MECHANICAL ENGINEERING
We have been creating peace of mind for our clients through our innovative, sustainable, and efficient projects since 2016.
Mechanical engineering is the discipline of engineering that focuses on the design, development, construction, and operation of mechanical systems. Mechanical engineering applies mechanical principles such as energy transformation, force, and motion to the design and operation of machinery.
We analyze mechanical structures, materials, and their components in order to create efficient mechanical solutions that our clients can rely on and take pride in.
We also understand the principle of mechanical components and subsystems used in mechanical systems. Additionally, our mechanical engineers use advanced mathematical techniques to solve any problems related to mechanical systems.
Furthermore, our mechanical engineers are adept at using modern computer-aided design (CAD) software tools in order to create precise designs for their mechanical components or subsystems. Our team of engineers possesses strong problem-solving skills since we are often called upon to solve complicated technical issues that arise during the development or operation of mechanical equipment.
Most importantly, we have a deep knowledge of safety standards so that our designs reduce the risk of injury or death caused by mechanical failure. Client safety is our number one priority so we are diligent and dedicated to making sure our systems are of the highest standard and utilize the most cutting-edge technology, thus ensuring the peace of mind of everyone involved.
OUR APPROACH TO MECHANICAL ENGINEERING
What We Do
Mechanical drafting and design
Engineering material selection and testing
Robotics and automation engineering
3D printing and prototyping
Mechanical system dynamics
Kinematics and kinetics analysis
Heat transfer analysis
Fluid dynamics analysis
Control systems monitoring
Thermodynamics implementation
Chemical and physical property testing
Practical Use Cases
Indoor air quality control
Alternate fuel sources
Clean rooms
Temperature control systems
Laboratory design
Water-cooled chillers to steam pressure
Reducing stations
Utilities
HVAC systems (Heating, Ventilation, and Air Conditioning)
Humidification control
Chilled and heating water systems
Packaged unitary equipment
Custom air handling units
District steam systems
