Mazleenda Mazni-Innovative ledership -Women researcher Award 

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Mrs. Mazleenda Mazni-Innovative ledership -Women researcher Award 

Universiti Teknologi MARA-Malaysia 

Author profile

 

Early Academic Pursuits

Mazleenda Binti Mazni embarked on her academic journey with a strong focus on mechatronics and engineering, earning her Bachelor of Mechatronics Engineering with Honors from Universiti Teknikal Malaysia Melaka in 2010. Demonstrating a commitment to continuous learning, she pursued a Master of Engineering in Mechatronics & Automatic Control at Universiti Teknologi Malaysia, successfully completing her studies in 2014. These formative years laid the foundation for Mazleenda's expertise in the intricate intersection of mechanical engineering and automation.

Professional Endeavors

Mazleenda's professional journey is characterized by a diverse and enriching set of experiences. She began her career as an Executive in Total Quality Management at Hicom Teck See Manufacturing Sdn Bhd, showcasing her early commitment to quality processes within the manufacturing sector. Following this, she took on the role of a Project Engineer at Malaysia Sumitomo Metal Mining Sdn Bhd, where she further honed her engineering skills.

Transitioning to academia, Mazleenda assumed the position of a Senior Lecturer at Universiti Teknologi MARA (UiTM) in Johor, Malaysia, starting in June 2014. This marked a pivotal point in her career, combining her academic background with hands-on experience in the field. Her teaching portfolio spans a range of courses in mechanical engineering, covering topics such as Control System and Instrumentations, Material Science, and Strength of Materials. With a total teaching load of 16-18 hours per week, Mazleenda has been instrumental in shaping the knowledge and skills of future engineers.

Contributions and Research Focus

Mazleenda's contributions extend beyond the classroom, with a strong emphasis on research and innovation. As a Ph.D. student at Universiti Teknologi Malaysia, her research focuses on the intricate field of mechatronics, specifically exploring human driving skills for Human Adaptive Mechatronics Application using Neural Network Systems. Her work reflects a keen interest in developing intelligent systems that adapt to human behavior, showcasing her dedication to advancing the field.

Her involvement in various innovation awards, such as the Anugerah Akademik for book publication and multiple medals for innovative projects, underscores Mazleenda's commitment to pushing the boundaries of conventional thinking. Notable projects include the "Ezcare Wheelchair," "iPLC," and the "Integrated Concurrent Programmable Logic Controller Based IR4.0 Practical Educational Training Device."

Accolades and Recognition

Mazleenda's excellence has not gone unnoticed, as evidenced by her receipt of several prestigious awards. These include the Anugerah Perkhidmatan Cemerlang (Excellent Service Award) in 2018 and the Anugerah Kecemerlangan Perundingan (Consultant Excellent Award) in 2017, both at the university level. Additionally, her innovative projects have earned her multiple medals at various competitions, including gold, silver, and bronze awards.

Impact and Influence on innovative leadership 

As a Senior Lecturer, Mazleenda's impact extends to her students, colleagues, and the academic community. Her commitment to excellence in service, consulting, and research has left an indelible mark on the institutions she has been associated with. Through her innovative projects, she contributes to the advancement of technology and inspires others in the field of mechatronics.

Innovative leadership is a transformative approach that goes beyond traditional management styles, emphasizing creativity, adaptability, and forward-thinking strategies. A true innovative leader fosters an organizational culture that encourages experimentation, values diverse perspectives, and embraces change as a catalyst for growth. By promoting an environment where team members feel empowered to voice new ideas without fear of failure, an innovative leader cultivates a culture of continuous improvement and learning. This style of leadership not only inspires teams to think outside the box but also positions organizations to thrive in dynamic and competitive landscapes. Innovative leaders are adept at navigating uncertainty, leveraging emerging technologies, and steering their teams towards visionary goals, fostering a culture of innovation that propels both individuals and the organization to new heights.

Legacy and Future Contributions

Mazleenda Binti Mazni's legacy is one of academic excellence, innovative thinking, and a dedication to pushing the boundaries of mechatronics and engineering. Her continued contributions to research, teaching, and industry collaborations underscore her commitment to shaping the future of engineering education and technology. As she progresses in her career, Mazleenda is poised to make further strides, leaving an enduring legacy in the field of mechatronics and inspiring future generations of engineers.

