Nicolau Morar

Nicolau Morar is a Lecturer in Manufacturing and Materials at City, University of London within the Mechanical and Aeronautical Engineering department, with concurrent employment at Cranfield University in Surface Manufacturing. His academic journey includes a DPhil in Production Engineering from Cranfield University (2011-2015) and an MEng in Aerospace Engineering from Kingston University (2005-2011).

Dr. Morar's research spans two primary domains: advanced manufacturing processes for high-performance materials and innovative engineering education methodologies. His work in materials science focuses on laser shock peening, material degradation mechanisms in nickel-based superalloys (particularly CMSX-4), and high-temperature corrosion phenomena. In engineering education, he explores Learning Factories, Industry 4.0 integration, and sustainability education frameworks.

His publication record from 2013-2024 reveals a consistent research trajectory with increasing focus on materials performance under extreme conditions. The most recent publications (2023-2024) demonstrate expanded investigation into stress corrosion cracking mechanisms, laser peening effects on superalloys, and sustainability in engineering education. His work shows strong collaboration with researchers across multiple institutions, particularly with Cranfield University and industry partners in aerospace materials research.

Scientific contributions include:

• Multiple publications on CMSX-4 superalloy behavior under high-temperature corrosion and mechanical loading
• Research on laser shock peening as a surface hardening technique
• Studies on the impact of environmental factors (NaCl, SO₂, chlorine) on material degradation
• Engineering education research focusing on sustainability and Industry 4.0 implementation

Dr. Morar's work bridges fundamental materials science with practical manufacturing applications, particularly for aerospace components requiring high reliability under extreme operating conditions. His concurrent focus on engineering education demonstrates commitment to developing next-generation manufacturing professionals equipped for Industry 4.0 challenges.