The Scientific Research Unit at the College of Sciences and Humanities in Jubail seeks to support scientific research areas and direct the research efforts of its faculty members and students towards research fields that align with the future aspirations of Saudi Arabia's Vision 2030. The college is distinguished by the diversity of its departments and specializations, which allows it to adopt multiple research areas that contribute to finding innovative scientific solutions to the challenges faced by society. It also conducts interdisciplinary research that embraces the national research priorities in scientific research. The scientific research at the College of Sciences and Humanities in Jubail covers several areas due to the diversity of disciplines within the college, including the following departments:

Department of Physics and Renewable Energy

  • Development of third-generation solar cells and finding innovative solutions to renewable energy and sustainability issues.
  • Production of new materials with unique applications that serve the industrial sector in Jubail Industrial City.
  • Development of innovative solutions or products for water treatment that reduce water consumption in irrigation and agriculture.
  • Development of high-efficiency smart materials that absorb moisture to address issues and challenges faced by the Eastern Province.
  • Finding innovative solutions to mitigate the effects of high temperatures and sand accumulation on the efficiency of solar energy systems.

Department of Mathematics

  • Pure Mathematics: (Algebra – Real Analysis – Integral Systems)
  • Applied Mathematics: (Theoretical Mechanics – Quantum Mechanics – Dynamic Systems – Partial Differential Equations – Mathematical Physics – Mathematical Modeling)
  • Statistics: (Probability Theory – Statistical Inference – Regression Analysis – Statistical Quality Control – Time Series – Operations Research – Financial Statistics – Demographic Statistics – Applied Statistics – Non-parametric Statistics – Sampling Theory – Operations Research – Experimental Design)

Department of Computer Science

  • Artificial Intelligence: Research in this field includes techniques such as machine learning, natural language processing, and data mining. It focuses on analyzing big data and using AI algorithms to uncover hidden patterns and correlations. It also integrates with the Internet of Things and renewable energy to develop smart, sustainable solutions.
  • Cybersecurity: This field focuses on protecting information and systems from cyber threats using encryption techniques and identity management. It includes the development of strategies for detecting and responding to attacks, with an emphasis on securing cloud environments. It also extends to securing IoT devices from vulnerabilities and cyber-attacks.
  • Software Engineering: Research covers all stages of software development, from requirements analysis to design, development, and testing. It focuses on improving software quality, project management, and adopting methods such as rapid development and agile programming. It also includes the integration of IoT technologies in smart systems to ensure performance efficiency.
  • Human-Computer Interaction: This field focuses on designing interactive systems that enhance the user experience through smart interfaces. Research includes systems for persuasion and behavior change, as well as developing health solutions and social applications. IoT and AI are integrated into the development of customized, adaptive applications.
  • Simulation Models and Optimization: This area focuses on developing simulation models of reality to enhance decision-making in complex systems. It includes designing models based on complex algorithms and agent-based modeling techniques to understand and analyze potential scenarios, thereby supporting and improving human decisions.

Department of Sports Science and Physical Activity

  • Exercise Physiology: This includes studying the effect of sports training on cardiovascular function, improving oxygen consumption, muscle adaptation, and analyzing hormonal responses. It also involves assessing the impact of different recovery techniques on muscle function restoration and reducing fatigue, as well as the neurological and muscular adaptations to training.
  • Sports Training: This involves developing models and algorithms to predict athletic performance based on physiological and kinematic data, functional training, and performance enhancement. It includes developing specialized training programs for youth and talented athletes in various sports, analyzing the impact of technology on sports training, and creating rehabilitation programs for injured athletes.
  • Sports Nutrition: Developing dietary strategies tailored to athletes based on genetic makeup and individual needs, using genetic analysis techniques to determine optimal nutritional requirements for athletes, and developing nutrition strategies to enhance athletic performance. It also includes studying metabolism associated with different training protocols.
  • Sports Psychology: This area focuses on psychological resilience and recovery from injuries, the psychological impact of technology in sports, studying the effects of psychological stress on young athletes, and developing strategies to cope with it. It also includes developing training programs for sports leaders to improve their psychological and social skills and applying psychological interventions to enhance mental resilience.
  • Kinesiology: Analyzing movement using technology, studying the biomechanics of various sports, developing sports equipment based on biomechanical principles, and creating rehabilitation programs grounded in kinesiology. It also involves video analysis to improve athletic performance techniques and developing movement models to predict injuries.
  • Sports Health Sciences: Developing strategies to prevent common sports injuries in various sports, creating specialized rehabilitation programs for injured athletes, exploring different fields of sports medicine, and studying the impact of various risk factors on athletes.
  • Sports Management: This includes digital sports marketing, sports governance, managing major sporting events, financial management in sports clubs, studying the impact of major sporting events on the local economy and tourism, and strategies to attract fans and increase revenue in sports clubs.

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Published on: 19 November 2023
Last update on: 20 April 2025
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