught with potential disputes and claims that can impact the successful completion of projects. Our course, "Construction Claims: A Short Guide for Contractors," is designed to equip construction managers, contract managers, project managers, owners, contractors, and senior civil engineers with the knowledge and skills necessary to navigate and manage construction claims effectively.

Course Overview: This comprehensive course covers the key aspects of construction claims, including types of claims, supporting documentation, preparing claims, negotiating and winning claims, and strategies to avoid disputes. Participants will gain a deep understanding of the principles and practices involved in managing claims, supported by real-world examples and case studies.

Course Benefits:

1. For Construction Managers:

   • Risk Mitigation: Learn how to identify and manage potential claims early in the project lifecycle to minimize risks and avoid costly disputes.

   • Documentation Skills: Enhance your ability to maintain thorough and organized records, which are crucial for substantiating claims.

2. For Contract Managers:

   • Contractual Awareness: Gain insights into the legal and contractual foundations of construction claims, ensuring compliance and protecting the interests of your organization.

   • Claim Preparation: Master the art of preparing robust and well-documented claims that stand up to scrutiny.

3. For Project Managers:

   • Project Control: Improve your ability to manage project timelines, budgets, and resources effectively, reducing the likelihood of claims arising.

   • Negotiation Skills: Develop negotiation techniques to resolve claims amicably and avoid prolonged disputes.

4. For Owners:

   • Financial Protection: Understand how to protect your financial interests by managing claims effectively and ensuring fair compensation for delays or disruptions.

   • Project Oversight: Gain the knowledge to oversee contractors' claims processes, ensuring transparency and accountability.

5. For Contractors:

   • Claim Strategy: Learn strategic approaches to submitting and managing claims, enhancing your ability to recover costs and secure extensions of time.

   • Dispute Resolution: Equip yourself with the tools to resolve disputes efficiently, maintaining positive relationships with clients and stakeholders.

6. For Senior Civil Engineers:

   • Technical Expertise: Enhance your technical understanding of the factors leading to claims, allowing for better project planning and execution.

   • Leadership Skills: Strengthen your leadership capabilities by guiding your team in best practices for claim management and dispute avoidance.

Key Topics Covered:

• Types of Construction Claims: Delays, Acceleration, Increase in Costs, and Damages

• Supporting Documentation: Essential records and how to maintain them

• Preparing the Claim: Steps to ensure a thorough and compelling claim submission

• Negotiating and Winning Claims: Strategies for successful negotiation and resolution

• Avoiding Claims and Disputes: Proactive measures to prevent claims from arising

Why Enroll in This Course?

In the highly competitive and often contentious construction industry, the ability to manage claims effectively is a vital skill that can save time, money, and relationships. By enrolling in this course, you will gain the expertise to handle claims with confidence and professionalism, ensuring the smooth progression and successful completion of your projects.

Join us to empower yourself with the knowledge and tools to navigate the complexities of construction claims, protect your interests, and enhance your career in the construction industry.