Advanced Numerical Simulations for Engineering Applications
Independent Computational Engineering Consultancy
Antoids Engineering & Research is an independent computational engineering practice founded by Dr. Justin Onisoru, specializing in advanced numerical simulations and applied engineering methodologies.
With over 25 years of experience in structural and stress analysis, including work on major nuclear engineering projects for organizations such as Siemens, Westinghouse, and GE, the practice supports engineering companies in solving complex technical challenges through rigorous modeling and validated simulation methods.
Antoids Engineering & Research was founded with the objective of placing rigorous engineering analysis at the center of technical decision-making. The practice combines deep expertise in structural and mechanical simulations with carefully developed computational tools designed to support complex engineering projects.
The name Antoids reflects the idea of specialized digital assistants — custom tools developed with the help of AI that enhance the efficiency of engineering analysis, allowing the consultant to focus on high-level modeling, interpreting results, and integrating solutions within larger engineering projects.
CORE EXPERTISE
Structural & Stress Analysis
Finite element modeling for static and nonlinear problems, including detailed stress evaluation, contact modeling, and structural assessment under complex loading conditions.
Dynamic & Transient Simulation
Linear and nonlinear dynamic analysis, vibration studies, transient response simulations, and stability investigations for mechanically sensitive systems.
CFD & Hydraulics Modeling
Selected applications in computational fluid dynamics and hydraulic systems, focused on physically consistent modeling and engineering relevance.
Development of Calculation Methodologies
Design and implementation of tailored computational approaches when standard procedures are insufficient. Emphasis on validation, verification, and robustness.
Engineering Philosophy
To redefine engineering analysis by uniting deep technical expertise, advanced analytical methods, and AI-driven problem solving — empowering engineers to tackle increasingly complex projects with exceptional precision, efficiency, and insight.
Approach
To collaboratively solve complex engineering problems by uniting deep expertise, advanced analysis techniques, and AI-driven tools, providing partners with dependable and insight-rich engineering solutions.
Our Values
Technical Excellence
We uphold the highest standards of engineering rigor, drawing on decades of experience to deliver reliable, accurate, and insightful technical outcomes.
Problem-Solving Mindset
We approach every challenge with curiosity and determination, focusing on understanding the root of the problem and delivering practical, high-impact solutions.
Integrity & Responsibility
We act with honesty, transparency, and professional responsibility, ensuring our work supports safe, sound, and ethically grounded engineering practices.
Continuous Learning & Knowledge Sharing
We commit to expanding our expertise and evolving our methods, while actively sharing knowledge to support education, empower partners, and contribute to the broader advancement of engineering and humanity.
Innovation Through Advanced Methods & Tools
We embrace modern analytical methods and AI-enabled tools to enhance capability, precision, and efficiency, always seeking smarter ways to solve complex problems.
Partnership & Collaboration
We work alongside our clients and suppliers as trusted partners, sharing responsibility, insights, and commitment to achieving the best possible engineering results.