Effective innovative leadership involves not only generating creative ideas but also implementing them successfully. It requires the ability to recognize and capitalize on emerging opportunities, often challenging the status quo to drive positive change. An innovative leader serves as a role model, demonstrating agility, resilience, and a passion for exploration. By fostering collaboration and providing a platform for idea-sharing, this leadership style creates a dynamic synergy that fuels innovation. Ultimately, innovative leaders leave a lasting impact on their teams and organizations by instilling a mindset that embraces change, disruption, and continuous evolution, ensuring sustained success in an ever-evolving business landscape.

Notable publications

 

Siyuan Zhai-Innovative Leadership-Best Researcher Award 

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Mr. Siyuan Zhai-Innovative Leadership-Best Researcher Award 

Southeast University-China 

Author profile 

 

Early Academic Pursuits

Siyuan Zhai embarked on his academic journey with a strong focus on modular architecture. Graduating from Chongqing University in 2019, he specialized in modular steel structures. During this period, he delved into the intricacies of rapid module integration and explored various module connection methods suitable for swift construction. His analytical prowess was evident in the extensive examination of bolt-connected modular steel structures, where he provided calculation methods and assessed seismic performance.

Professional Endeavors

Joining Southeast University in 2022 marked a shift in Siyuan Zhai's research focus to modular concrete structures. This transition showcased his adaptability and commitment to exploring efficient analysis methods for engineering designers, aiming to foster the widespread application of modular buildings. Siyuan's dedication extended beyond academia, as he actively engaged with enterprises in the research and development of environmentally-friendly and low-carbon modular building systems.

Innovative leaders are adept at creating an environment where diversity of thought is celebrated, recognizing that unique perspectives contribute to groundbreaking solutions. They prioritize open communication and collaboration, fostering a culture where team members feel encouraged to share their ideas without fear of judgment. These leaders lead by example, demonstrating a willingness to explore unconventional approaches and remaining resilient in the face of uncertainty. By promoting a culture of innovation, these leaders catalyze organizational success by staying ahead of industry trends, anticipating change, and ensuring their teams are well-equipped to navigate the evolving landscape.

Contributions and Research Focus

Siyuan Zhai's significant contributions lie in addressing challenges related to inter-module connections in modular buildings. His research emphasizes the critical characteristics of commonly used inter-module connections, considering multi-scenario usage requirements and multi-module combinations. The development trend he highlights provides valuable guidance for the adoption and implementation of column-supported modular steel buildings.

To address error sensitivity in module splicing, Siyuan Zhai proposes a novel bolted connection design featuring dual-slot holes, accompanied by strengthening methods like diagonal brace reinforcement and flange reinforcement. This innovative approach has demonstrated effectiveness in withstanding earthquakes, showcasing Siyuan's commitment to practical solutions in the field.

Accolades and Recognition

Siyuan Zhai's impactful research has garnered significant recognition. His findings have been published in multiple high-level papers, and his thesis received the Provincial Excellent Paper Award. The cumulative impact factor of his work over the last three years stands at an impressive 22.4. Additionally, he has received numerous awards totaling eight, acknowledging his innovative construction and design methods in the modular building domain.

Impact and Influence on innovative leadership 

Siyuan Zhai's influence extends beyond research publications. Actively contributing to the global utilization of modular buildings, especially in earthquake-prone regions, he integrates intelligent construction methods from factory construction to on-site implementation. By promoting environmentally-friendly and low-carbon modular building systems, Siyuan contributes to sustainable practices in the construction industry.

Innovative leadership, at its core, is a dynamic and forward-thinking approach that empowers individuals to challenge the status quo, think creatively, and drive positive change within an organization. A truly innovative leader fosters a culture of experimentation and continuous improvement, encouraging team members to embrace new ideas and perspectives. Such leaders are not afraid to take calculated risks, understanding that innovation often involves stepping into uncharted territory. They inspire their teams to view challenges as opportunities for growth, promoting a mindset that values learning from failures and adapting quickly.

Legacy and Future Contributions

Siyuan Zhai's legacy is marked by his pioneering work in modular architecture, addressing critical challenges and promoting practical solutions. As a doctoral student, his early achievements suggest a promising future marked by continued contributions to the field. His commitment to the development of building industrialization and the widespread adoption of modular architecture positions him as a key figure in shaping the future of construction practices.

In the coming years, Siyuan Zhai aims to further his impact through ongoing research projects, collaborations, and innovations in modular building systems. His dedication to addressing real-world challenges and integrating intelligent construction methods indicates a legacy of sustainable and efficient building practices that will continue to influence the construction industry for years to come.

Notable publications