Contact Dr Mason Lalehparvar
Background
I am a Chartered Engineer (CEng) and a specialist in Nonlinear Mechanics, holding a PhD from the University of Aberdeen. My academic foundation is rooted in the study of complex mechanical and aerospace systems, stability analysis, and structural integrity, allowing me to approach engineering challenges with a high level of mathematical and physical rigor. As a member of the Institution of Mechanical Engineers and an Associate Fellow of the Higher Education Academy, I am committed to advancing the standards of professional engineering through both cutting-edge research and the mentorship of future engineers.
Currently, I serve as a Research Fellow in Lightweight Structures at Cranfield University, where I lead experimental and computational investigations in direct collaboration with industry. My work is centered on the structural characterization of aerospace components, where I design and execute complex test setups to evaluate the performance of lightweight materials under static and dynamic loading. By integrating experimental results with advanced numerical modelling, I support the development of next-generation sustainable civil aircraft structures that prioritize both weight reduction and safety.
My career has been characterized by a strong synergy between academia and industry, having delivered critical technical solutions for global leaders such as Baker Hughes and the National Decommissioning Centre. Throughout these collaborations, I have served as a research assistant, utilising Finite Element Analysis (FEA) and data-driven optimisation to solve complex problems in subsea engineering and marine infrastructure. My ability to apply plasticity theory and nonlinear simulations to industry-critical designs has consistently resulted in improved efficiency, reduced development timelines, and significant cost savings for my industrial partners.
Beyond my research and industrial work, I am an active entrepreneur with a proven track record of establishing and scaling technology-driven ventures. As the founder of Ocean8, I led the design of a modular wave energy harvester that applied chaos theory to maximize energy output in unpredictable maritime environments. Additionally, through my venture Tareiana Smart Home, I managed over 100 projects and a multi-disciplinary team to deliver advanced wireless Building Management Systems. This combination of deep technical expertise and entrepreneurial leadership allows me to bridge the gap between scientific discovery and commercial reality.
Research opportunities
- Morphing structures and bistable composites
- Smart structures and structural digital twins
- Lightweight aerospace structures
- Nonlinear dynamics and vibration control
- Impact modelling and analysis using AI
- Automation and optimisation in aerospace manufacturing and repair
- Renewable energy systems
Publications
Articles In Journals
- Lalehparvar M, Vaziri V, Aphale SS & Wiercigroch M. (2024). Time Delay Effect in Suppressing Drill-String Stick-Slip Vibration. IFAC-PapersOnLine, 58(5)
- Lalehparvar M, Vaziri V & Aphale SS. (2023). Constrained Control of Coexisting Attractors in Impact Oscillator with Delay. Journal of Vibration Engineering & Technologies, 11(6)