GPM · GPM-b
The GPM-b certification validates foundational knowledge of sustainable project management principles, the P5 Standard, and Green Project Management® methodology. It demonstrates a professional's ability to integrate sustainability practices across the full project lifecycle.
Questions
841
Duration
90 minutes (RPL) or 180 minutes (standard)
Passing Score
70% in both categories
Difficulty
FoundationalLast Updated
Feb 2026
Use this GPM-b practice exam to prepare for Certified Green Project Manager – Basic (GPM-b) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 841 questions for GPM GPM-b, so you can review the exam steadily instead of relying on one long cram session.
As you practice, pay extra attention to recurring topics such as Sustainability Methods (P5 Standard), Green Project Management Principles, Sustainable Delivery Methods, Project Lifecycle and Closure, and Environmental and Social Impact. Start with short sessions to identify weak areas, then move into timed quizzes once your accuracy is consistent.
The explanations are especially useful when you want to connect exam wording to the responsibilities and scenarios described in the official certification guidance. Use the free preview first, then unlock the full question bank when you are ready to build a complete study routine.
The Certified Green Project Manager – Basic (GPM-b™) is a globally recognized, knowledge-based credential issued by GPM (Green Project Management Global), the originator of the P5 Standard for Sustainability in Project Management. It validates a professional's foundational understanding of how to integrate sustainability principles—spanning People, Planet, Prosperity, Products, and Processes—across the full project lifecycle, from initiation through closure. The certification is built directly on two authoritative references: the P5 Standard for Sustainability in Project Management and the GPM Reference Guide (Sustainable Project Management), ensuring candidates can assess, measure, and report on environmental and social project impacts in alignment with the UN Sustainable Development Goals (SDGs).
The GPM-b is co-offered through the Project Management Institute (PMI), extending its global reach and recognition. It is governed by the GPM Certification Board and conforms to ISO 17024, the international standard for personnel certification, ensuring rigor, fairness, and credibility. Valid for five years with no ongoing maintenance requirements, it serves as the entry point into GPM's three-tier certification ladder: GPM-b (knowledge), GPM-s (performance), and GPM-m (competence).
The GPM-b is designed for project professionals at any career stage who want to demonstrate foundational competency in sustainable project management. It is well suited for project managers, project coordinators, sustainability officers, program analysts, ESG reporting specialists, and consultants who are responsible for delivering projects with measurable environmental and social outcomes. Because no formal prerequisites are required for the standard exam pathway, it is equally accessible to early-career practitioners and experienced professionals making a sustainability-focused pivot.
The certification is particularly relevant for professionals working in industries under increasing ESG disclosure pressure—including construction, infrastructure, IT, energy, manufacturing, and financial services—where the ability to embed sustainability into project delivery is becoming a baseline expectation rather than a differentiator.
There are no mandatory prerequisites for the standard GPM-b exam pathway. Candidates from any background may register and sit the full 150-question, 3-hour examination without prior project management credentials. This makes it accessible as a foundational credential for those entering the sustainability or project management field.
Candidates who hold qualifying credentials are eligible for the Recognition of Prior Learning (RPL) pathway, which permits them to sit a shorter 75-question, 90-minute exam. Qualifying RPL credentials include PMI certifications (CAPM, PMP, PgMP), PRINCE2 (Foundation or Practitioner), IPMA Levels A through D, the APM PMQ, ChPP, relevant master's degrees in Project Management, Sustainability, Business Administration (MBA), or Engineering with a project management concentration, and other credentials subject to written GPM approval. Candidates uncertain about RPL eligibility should contact GPM directly at Certification@gpm.org.
The GPM-b exam is available in two formats depending on RPL eligibility. The standard exam consists of 150 multiple-choice questions to be completed within 3 hours (180 minutes). The RPL short-form exam consists of 75 multiple-choice questions to be completed within 90 minutes. Both formats are delivered as closed-book assessments.
In both formats, questions are split equally between two scored categories: 50% on Sustainability Methods (drawn from the P5 Standard and GPM Reference Guide, Chapters 1–4) and 50% on Delivery Methods (drawn from GPM Reference Guide, Chapters 5–12). Candidates must achieve a minimum score of 70% in both categories independently to pass—scoring above 70% overall but below 70% in one category is not sufficient for certification. Upon passing, the credential is valid for five years, after which candidates must retake the exam to renew.
