Shohanur Rahaman Sunny

Engineer | Master’s Student in Industrial Engineering

Lamar University, Texas

“From aerodynamics to automation — I design intelligent, scalable, and safe engineering systems.”

About Me

Hello! I’m Shohanur Rahaman Sunny — an engineer blending a solid foundation in Mechanical-Aeronautics with advanced studies in Industrial Engineering. My passion began with exploring how aircraft achieve lift and progress through the skies, evolved through hands-on rocket motor design and testing, and now drives me to innovate efficient, automated systems that optimize aerospace workflows.

At Lamar University, I’m currently pursuing my Master’s in Industrial Engineering, integrating aerospace principles with cutting-edge approaches like digital twins, IoT-enabled SCADA systems, and smart manufacturing techniques.

Educational Journey

• Bachelor of Engineering (Mechanical – Aeronautics)
  University of Technology Malaysia (UTM) | 2017 – 2022
  • Specialized in wind tunnel testing and detailed aerodynamic data analysis
  • Gained hands-on skills in propulsion systems, CAD design, and simulation software
• Master of Engineering (Industrial Engineering)
  Lamar University, Texas, USA | 2023 – Present
  • Focusing on process optimization, system simulation, ergonomics, and IoT-based monitoring
  • Building solutions for advanced aerospace labs and smart manufacturing environments

Key Projects

Wind Tunnel Data Reduction – Final Year Thesis

Developed a tailored program to process data from JR3 internal balance sensors, extracting aerodynamic coefficients such as lift and drag with enhanced precision.

Key takeaway: The critical role of precise testing, automation, and data visualization in engineering accuracy.

Solid Rocket Motor Design – UTM Aerolab Internship

Led the end-to-end design and static testing of a solid propellant rocket motor delivering 1000 N thrust.

• Utilized SolidWorks for CAD design, Arduino for data acquisition, and developed remote ignition protocols
• Managed combustion chamber sizing, nozzle design, and ensured strict safety measures during testing

Key takeaway: Applying theoretical knowledge to practical, testable aerospace systems.

Smart Lab Development (Ongoing)

Currently designing and prototyping smart lab environments featuring:

• IoT-enabled SCADA systems for real-time propulsion test monitoring
• Digital twin simulations to enhance safety and predictive capabilities
• Ergonomically optimized workspaces that enhance efficiency and reduce risks

Key takeaway: Leveraging industrial engineering to advance aerospace research safety and scalability.

My Vision

I strive to bridge aerospace innovation with industrial engineering efficiency, transforming complex, high-cost research labs into scalable, accessible platforms for education and innovation.

Core beliefs:

• Developing engineering solutions that prioritize repeatability, safety, and intelligence
• Harnessing digital tools to simulate, predict, and optimize performance
• Promoting hands-on, affordable, and scalable STEM education

Looking Ahead

My next goals include:

• Driving aerospace R&D with a focus on lab automation and smart manufacturing
• Collaborating on the development of engineering tools tailored for education and research
• Supporting innovation in low-cost, practical STEM labs and applied engineering research

Lessons I’ve Learned

• Precision and simplicity must go hand-in-hand for effective engineering systems.
• Hands-on experiments are essential for turning concepts into real-world solutions.
• True efficiency eliminates workflow friction while enhancing safety.
• Automation via SCADA, IoT, and digital twins enables scalable and accessible engineering environments.
• Cross-disciplinary knowledge combining aerospace and industrial engineering unlocks new opportunities.
• STEM education should be practical, affordable, and innovation-driven to empower future engineers.