Construction claims refer to any disputes or disagreements that arise during the construction process, often related to cost, schedule, or quality issues. As a critical aspect of the construction industry, claims management is essential to ensure the timely and cost-effective delivery of construction projects. With the increasing demand for specialized knowledge and skills in construction claims, several online courses offer comprehensive training to professionals working in the industry. This article provides an overview of the best construction claims courses available online, highlighting their key features and benefits.
Here’s a look at the Best Construction Claims Courses and Certifications Online and what they have to offer for you!
10 Best Construction Claims Courses and Certifications Online
- 10 Best Construction Claims Courses and Certifications Online
- 1. Contracts, Delays and Claims with Primavera P6 (2.5 PDUs) by CEM Solutions (Udemy) (Our Best Pick)
- 2. Construction Claims Management by N.M. Raj (Udemy)
- 3. Construction Claims – Foundation Course by Claims Academy (Udemy)
- 4. Construction: Pricing Extension of Time Claims: Vol 1 of 2 by N.M. Raj (Udemy)
- 5. Time Impact Analysis (SCL/ AACE): Primavera (Construction) by N.M. Raj (Udemy)
- 6. Learn Xactimate in less than 4 hours by Osman Aydin (Udemy)
- 7. Construction Claims-Quantifying Disruption Claims Vol 1 of 2 by N.M. Raj (Udemy)
- 8. FIDIC (1999) Master Course – Drafting Particular Conditions by N.M. Raj (Udemy)
- 9. Construction Management: Construction Claims 101 (2 PDUs) by Sabri C. PMP (Udemy)
- 10. Construction Claims Management – (9 PDUs) by Khalid Abdelaal (Udemy)
1. Contracts, Delays and Claims with Primavera P6 (2.5 PDUs) by CEM Solutions (Udemy) (Our Best Pick)
CEM Solutions is offering an online training course called Contracts, Delays and Claims with Primavera P6, which grants 2.5 PDUs upon completion. The course teaches participants about contract management, delay analysis, and claim management, including advanced training on Primavera P6 software. The creators of this course have extensive experience in contracts and claims and have spent a year conducting research. The course covers fundamental concepts, best practices, and real project examples.
The course is suitable for consultants, owners, and contractors who wish to learn about contracts, delay analysis, and claim management procedures. Upon completion, participants can use this knowledge in their projects or start their own consultancy of claim management services.
The course is divided into ten sections: Introduction, Fundamentals of Schedule & Contract Management, Risk, Conflict, Claim & Dispute, Types of Delays, Fundamentals of Claim Management, Delay Analysis Techniques, Delay Analysis in Primavera P6, Cost Claim & Claim Submission, Claim Settlement & Dispute Resolution, and Conclusion.
Enrollment is open, and participants can start learning today.
The Construction Claims Management Course, instructed by N.M. Raj, offers a professional claims management system for construction projects. The course is designed to equip attendees with the knowledge, training, and practical tools necessary to accurately and efficiently identify and manage construction claims, specifically those related to delay and disruption. The course is based on the Construction Claims Management System (CCMS), developed by Raj over a period of 10 years. CCMS is the result of Raj’s experience on iconic construction projects around the world, during which he realized the inadequacy of claims management systems implemented by even the biggest and best construction companies.
CCMS is a total claims management system that will provide attendees with practical tools, such as templates and procedures, to accurately identify and manage construction claims. CCMS has been used by top construction companies, including Balfour Beatty, Skanska, and Bovis Lend Lease. Attendees will learn how to set up a folder structure, draft a contractual notification, and implement an overall management strategy.
The course aims to help project QS, project managers, and commercial managers fight back and gain control of their project claims. Attendees will gain the knowledge necessary to avoid the mistakes commonly repeated by project teams, resulting in losses and inadequate management of claims. The course offers an opportunity to implement CCMS and prevent losses due to inadequate construction claims management. Upon implementing CCMS, attendees can expect to be classified as a “High Calibre Performer.”
The course is divided into several sections, including an introduction, contemporary records, an introduction to CCMS, CCMS procedures and templates, drafting a contractual notification, setting up a folder structure, CCMS overall management strategy, and a bonus lecture on becoming a claims consultant. The course is available for a limited time, and attendees are encouraged to act now.
The course titled “Construction Claims – Foundation Course” is offered by Claims Academy to provide an introductory understanding of the fundamental principles of construction claims. This course is designed to equip students with a solid foundation to advance their knowledge in the field of construction claims. It is recommended for professionals dealing with construction claims, such as Quantity Surveyors, Engineers, Project Managers, and Contract Administrators.
The course covers several topics, including an introduction to construction claims, defining the purpose and role of claims in construction contracts, the process of making a claim, identifying events causing construction claims, types of relief and compensation for both parties in a construction contract, and the requirement to prove entitlement to relief and compensation claimed.
