Who I Am?

I’m Hissan Tasaduq, an engineer navigating the intersection of aerospace, autonomous systems, and strategic thinking. With a Bachelor’s in Aerospace Engineering and currently pursuing my M.Sc. in Autonomous Vehicle Engineering at the University of Naples Federico II, I am driven by a passion for systems—whether they power future vehicles or shape the outcomes of geopolitical conflicts.

From the micro-scale precision of cryogenic seals during my internship at Omniseals Saint-Gobain to the macro-scale movements of autonomous machines and military strategies, I thrive on understanding complex systems, optimizing their performance, and forecasting their impact.

Reference Image
Reference Image

"Technology wins wars. Strategy wins peace. I study both."

My Unique Edge: Engineering Meets Geopolitics

Beyond engineering, I have an enduring fascination with military history, global conflicts, and the technologies that influence them. I regularly study wars—past and present—not just from a political lens but through the eyes of an engineer and strategist.

From hypersonic missiles to autonomous drones, electronic warfare to cyber resilience, I analyze how technology shifts the balance of power and redefines defense doctrines. This perspective deeply informs how I approach problems: always with an eye toward real-world constraints, strategic impact, and systems resilience.

Education & Technical Background

M.Sc. in Autonomous Vehicle Engineering

University of Naples Federico II, Naples-Italy (September 2024–Present)

  • Focus: Sensor fusion, control theory, ROS, AI/ML for autonomous systems, Image and Video Processing

B.Sc. in Aerospace Engineering

ACS College of Engineering, Bangalore-India (2019-2023)

A large and complex rocket engine displays intricate arrays of pipes, cables, and metallic structures. The engine bell is prominent, featuring gray and metallic tones, with various components interconnected. The background consists of a grid-like structure, possibly a part of a large facility or hangar.
A large and complex rocket engine displays intricate arrays of pipes, cables, and metallic structures. The engine bell is prominent, featuring gray and metallic tones, with various components interconnected. The background consists of a grid-like structure, possibly a part of a large facility or hangar.
  • Focus: Aerodynamics, Propulsion, Control Theory, Cryogenics, Flight and Space Dynamics

Industry Experience

Engineering Intern – Omniseals Saint-Gobain
  • Performed FEA analysis of complex spring-seal assemblies under extreme temperature conditions

  • Design and optimize strut bearings

  • Collaborated with cross-functional teams in Germany, Belgium, and the US

  • Delivered validation reports optimizing sealing solutions for demanding environments

  • Prepare technical proposals in response to problem statements, Statements of Work (SOW), and Requests for Quotation (RFQs)

Cryogenic Seal Design & FEA, and Business Development (2024)

  • Collaborated with the design team to optimize 3D model accuracy, enhancing design flexibility

  • Produced production-ready drawings with strict tolerances and ensured 100% BOM accuracy

  • Conducted FEA using ANSYS to validate design integrity, leading to the refinement of critical components

Intern - Cadmaxx

CAD & Analysis (2023)

Intern - OrbitX

Research on Reusable Launch Vehicles (2022)

  • Participated in the optimization of Reusable Launch Vehicle (RLV) performance, driving fuel savings and cost reductions through data analysis and innovative concept development

  • Assisted in the creation of technical documentation and operational procedures

  • Conducted thermal analysis using ANSYS to improve RLV components, ensuring structural resilience

Core Skills

CATIA V5 • SolidWorks • AutoCAD • Fusion 360 • ANSYS Workbench • ASME Y1.5 • Python • AGI STK