Meet Titus
With over a decade of experience in 3D design and more than eight years as an aerodynamic specialist, I bring a deep understanding of cutting-edge engineering solutions to complex challenges. As a PhD candidate specializing in turbomachinery, my expertise lies at the intersection of advanced design techniques and aerodynamic optimization. My work focuses on developing innovative, high-performance solutions for industries that demand precision and efficiency. Building on my extensive expertise, I am dedicated to achieving outstanding results that inspire innovation and redefine industry standards. Together, we can push the boundaries of engineering to new heights.
A Strong History
I am an experienced engineer with over 10 years of expertise in 3D design and more than 7 years of specialized experience in Computational Fluid Dynamics (CFD). Throughout my career, I have successfully led and executed numerous projects across a diverse range of industries, including Ventilation Systems, Heat Recovery, Climatization, Thermal Comfort, Vehicle Ventilation Comfort, and even Race Car Aerodynamics and Aerospace Engineering. My work consistently focuses on creating innovative, efficient, and sustainable engineering solutions tailored to meet the unique needs of each project
For the past five years, I have been working as an Aerodynamic Specialist and the leader of multiple Testing Laboratory Departments. In this role, I am responsible for overseeing advanced testing procedures, managing cross-functional teams, and delivering optimized aerodynamic designs for high-performance applications. My expertise bridges the gap between simulation and real-world performance, ensuring that every product or system adheres to rigorous standards of functionality and efficiency.
Currently in the final year of my PhD in Turbomachinery, my research explores advanced topics in the design and optimization of high-performance rotating machinery. This academic endeavor has further enhanced my ability to tackle complex engineering challenges, combining cutting-edge theoretical insights with practical, real-world applications. My research focuses on improving efficiency, reliability, and sustainability in turbomachinery, contributing to advancements in energy production, transportation, and industrial processes.
My professional journey has been defined by a commitment to precision, innovation, and excellence. Leveraging a strong foundation in CFD and aerodynamic analysis, I have developed a deep understanding of fluid flow dynamics, thermal management, and performance optimization. Whether it’s enhancing vehicle ventilation systems, improving aerodynamic efficiency in motorsports, or advancing industrial ventilation and heat recovery systems, I approach every challenge with creativity and technical rigor.
In my capacity as Testing Laboratory Department Leader, I am also responsible for driving innovation within the team, fostering a collaborative environment, and ensuring that all testing and validation processes align with the highest industry standards. My leadership philosophy emphasizes continuous improvement, empowering my team to deliver results that consistently exceed expectations.
As an engineer, aerodynamic specialist, and researcher, I am passionate about pushing the boundaries of what is possible in engineering. My mission is to create impactful solutions that not only address today’s challenges but also contribute to a more efficient and sustainable future.
If you’re looking for expertise in 3D design, CFD, aerodynamics, or turbomachinery, I am dedicated to delivering cutting-edge solutions that achieve exceptional results and drive innovation forward.
Results & Accomplishments
Leading Aerodynamic Projects Across Diverse Industries
With over 10 years of 3D design experience and 7 years of expertise in Computational Fluid Dynamics (CFD), I have successfully spearheaded numerous projects in industries such as ventilation systems, race car aerodynamics, and thermal comfort. My work has consistently delivered innovative solutions tailored to optimize performance and efficiency in complex systems.
Leadership as Testing Laboratory Department Head
For nearly five years, I have successfully led multiple Testing Laboratory Departments, driving advanced validation processes and coordinating cross-functional teams. In this capacity, I have played a pivotal role in transforming theoretical designs into real-world solutions, ensuring every product adheres to the highest standards of quality, performance, and reliability.
PhD Research in Turbomachinery
As a final-year PhD candidate, my research is dedicated to advancing the performance optimization of turbomachinery, with impactful applications across energy, transportation, and industrial sectors. This rigorous academic endeavor has significantly enhanced my technical expertise, enabling the seamless integration of advanced theoretical principles into innovative, practical engineering solutions that address complex real-world challenges.