Insha Taray

Passionate about the field of Computational Fluid Dynamics (CFD) and the aerospace industry, I am a dedicated professional seeking opportunities to contribute my skills and expertise in CFD to drive innovation and advancements in aerospace engineering.

🚀 With a strong foundation in Aerospace Engineering and a focus on CFD, I bring a deep understanding of fluid dynamics, aerodynamics, hydridynamics, and propulsion systems. My previous experience as a Research Scholar at Universiti Putra Malaysia allowed me to work on diverse modeling and simulation problems, honing my expertise in CFD techniques and turbulence models. I successfully tackled challenges related to hydrodynamics and aerodynamics for both rigid and oscillating bodies, gaining valuable insights into flow patterns and hydrodynamic forces.

🎓 My educational background includes a Master of Science (MS) degree in Aerospace Engineering from Universiti Putra Malaysia, where I specialized in the application of CFD in aerospace systems. I also hold a Bachelor of Engineering (BE) (Hons) degree in Aerospace Engineering from the International Islamic University Malaysia, where I developed a strong foundation in fluid mechanics, aerodynamics, and aircraft structures.

📢 Effective communication and collaboration have been integral to my professional journey. I possess exceptional interpersonal and communication skills, enabling me to effectively convey complex technical concepts to both technical and non-technical stakeholders. I thrive in team environments, leveraging my strong analytical and problem-solving abilities to contribute to shared goals.

🔍 I am confident in my ability to contribute to projects involving CFD analysis, aerodynamic design optimization, and performance evaluation. Let's connect and explore how we can collaborate to drive innovation and shape the future of aerospace engineering.

🔬 Throughout my tenure as a Research Scholar at Universiti Putra Malaysia, I actively engaged in sophisticated modeling and simulation endeavors within the realm of Computational Fluid Dynamics (CFD), focusing on the intricate domains of hydrodynamics and aerodynamics. My responsibilities encompassed tackling multifaceted challenges pertaining to CFD, involving both rigid and oscillating bodies. To address these complexities, I adeptly employed a diverse array of turbulence models and implemented a wide range of CFD techniques, thereby gaining profound insights into the intricate behaviors of fluid flow phenomena.

I have a Bachelors and Masters in Aerospace Engineering

🔬 Worked on CFD analysis on the kinematics of an oscillating bluefin tuna model:
Conducted computational fluid dynamic analysis using ANSYS FLUENT.
Investigated hydrodynamic forces, Strouhal number effects, and flow patterns of the tuna-swimming wake.

💻 Developed unique C-language code:
Replicated the thunniform locomotion of bluefin tuna confined to the tail/caudal fin.
Integrated the code with ANSYS FLUENT for simulation.

⚙️ Compared thunniform motion with existing 3D experimental studies:
Focused on the physical entity of thrust.
Implications for the design of aircrafts, airships, UAVs, UUVs, submarine-launched UAVs, and jet-propelled vehicles.