Our Story · 2016—2026

A decade of engineering research, development & innovation.

From a research-focused engineering foundation in Jordan to a multidisciplinary R&D organisation combining advanced simulation, engineering design, international research experience, and emerging intelligent technologies.

10+
Years of Development
Research → Analysis → Simulation → Multidisciplinary R&D → Advanced Design → AI-enabled Engineering
Origin
Jordan · 2016
Core
Engineering R&D + Advanced Simulation
Direction
Global, Multidisciplinary, Intelligent Engineering
Overview 2016—2018 2018—2020 2020—2022 2022—2024 2025 2026 Today

The principle behind the work

Engineering decisions should be defensible.

Our work goes beyond calculations or operating engineering software. We combine engineering judgement, numerical modelling, scientific research methodology, simulation, data interpretation, and emerging technologies to turn complex problems into clear, practical engineering solutions.

01
Evidence

Decisions supported by traceable technical reasoning.

02
Validation

Model quality, assumptions and results examined critically.

03
Physics

Engineering understanding remains the basis of the workflow.

The Journey

Six phases. One continuous engineering evolution.

2016—2018

Phase I

Building the Research Foundation

The first stage was built around scientific research, engineering knowledge, academic standards, and technical problem-solving across international university environments.

Capabilities established
Research methodology
Literature & research-gap review
Engineering calculations
Result interpretation
Scientific reporting
Research-paper refinement
Engineering data analysis
Academic quality evaluation

The central idea was to connect the research question, engineering method, analysis, and final technical argument as one coherent workflow.

2018—2020

Phase II

From Engineering Research to Advanced Simulation

Simulation and numerical engineering became central to the company's R&D activity, extending capability across fluid, thermal, structural, electromagnetic, dynamic, control, and multiphysics analysis.

A broader technical stack
ANSYS FluentMechanicalSolidWorksPTC CreoCOMSOLOpenFOAMAbaqusSTAAD.ProRevitMATLAB / SimulinkCST StudioAltium
“Simulation is not the final product — engineering understanding is.”
2020—2022

Phase III

Multidisciplinary R&D & Complex Engineering Projects

Project complexity moved the company beyond individual simulation tasks toward integrated engineering R&D connecting multiple disciplines.

Renewable Energy

Solar PV, wind energy, battery storage, fuel cells, power electronics, MPPT, microgrids and hybrid-energy systems.

Maritime & Offshore

Hydrodynamics, wave loading, floating-body response, RAO, mooring, stability, marine CFD and offshore structural FEM.

EM & High Frequency

RF, microwave and THz simulation, antennas, metamaterials, S-parameters, field analysis and parametric optimisation.

The transition: engineering-support provider → broader engineering R&D and simulation partner.
2022—2024

Phase IV

From Simulation to Product & System Development

The focus expanded from virtual engineering toward implementation: circuit simulation, control logic, microcontrollers, sensors, firmware, PCB design, manufacturing preparation and prototype validation.

Virtual engineering → implementation
Simulation→ Control Logic→ Electronics→ PCB / DFM→ Prototype-ready
Industrial Equipment

FEA, CFD, thermal, fatigue, vibration and manufacturability for reliability, flow, overheating and resonance issues.

Electronics & IoT

Sensors, embedded control, PCB design, electronics cooling, enclosure engineering and prototype constraints.

The objective became to improve the design before expensive manufacturing, testing, or implementation decisions are made.

2025

Phase V

International Recognition & Research Excellence

A stage of greater maturity, combining accumulated engineering expertise with research evaluation, academic quality, and a growing international professional presence.

Jordan
Kuwait
United Kingdom
Research Evaluation

Methodology, results, technical arguments, scientific presentation and manuscript development.

Academic Quality

International academic standards, programme evaluation, learning outcomes and quality-assurance frameworks.

2026

Phase VI

U.S. Expansion & the Next Generation of Engineering

After ten years of development, Easy Way entered a new stage by establishing and licensing its business presence in the State of Wyoming, United States.

The objective

Combine advanced engineering design, high-fidelity simulation, scientific research, and emerging technologies to support the next generation of engineering innovation.

U.S. Business Presence
Wyoming, United States
Leadership
Eng. Taqwa Al-Qudah · Founder & Owner

Engineering Design Meets AI

Artificial Intelligence as an engineering accelerator.

The strategy combines traditional engineering fundamentals with AI-assisted analysis, data processing, optimisation, automation, simulation interpretation, scripting, technical documentation and intelligent decision support.

“AI is the accelerator; engineering knowledge remains the foundation.”
From simulation to intelligent engineering
Research01
Engineering Analysis02
Simulation03
Multidisciplinary R&D04
Advanced Design05
Artificial Intelligence-Enabled Engineering06

The development cycle

Supporting engineering from concept to decision.

The direction is increasingly toward supporting the full engineering development cycle, so problems can be investigated virtually before significant resources are committed to manufacturing, construction, or physical implementation.

01Concept
02Design
03Modelling
04Simulation
05Validation
06Optimisation
07Decision
08Development

Our Expertise Today

A multidisciplinary engineering platform.

After more than ten years of continuous development, Easy Way brings together a qualified and continuously trained team working across a broad technical portfolio.

Engineering R&D

Research methodology, simulation-supported research, technical analysis, result interpretation, scientific reporting and research-quality improvement.

CFD & Thermal

Fluid flow, turbulence, pressure drop, aerodynamics, cooling, heat transfer and thermal optimisation.

FEA & Structural

Stress, deformation, fatigue, vibration, modal response, buckling, nonlinear behaviour and structural optimisation.

Renewable Energy

Solar PV, wind turbines, battery storage, fuel cells, hybrid systems, microgrids, power electronics and control.

Maritime & Offshore

Hydrodynamics, wave loading, floating structures, mooring, stability, offshore FEM and marine CFD.

Electrical & Electromagnetics

Power and control modelling, RF/THz simulation, antennas, metamaterials and electromagnetic systems.

Embedded Systems & IoT

Electronics simulation, microcontrollers, sensors, firmware, PCB development and prototype-ready design.

CAD & Product Development

Modelling, manufacturability, mould design, CAM and simulation-supported product development.

Civil & Infrastructure

Structural modelling, building systems, infrastructure and dynamic structural analysis.

AI & Automation

AI-assisted R&D, engineering data intelligence, automation, scripting, technical information processing and intelligent engineering workflows.

2026 · A New Chapter

The first decade built the foundation. The next expands the platform.

The long-term ambition is to establish Easy Way as a recognised international engineering R&D, design and simulation company connecting engineering expertise across the Middle East, the United Kingdom, the United States, and the wider global engineering community.

Engineering Design•Advanced Simulation•Research & Development•Artificial Intelligence•Engineering Innovation
Ten Years of Experience. A New Era of Innovation.
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