Earning the GPM-b positions professionals to meet surging organizational demand for project leaders who can operationalize ESG commitments and sustainability strategies at the project level. As regulatory ESG disclosure requirements expand across the EU, US, and other markets, employers in sectors such as infrastructure, energy, technology, and financial services are actively seeking practitioners who can integrate environmental and social impact measurement into project delivery—skills the GPM-b explicitly validates. The certification complements existing credentials such as the PMP or PRINCE2 by adding a sustainability dimension that neither exam covers, making it a high-value addition for certified project managers looking to differentiate themselves.
The GPM-b opens pathways to roles including Sustainability Project Manager, ESG Program Analyst, Green Infrastructure Project Lead, and Corporate Sustainability Consultant. Because it is co-offered through PMI and recognized across GPM's network of over 145 countries, it carries international credibility. It also serves as the foundation for advancement to the GPM-s (performance-level) and GPM-m (competence-level) credentials, which require demonstrated field application and extensive experience respectively, enabling a clear long-term professional development trajectory in sustainable project management.
5 sample questions with answers and explanations. Start a practice session to test yourself across all 841 questions.
Preview — answers shown1. A project team applies the P5 Standard and must assess Labor Practices and Decent Work subcategory. Which three elements should be evaluated within this subcategory? (Select three!)
Multiple correct answersExplanation
Employment and Staffing, Training and Qualification, and Work-Life Harmony and Mental Health are all elements within the Labor Practices and Decent Work subcategory of the People dimension in P5. This subcategory contains eight elements total including Labor/Management Relations, Project Health and Safety, Organizational Learning, Equal Opportunity, and Local Competence Development. Community Engagement belongs to Society and Customers subcategory. Customer Privacy belongs to Society and Customers. Anti-Corruption belongs to Ethical Behavior subcategory.
2. An organization claims to be carbon neutral by purchasing carbon offsets equal to their annual emissions without implementing emission reduction measures. A sustainability auditor evaluates this claim against emerging climate standards. Which assessment BEST describes this approach? (Select one!)
Explanation
Carbon neutral allows full offsetting without mandatory emission reductions, which this organization has achieved. However, net zero requires approximately 90% or greater emission reduction before offsetting and must cover all scopes including Scope 3. The Science Based Targets initiative distinguishes carbon neutral as less rigorous than net zero. Net zero requires significant reduction first, not just balancing with offsets. Climate positive requires removing MORE carbon than emitted, going beyond neutralization. The scenario does not indicate GHG Protocol violation regarding Scope 3 reporting.
3. A project manager conducts stakeholder engagement for a hydroelectric dam project affecting indigenous communities. According to P5 Standard element 3.2.3 Protection for Indigenous and Tribal Peoples, when must Free, Prior and Informed Consent (FPIC) be obtained? (Select one!)
Explanation
Free, Prior and Informed Consent must be obtained at the earliest stage of project planning before decisions are finalized. This ensures indigenous communities have meaningful input before commitments are made. Waiting until construction begins violates the prior aspect of FPIC. Consent is required regardless of whether the project affects legally designated territories if indigenous peoples are impacted. FPIC must precede environmental assessments to ensure indigenous knowledge informs the assessment process.
4. An energy project implements PRiSM methodology. During the Delivery phase, the team executes project activities. What is the PRIMARY focus of the PRiSM Delivery phase? (Select one!)
Explanation
The Delivery phase focuses on executing with precision while monitoring sustainability KPIs and tracking via the Implementation and Monitoring Section. This phase ensures deliverables meet both sustainability and business objectives. Establishing objectives and stakeholder alignment occurs in the Pre-Project phase. Building the Impact Register and applying the Materiality Test happens during Discovery. Verifying commitments with evidence using the Verification Checklist is the focus of the Closure phase.
5. A project manager integrates the circular economy butterfly diagram into product design decisions. The project involves both technical materials (metals, plastics) and biological materials (organic components). Which statement correctly describes the two cycles of the butterfly diagram? (Select one!)
Explanation
The Ellen MacArthur Foundation butterfly diagram illustrates two distinct cycles: The technical cycle keeps technical materials (metals, plastics, synthetic materials) in use at highest value through cascading strategies: maintenance, reuse, refurbishment, remanufacturing, and recycling, minimizing resource extraction. The biological cycle returns biological materials (organic, biodegradable materials) to earth through composting, anaerobic digestion, or other regenerative processes that restore soil and support ecosystem health. The cycles operate on fundamentally different principles because technical materials cannot biodegrade and biological materials should return to natural systems. The cycles are not interchangeable or material-agnostic.
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