It is essential to note that this entry-level course is tailored for professionals who have limited exposure to construction claims. Those with significant experience in the field may not benefit from this course. The course is divided into several sections, including an introduction to construction claims, contractual claims, claim events and circumstances, types of claim, relief and compensation, and establishing entitlement to relief and compensation. Additionally, the course provides further learning opportunities.
The course titled “Construction: Pricing Extension of Time Claims: Vol 1 of 2” offers professional training on the preparation of Quantum calculations for Extension of Time claims. The course consists of two volumes, and the first volume focuses on providing step-by-step explanations on how to price key extension of time claim headings. It comprises 17 Excel-based workshops covering all key aspects related to EOT claims. The course instructor, N.M. Raj, provides the same Excel templates they use to price prolongation costs and submit claims quantum calculations for their clients. The instructor also carries out an in-depth review and analysis of relevant case law from around the world to provide judicial backup for claim headings during dispute resolution.
The course includes a full MS Word sample template of an extension of time claim that participants could use as a prototype or source document to create EOT claims on their projects. The instructor also provides key advice on how to avoid critical errors that may jeopardize EOT claims. This Master Course is a practical, workshop-based intensive tutorial that covers all key aspects related to EOT claims. It serves as a comprehensive and practical resource center for professionals looking for templates in Excel and Word to create EOT claims.
The course is essential for all construction professionals interested in learning how to prepare quantum calculations for EOT claims. Upon completion of the course, participants can take a major step towards becoming a claims quantum consultant, which is a lucrative career. Top construction companies and consultancies are always on the lookout for professionals with claims expertise. As a claims quantum expert, participants have the potential to work around the world and earn salaries anywhere from 20 to 50 thousand dollars, tax-free in some countries.
The Master Course provides participants with the knowledge, expertise, and practical tools to prepare quantum calculations for EOT claims.
The Time Impact Analysis (SCL/AACE): Primavera (Construction) course offers an in-depth study of the Time Impact Analysis Methodology, a delay analysis technique used to prove Extension of Time (EOT) claims. The course is designed for construction professionals such as delay analysts, claims consultants, QSs, commercial managers, contract administrators, project managers, and consultants. FIDIC and NEC obligate contractors to use Prospective Delay Analysis techniques, making Time Impact Analysis the best option to prove EOT claims.
This Master Course is structured as a workshop, with a focus on practical knowledge transfer instead of theoretical delay analysis subjects. It covers step-by-step demonstrations of the Time Impact Analysis technique using real-world examples and Primavera P6, a commonly used planning software. The course curriculum includes downloading and installing Primavera P6, delay logic and rationale associated with Time Impact Analysis, a real-world in-depth workshop, and a comprehensive delay analysis table in MS Excel.
The course is recommended for all construction professionals seeking to enhance their knowledge and professional skill set in the area of Time Impact Analysis. Upon completion, participants will have a deep understanding of the methodology, making them eligible for lucrative careers as delay analysts, claims consultants, project managers, commercial managers, or project QSs. The course also provides the knowledge, expertise, and practical tools to carry out a Time Impact Analysis of construction programmes effectively, thus proving EOT claims.
Overall, the course is designed to offer practical knowledge transfer, enabling construction professionals to enhance their skill set and compete with the new generation of professionals. It is recommended for professionals seeking to build a career in delay analysis or claims consulting. The course covers key topics such as downloading and installing Primavera P6, delay logic and rationale, practical demonstrations of Time Impact Analysis, and a comprehensive delay analysis table in MS Excel.
Course Title: “Learn Xactimate in less than 4 hours”
Course Instructors: Osman Aydin
This course is designed to provide an introduction to Xactimate, a cost estimation software for construction projects. The course will teach participants how to use Xactimate to create accurate estimates for construction projects. The target audience for this course is adjusters, construction contractors, estimators, and students.
The course covers the basics of Xactimate software and its features, as well as how to estimate the total cost for a complete design of a two-storey woodframe house- from the foundation to the roof.
The course is structured into different sections, with the first section serving as an introduction to Xactimate. Participants will learn the basics of the software, including how to navigate the interface and how to create a new project.
Subsequent sections will focus on the specific features of the software, including how to input data, create an estimate, and generate reports. The course includes a practical segment where students will use the software to create an estimate for a two-storey woodframe house.
In summary, this course provides a comprehensive introduction to Xactimate software and how to use it for construction cost estimation. Participants will be equipped with the skills and knowledge needed to create accurate estimates for their construction projects.
Construction professionals seeking to learn advanced quantum calculations for disruption claims may benefit from the Construction Claims-Quantifying Disruption Claims course, which is divided into two volumes. This Master Course provides knowledge, expertise, and practical tools to prepare quantum calculations for disruption claims. The first volume focuses on how to prove and price disruption claims.
Disruption claims can be challenging and complex, and without adequate recovery, sustained losses could result in companies going bankrupt. The Master Workshop aims to train attendees on how to use internationally recognized principles to monitor, track, and create disruption claims to successfully recover losses.
