Deputy Director of Academic Affairs Office at Nanjing Tech University, China
Dr. Lijuan Li is a distinguished professional whose career embodies excellence in automation, engineering, and artificial intelligence. Her contributions extend across teaching, research, and leadership, demonstrating a commitment to advancing knowledge in artificial intelligence. She integrates artificial intelligence into modeling, optimization, and process control, shaping the direction of modern automation. Through her academic and professional efforts, Dr. Li enhances the global understanding of artificial intelligence. She emphasizes innovation and collaboration in artificial intelligence, ensuring sustainable growth in her research. With dedication to academic leadership and artificial intelligence applications, she serves as a role model. Her work consistently reflects the transformative role of artificial intelligence in engineering, research, and advanced automation systems.
Professional Profile
Scopus Profile
Education
Dr. Lijuan Li has established a strong educational foundation that has supported her professional journey in artificial intelligence. Her academic background demonstrates a thorough engagement with control science, engineering, and artificial intelligence. Through her advanced studies, Dr. Li developed expertise in artificial intelligence methodologies, modeling, and optimization. Education played a central role in shaping her vision, allowing her to expand artificial intelligence applications across multiple disciplines. She integrated artificial intelligence in both theoretical frameworks and practical experiments, enhancing the impact of her academic growth. Dr. Li emphasizes the essential role of artificial intelligence in research and teaching. Her education reflects a structured pathway where artificial intelligence consistently supported her achievements. With a robust educational background, she continuously fosters innovation and builds meaningful contributions through artificial intelligence.
Experience
Dr. Lijuan Li has cultivated a broad professional experience that centers on artificial intelligence applications in automation and engineering. Her role as Professor and Director allows her to expand artificial intelligence within research and academic leadership. She has guided multiple research initiatives where artificial intelligence shaped outcomes in modeling, process design, and optimization. Through professional roles, she integrates artificial intelligence to strengthen collaborations and inspire colleagues. Artificial intelligence remains a consistent theme in her professional journey, supporting innovation in automation. She applies artificial intelligence in research projects and administrative leadership. As a professional leader, she builds institutional strategies that align with artificial intelligence-driven advancements. Her professional experience reflects her dedication to artificial intelligence as a core element. By integrating artificial intelligence across academic and applied domains, Dr. Li continues to influence automation research.
Research Interest
Dr. Lijuan Li research interests are centered on artificial intelligence with emphasis on automation, process modeling, and optimization. She explores artificial intelligence for improving industrial systems and control performance evaluation. Her research applies artificial intelligence across process engineering, enhancing efficiency and sustainability. With focus on artificial intelligence, she builds methodologies that integrate innovation and practical applications. She actively investigates artificial intelligence for complex system management. Artificial intelligence serves as the foundation of her interdisciplinary research projects. Her interests combine automation, engineering, and artificial intelligence to improve real-world outcomes. She highlights artificial intelligence as the driver of progress in process industries. Dr. Li’s work demonstrates how artificial intelligence fosters adaptability in automation. Her research interests continually evolve with artificial intelligence, addressing both theoretical development and practical impact in automation.
Award and Honor
Dr. Lijuan Li has earned recognition through awards and honors that celebrate her expertise in artificial intelligence. Her achievements highlight how artificial intelligence advances contribute to automation and research leadership. Awards demonstrate the value of integrating artificial intelligence into engineering and academic fields. Honors reflect her dedication to artificial intelligence innovations and their societal impact. She consistently promotes artificial intelligence as a transformative tool in academia. Recognitions validate her ability to advance artificial intelligence knowledge and its applications. Each award highlights her strong commitment to artificial intelligence excellence. Her honors emphasize leadership in research and teaching where artificial intelligence remains central. The impact of artificial intelligence in her achievements underscores her pioneering contributions. Through these recognitions, Dr. Li’s role in promoting artificial intelligence within academia and research is continually reinforced.
Research Skill
Dr. Lijuan Li possesses advanced research skills with deep expertise in artificial intelligence. Her skills include modeling, simulation, optimization, and performance evaluation driven by artificial intelligence. She demonstrates the capacity to apply artificial intelligence across interdisciplinary projects. Her research skills extend to developing methodologies where artificial intelligence supports process innovation. Artificial intelligence plays a consistent role in her experiments, data analysis, and optimization strategies. She uses artificial intelligence to design frameworks that enhance automation. With research skills grounded in artificial intelligence, she contributes to advancing industrial applications. Her expertise ensures innovation in artificial intelligence for automation systems. Dr. Li’s research skills emphasize adaptability, precision, and creative integration of artificial intelligence. Through these capabilities, she continues to strengthen the scientific community’s reliance on artificial intelligence as a key research driver.
Publication Top Notes
Title: Real-time prediction of temperature field during welding by data-mechanism driving
Journal: Journal of Manufacturing Processes
Year : 2025
Title: A new method of simulation and optimization in biogas high-pressure water scrubbing process based on surrogate model
Journal: Separation Science and Technology Philadelphia
Year : 2025
Title: Factor Graph Optimization Localization Method Based on GNSS Performance Evaluation and Prediction in Complex Urban Environment
Journal: IEEE Sensors Journal
Year : 2025
Title: Digital twin for weld pool evolution by data-physics integrated driving
Journal: Journal of Manufacturing Processes
Year : 2024
Title: Kinetic parameter identification in the residue hydro refining reaction using a novel optimizer: IAC-SCA
Journal: Chemical Engineering Science
Year : 2024
Title: A method for predicting methane production from anaerobic digestion of kitchen waste under small sample conditions
Journal: Environmental Science and Pollution Research
Year : 2024
Conclusion
Dr. Lijuan Li career demonstrates excellence in artificial intelligence, automation, and engineering. She highlights artificial intelligence as a transformative power in education, research, and professional leadership. Her journey illustrates how artificial intelligence enriches scientific contributions and technological applications. She applies artificial intelligence consistently across teaching, research, and management. Artificial intelligence remains the foundation of her innovation strategies and academic vision. Through leadership, she integrates artificial intelligence in advancing automation fields. Dr. Li’s conclusion underscores her dedication to artificial intelligence in academia and industry. Her career is a testament to the enduring relevance of artificial intelligence. She inspires peers by demonstrating the potential of artificial intelligence for global progress. In conclusion, her professional path reflects a strong and lasting commitment to artificial intelligence across disciplines.