categories

The category of Artificial Intelligence and Robotics encompasses the study, design, and evaluation of systems that can process information, recognize patterns, perform tasks, and interact with their surroundings. How can intelligent technologies help solve real-world problems? How can these systems be developed and used responsibly?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to assistive robots; automated waste sorting; intelligent environmental monitoring; disaster detection and response; accessible technologies for people with disabilities; machine learning for identifying patterns in data; fairness and accuracy in AI systems; human–robot interaction; and more. Projects should demonstrate how the proposed system works and evaluate its performance through testing and measurable results.

The category of Renewable Energy and Clean Technology encompasses the study of energy generation, storage, distribution, and efficient use, with an emphasis on reducing pollution and conserving resources. How can renewable energy become more efficient and accessible? How can technology reduce the environmental impact of energy consumption?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to solar and wind energy; small-scale hydropower; energy storage; building efficiency; waste heat recovery; smart energy management; cleaner production processes; energy access in underserved communities; and more. Projects may develop and test devices, compare energy systems, or investigate methods for reducing energy losses and resource use.

The category of Health and Biomedical Sciences encompasses the study of biological processes, factors that influence human health, and innovations that support disease prevention and well-being. How can scientific research help people live healthier lives? How can health tools and information become more accessible?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to disease prevention; sanitation and hygiene; accessible health-monitoring devices; biomechanics; rehabilitation technologies; environmental influences on health; analysis of public health data; and more. Projects should evaluate their proposed solutions using appropriate evidence and research methods. Research involving human participants, biological materials, or health information must follow applicable ethical and safety requirements.

The category of Climate Change and Environmental Sustainability encompasses the study of changes in Earth’s climate, their effects on natural and human systems, and approaches to reducing environmental damage. How can communities reduce their contribution to climate change? How can people and ecosystems adapt to changing conditions?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to greenhouse gas emissions; urban heat islands; climate-resilient communities; carbon storage; sustainable transportation; resource conservation; flooding and drought; the environmental impact of everyday products; and more. Projects may investigate strategies for reducing emissions, adapting to climate hazards, or measuring the effectiveness of sustainability practices.

The category of Economics, Entrepreneurship, and Social Innovation encompasses the study of how people allocate resources, how businesses operate, and how innovative approaches can address social and economic challenges. How can economic decisions improve community well-being? How can an enterprise provide a practical and sustainable solution to a community need?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to financial literacy; access to essential goods and services; sustainable business practices; social enterprises; local economic development; consumer behavior; resource distribution; and more. Projects should use research and data to evaluate feasibility, costs, benefits, and potential impact. Proposed business or community solutions should include evidence beyond an idea or business plan alone.

The category of Space Science and Astronomy encompasses the study of celestial objects, space environments, and technologies used to explore and understand the universe. What can observations of space reveal about our universe? How can space research and technology help address challenges on Earth?

GLOBAL MASTERMINDS Olympiad seeks investigations and solutions related to planetary environments; analysis of astronomical observations; space debris; satellite-based environmental monitoring; radiation shielding; life-support systems; spacecraft design concepts; the detection of exoplanets; and more. Projects may use observational data, simulations, experiments, or tested models to answer a clearly defined research question.

The category of Psychology and Human Behavior encompasses the study of thought, emotion, learning, decision-making, and interactions among individuals and groups. How do people acquire information and make choices? How can a better understanding of behavior improve individual well-being and community life?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to memory and attention; motivation; cooperation; digital habits; stress management; perception; decision-making; environmental behavior; and more. Projects may examine behavioral patterns or evaluate strategies that support positive outcomes. Studies involving human participants, including surveys, must protect privacy and follow applicable consent and research ethics requirements.

The category of Education and Learning Innovation encompasses the study of how people learn and the development of methods, tools, and environments that improve educational opportunities. How can learning become more effective, engaging, and accessible? How can research help address barriers to student success?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to literacy and numeracy; science and mathematics instruction; accessible learning materials; educational games; assistive technologies; feedback and assessment; language learning; equitable access to educational resources; and more. Projects should evaluate the effectiveness of a proposed approach using evidence such as learning outcomes, usability findings, or other clearly defined measures.

The category of Food, Agriculture, and Water Security encompasses the study of systems that produce food, manage agricultural resources, and provide reliable access to safe water. How can communities meet food and water needs while protecting natural resources? How can agricultural practices become more productive and sustainable?

GLOBAL MASTERMINDS Olympiad seeks solutions to problems related to water-efficient irrigation; soil health; sustainable crop production; food preservation; food waste reduction; water filtration; rainwater collection; hydroponics; agricultural resilience; and more. Projects may test growing methods, develop resource-saving technologies, or evaluate approaches that improve the availability and quality of food and water.

The category of History, Culture, and Global Studies encompasses the systematic investigation of historical events, cultural practices, and relationships among societies. How have past events shaped present-day communities? How can an understanding of cultural experiences support cooperation and help address global challenges?

GLOBAL MASTERMINDS Olympiad seeks research related to cultural heritage preservation; migration; language and identity; historical land use; the development of cities; access to cultural resources; international exchange; and more. Projects should address a clearly defined research question through appropriate methods, such as archival research, comparative analysis, interviews, or geographic data analysis. Conclusions and proposed solutions should be supported by credible sources and a clear evaluation of the evidence.

The GLOBAL MASTERMINDS Mathematics Competition challenges students to solve mathematical problems using creativity, critical thinking, and problem-solving skills. Students apply mathematical concepts and develop solutions to problems of varying difficulty.

Students must register by the application deadline and pay the required registration fee.

Competition Format

• Students will solve mathematical problems of varying difficulty.
• The competition lasts one hour.
• Problems will be provided by GLOBAL MASTERMINDS Olympiad.

Preparation

Students are encouraged to prepare by practicing mathematical problems using online resources and developing problem-solving strategies.

Required Equipment

Students must bring their own laptops and any other required tools.

Competition Restrictions

• Phones are not permitted during the competition.
• Supervisors are not permitted in the competition area during the session.

1. Problem Solving

Students will be evaluated based on:

• The number of problems solved correctly.
• The time taken to solve each problem.
• The number of attempts made for each problem.

2. Creativity and Innovation

Solutions will be evaluated for originality, creativity, and innovative approaches.

3. Mathematical Rigor

Solutions will be evaluated for mathematical accuracy, logical reasoning, and thoroughness.

The GLOBAL MASTERMINDS Mathematics Competition provides a challenging and fair opportunity for students to demonstrate their mathematical knowledge and problem-solving abilities.