The course curriculum includes an introduction, methodologies, several advanced workshops, delay analysis, strategies for disruption claims, case law analysis, and templates for quantifying and preparing claims narratives. Attendees will learn how to isolate labor, plant, and material elements to prepare independent and mutually exclusive quantum for disruption claims, defend their analysis against expert opposition, and calculate the future impact of disruption to construction operations.
This course is essential for construction professionals seeking to become claims quantum consultants as it can lead to a lucrative career. The course is suitable for beginners and experts, and attendees may earn salaries ranging from 20 to 50 thousand dollars per month, tax-free in some countries.
Upon completion of the course, attendees will have gained the knowledge and skills necessary to become claims quantum consultants, taking a significant step towards a lucrative career. The course is structured into several sections covering different topics related to disruption claims. Attendees are encouraged to review the course curriculum, watch sample videos, and make a decision that can positively disrupt their lives and elevate their careers to a new level.
The FIDIC (1999) Master Course – Drafting Particular Conditions is designed to provide practical guidance to construction claims and contract administration specialists. The course is taught by N.M. Raj, who will train attendees on how to amend key clauses from the FIDIC General Conditions to facilitate risk allocation. The course comprehensively covers all major clauses/sub-clauses related to the FIDIC Red Book’s Particular Conditions, but does not include a downloadable file for the “Particular Conditions” to minimize piracy issues. Attendees have lifetime access to the videos for future reference.
The course covers several topics such as understanding risk allocation, amendments to clauses, establishing prime controls, guidance on amendments to contractual provisions, key case law reference, and a checklist for identifying “onerous” contracts. The eight sample contractual provisions included would ensure that critical contractual issues are adequately governed. Attendees will learn how to quickly identify and peruse changes to key clauses, making it crucial for employers and contractors. The course is beneficial for Quantity Surveyors, Lawyers, and other professionals involved in drafting/reviewing contracts on behalf of employers/contractors/sub-contractors.
It is important to note that FIDIC is the only Copyright owner of FIDIC publications. This Master Course is an objective, unbiased and independent review, critique and analysis of the FIDIC Red Book for educational/teaching purposes and complies with the requirements of “fair use” and other pertinent international copyright laws. This course is not affiliated with the FIDIC organisation. The course is divided into four sections: Introduction, Particular Conditions Commentary – Section 1, Particular Conditions Commentary – Section 2, and Drafting Particular Conditions.
The Construction Management: Construction Claims 101 course, offering 2 PDUs, provides an opportunity for beginners as well as experienced construction professionals to learn the basics of construction claims and delay analysis. The course covers the claims procedure in FIDIC contracts (1st and 2nd). The course is designed to provide comprehensive knowledge about construction claims management. The course aims to equip project managers with the knowledge and confidence to manage the claims process of their construction project. It is also an ideal starting point for those who want to pursue a career as a claims specialist. However, the course is not recommended for experienced claims management staff with advanced knowledge of claims.
The course syllabus covers the construction claims mechanism, the causes of construction claims, claims procedure (FIDIC 1st Edition, 1999), claims procedure (FIDIC 2nd Edition, 2017), types of construction delays, and core knowledge of delay analysis techniques. The course includes two workshops to aid in the understanding of the course content.
After completing this course, the learner will receive a course completion certificate from casePM. Additionally, PMP certified project professionals earn 2 PDUs after completing the course. Learners can further their knowledge by attending more advanced classes and gaining practical experience in their projects.
In summary, the Construction Management: Construction Claims 101 course provides a comprehensive foundation for construction claims management. It is suitable for beginners and experienced professionals alike, and includes workshops to aid in the understanding of the course content. The course is ideal for project managers looking to confidently manage the claims process of their construction project, or for those looking to pursue a career in claims management. Experienced claims management staff with advanced knowledge of claims are advised not to take this course.
The Construction Claims Management course, which provides 9 Professional Development Units (PDUs) is taught by Khalid Abdelaal. This comprehensive course covers Claim Management in Construction from definition to submission under FIDIC 2017. The course also includes a brief history of the evolution of FIDIC from 1913 to 2017, as well as a step-by-step practical example of a claim. Construction claims and claim management have a significant impact on project time, cost, and outcome, making them a major issue in modern construction projects.
The course covers various topics, including the definition of claims, the introduction and history of FIDIC contract forms, claim clauses in FIDIC contracts, the basic elements of a claim, and a case study on how to write and submit a claim. The course also includes delay analysis and cost analysis. Course objectives are to provide a step-by-step explanation of claims in construction projects, starting from the definition of a claim to the different cases of claims, and how to deal with them from the occurrence of any event that gives the right to claim and the different types of claims.
The course also covers how to write and submit a claim, including the basic elements on which a claim is based such as Cause, Effect, Entitlement, and Substantiation, and how to write each element. Students will learn how to prove a claim and support it with documents and evidence, with an explanation example of the delay and cost analysis. The course is divided into six sections, including Introduction, FIDIC 2017 Introduction, Claims Management, Delay Analysis, Cost Analysis, and Claim Presentation, and a Case Study.