Project Lead & Solo Developer: Healthcare Academic Platform/App

• Developed comprehensive interactive learning platform featuring +8 integrated medical applications using PyFluent, PyAnsys Geometry, Dash, and Python, incorporating advanced modeling techniques including turbulence (Baffled Tank), Non-Newtonian Fluids (Hemodynamics), discrete phase (Drug Delivery), and icing (Cryoablation) simulation. And Integration of HFSS models provide by a Colleague in Wearables and Medical devices.
• Integrated HFSS electromagnetic models provided by a colleague, demonstrating cross-disciplinary collaboration and multi-physics simulation capabilities
• Managed full development lifecycle using Git version control for coding projects.
• Achieved 5+ university curriculum adoptions for 2026 academic year from 15+ presentations to world-leading institutions

Events & Customer Engagement

• Speaker at BIOREME, The University of Manchester
• Lecturer in Hemodynamics at Aston University (remote) and King’s College London (in-person)
• Poster Presenter at IMES 2024 hosted by Ansys Academic Development Team
• Delivered 15+ technical demos to leading Universities & UTCs, resulting in measurable curriculum integration

Content Creation/Development for the AER & Up-skilling

• Created 2 comprehensive case studies for AER: Stenoses Blood Vessel & Drug Delivery (Nov 2025)
• Developed Python-based web scraping automation tool for curriculum mapping, reducing manual processing time by 80%
• Completed 52+ hours of professional certification including Ansys Fluent Professional Certification: “Getting Started with Ansys Fluent - Professional Certification”

• Facilitated manufacturing and evaluating the airfield fixtures and CCRs with the collaboration of the specialized manufacturers of the company.
• Supervised the already existing methods used by the company and provided a report with improved techniques and routines which were informed to superiors and implemented to the fabrication.
• Produced a detailed report/comparison between 9 main competitors and ATG for each product to recognize the strengths and weakness within the range of products designed by the manufacturer.

• Mediated 8 people replacing Doppler Very High Frequency Omnidirectional Range (DVOR/DME) at Maiquetia International Airport for 6 weeks. The work lasted 8 weeks, including final commissioning.
• Co-ordinated replacing collaboratively in a team of 5 people the battery bank of the solar system.
• Co-ordinated replacing collaboratively in a team of 5 people the battery bank of the solar system.

Predicted Grade: 68.33% (2.1)

Dissertation: Micromechanics of Natural-Synthetic fiber-hybrid reinforced polymers composites laminae.

• Achieved Second Prize in Poster Design for the dissertation in Aerospace Engineering (85%), during Dissertation Fair Presentation, March 2024.
• Presented my dissertation to the industry board of Aerospace Engineering of UoM.
• Achieved prize-winning group satellite design as sustainability and manufacturing engineer.
• Designated Manufacturing and Sustainability Engineer for 3rd year project, for Space Debris Identification Mission.
• Developed a report about an aircraft’s mission considering drawings, diagrams such as payload range and flight constraints, weight, and balance, landing gear and market analysis using MATLAB and SOLIDWORKS.
• Actively using Python/MATLAB/Excel to process larger calculations effectively to graphically demonstrated findings.

Grade: Physics - A*, Maths - A* Further Maths - A

Grade: 17/20

Micromechanics of Natural-Synthetic fiber-hybrid reinforced polymers composites laminae

• Grade: First Class, 85/100
• Achieved Second Prize in Poster Desing for the dissertation in Aerospace Engineering, during Dissertation Fair Presentation, March 2024.
• Presented my dissertation to the industry board of Aerospace Engineering of UoM.

Achieved First Prize at IT FLIES USA 2024; Designed ‘Phantom 1’, detail-oriented optimization of fighter jets Sukhoi Su-57 and Eurofighter Typhoon with the use of SOLIDWORKS, CFD and MATLAB.

• Assembled and tested a quadcopter using Ardupilot to configure the motors in a group of 4.
• Designed, Assembled, and launched a prototype rocket utilizing OpenRocket as the software of choice for design. Configured a set of sensors, altimeter and accelerometer using Arduino IC. The project was completed in a group of 5.
• Assembled and tested of a fixed-wing, rotor-propelled unmanned aerial vehicle called The Albatross. Assemblance and testing was completed within a group of 6.

• Developed design for manufacturing (DFM) strategies to optimize satellite components for cost-effective and scalable production.
• Created an Assembly, Integration, and Testing (AIT) plan to ensure efficient fabrication, assembly, and validation of satellite systems.
• Conducted Lifecycle Assessment (LCA) to evaluate material choices, production processes, and end-of-life disposal for sustainability.
• Performed Environmental Impact Assessment (EIA) to analyze the satellite’s footprint, including emissions, resource consumption, and orbital debris mitigation strategies.

The Ansys Associate Certification for Foundations in Fluid Dynamics using Ansys Fluent demonstrates your expertise in core fluid dynamics principles, including turbulent and viscous flows, boundary layers, and real-world flow systems.

Designed for advanced engineering students and professionals, the certification exam combines theory and simulation-based quizzes. Prepare with recommended Ansys Innovation Courses covering critical topics to enhance your knowledge and skills.

The Ansys Associate Certification for Fundamentals of Compressible Flows validates your knowledge of compressible flow principles, including thermodynamic laws, gas dynamics, compressibility effects, supersonic waves, shock-expansion theory, and internal flow analysis.

Ideal for advanced engineering students and professionals, this certification includes a theory and simulation-based exam with two attempts available over 30 days. Prepare with recommended Ansys Innovation Courses to master key concepts and gain a competitive edge.

The Ansys Professional Certification for Fluent Meshing Watertight Geometry Workflow tests your expertise in generating high-quality meshes using Fluent’s Watertight Geometry Workflow. Prepare with recommended courses covering CAD geometry import, sizing functions, surface and volume meshing, and hands-on tutorials.

This certification is ideal for graduate students, engineers, and job seekers looking to showcase their proficiency in Ansys Fluent.

The Ansys Professional Certification for Getting Started with Ansys Fluent tests your foundational knowledge and practical application of this industry-leading CFD software. The exam includes theory and simulation-based quizzes, with recommended preparatory courses offering hands-on examples and demos.

Ideal for graduate students, engineers, and job seekers, this certification showcases your expertise with Ansys Fluent.

Collaboratively planned group activities for the children in ADIC.

Co-ordinated the MVA main events. Arranged the activities throughout the 3-days event, to achieve a productive timetable.