◦ Email: Mo_bayat@outlook.com
◦ Contact number: 09124666811
◦ Location: Tehran, Niavaran
◦ Mohammad Bayat, PhD Candidate in Mechanical Engineering
◦ Mechanical engineer with extensive experience in fracture mechanics, elasticity and crack growth in materials under load
◦ Scientific papers in the field of fracture mechanics and crack growth prediction modeling
◦ Presented research at international conferences in civil and mechanical engineering
◦ Expert in numerical modeling and finite element analysis using advanced software
PhD in Mechanical Engineering – Applied Design (Ongoing)
MSc in Mechanical Engineering – Fracture Mechanics (2016–2019)
BSc in Mechanical Engineering (2010–2016
F&B Engineering Solutions (USA & Dubai Branch)
– Office Manager in Farah Engineers company in Dubai.
– Business Development Manager – Expanding the company’s activities in Dubai and the Persian Gulf region, attracting architectural design projects and managing luxury projects.
– Head of Interior Supply & Export – Sourcing and supplying luxury furniture, lighting, flooring, curtains and accessories from the US, Europe and China at the best prices.
– Project & Interior Design Manager – Managing the implementation of interior decoration projects and collaborating with architects and contractors.
– Brand & Investment Development Manager – Launching and developing the brand in Dubai, attracting investment and creating strategic partnerships.
Bayat Engineers
– Executive & Engineering Supply Manager – Sourcing construction and interior decoration materials from Iran, China and Dubai.
– Business Development & International Contracts Manager – Managing commercial and international contracts, market development in the Middle East and Europe.
– Senior Consultant for Luxury Architecture & Construction Projects – Overseeing and consulting on specific construction and interior design projects.
– Mechanical Engineering Consultant for Renewable Energy Projects
Design and structural analysis of wind and solar systems, with a focus on durability under desert conditions; participation in large-scale Gulf projects like NEOM.
– Oil & Gas Mechanical Systems Specialist
Failure analysis and mechanical design of high-pressure systems, pipelines, and equipment for extreme heat environments in the oil & gas sector.
– FEA Simulation Expert (ANSYS / ABAQUS / MATLAB)
Performing advanced numerical analysis of components under complex loading, virtual testing for structural integrity and performance.
– Smart Infrastructure & Luxury Engineering Consultant
Mechanical design solutions for iconic high-rise buildings and smart city components in projects such as The Line or Marina Towers.
– Automotive R&D Consultant (Luxury & Racing Vehicles)
Vehicle dynamics simulation, stress and fatigue analysis of car components; support for performance optimization and motorsport applications.
– VIP Engineering Instructor & International Program Designer
Development of advanced engineering training courses (e.g., Fracture Mechanics, Structural Design) for executive clients and organizations in the Gulf region.
Master of Science (M.Sc.) in Mechanical Engineering
Islamic Azad University, Damavand Branch – Tehran, Iran (2016–2019)
Thesis: Prediction of Crack Growth in Isotropic Materials under Mixed Loading Conditions
Focus Areas: Fracture Mechanics, Material Behavior, Numerical SimulationBachelor of Science (B.Sc.) in Mechanical Engineering
Islamic Azad University, Damavand Branch – Tehran, Iran (2010–2016)
Core Courses: Solid Mechanics, Thermodynamics, Machine Design, Dynamics
Final Project: Stress Analysis in Composite Structures
Fracture Mechanics under Complex Loading
Investigation of crack initiation and propagation in isotropic and composite materials subjected to mixed-mode and multi-axial stresses.Energy-Based Failure Criteria for Brittle Materials
Development and validation of fracture models using strain energy density and critical energy release rates for predicting failure in ceramics, glasses, and polymers.Numerical Simulation of Crack Growth
Finite Element Modeling (FEM) and custom numerical codes for simulating crack evolution using software tools such as ABAQUS, ANSYS, and MATLAB.
Ofogh Saraneh Qeytoun Company
CEO and Chairman of the Board (2018–Present)
– Leading strategic planning and supervising executive operations
– Managing engineering project development across sectors
– Optimizing organizational performance through data-driven management
Ariana Behsazan Company
CEO and Board Member (2016–2018)
– Overseeing executive and operational strategy
– Supervising engineering and infrastructure development
– Initiating market expansion across domestic and regional sectors
– Presenting a paper at the International Conference on Fracture Mechanics of Composite Materials (2020)
– Author of a research paper titled: “Developing an Energy-Based Failure Criterion for Brittle Materials”
– Investigation of crack initiation and propagation in isotropic and composite materials under mixed-mode and multiaxial stress conditions
– Development and numerical validation of strain-energy-based fracture models using finite element methods
– Numerical simulation of crack growth using ABAQUS, ANSYS, and MATLAB in complex mechanical systems
– Research collaboration with international academic teams on mechanical failure prediction and structural reliability
– Analytical & Simulation Software: MATLAB, CATIA, ABAQUS, ANSYS, MicroStation, SolidWorks, Finite Element Analysis (FEA)
– Project & Team Management: MS Project, Trello, Google Drive, Agile tools, resource planning, risk assessment
– Data Analysis & Modeling: Excel (advanced modeling), Stata, Python (basic for data-driven engineering), engineering data interpretation
– Design & Drafting: CAD-based engineering design, MicroStation for bridges, roads, buildings, and smart infrastructures
– Languages: Persian (native), English (IELTS: 7, GRE: 328)
– Soft Skills: Strategic thinking, international communication, leadership in multidisciplinary teams
– Reading scientific and research articles in mechanical engineering, especially fracture mechanics and material failure
– Presenting research at international engineering conferences (e.g., fracture mechanics, composite materials)
– Content optimization and SEO for scientific articles and academic visibility
– Engineering design for renewable energy systems (solar and wind)
– Automotive R&D, especially luxury and performance vehicles
– Smart city infrastructure and luxury architectural projects (e.g., NEOM, The Line)
– Developing high-end training content and consulting for international engineering teams