Bring your ideas or challenges to OEDS and our creative teams of young & experienced engineers will work in harmony to deliver finest designs and solutions taking into account reducing your engineering costs and improving your final product quality. You are guaranteed to be working with the best in design, engineering analysis, reverse engineering, value engineering, process improvement, and CAD design."
OEDS offers design consultancy services that can provide complete product development from initial sketches to concept design & 3D modelling.
Solving, correcting, and preventing structural problems. From design and thermal, stress, vibration and fatigue analysis to materials/ metallurgical troubleshooting.
Our expert consultants provide value engineering services which are aimed to identify and eliminate high cost areas in the value chain to ensuring a balance.
We differs from the other design oriented training programs and focuses on understanding the CAD and CAE concept rather than mere use of the software tools.
Our people identify the 'why' and 'what for' in order to deliver the best possible solution to meet our clients’ aspirations. We interrogate issues beyond the usual design and delivery envelope so that key opportunities and benefits can be identified and developed.
Our forward thinking technological strategies, performance, robustness and ambition, gives confidence and re-assurance to our clients as we are able to drive their projects forward from the outset to reach a highly successful conclusion.
We understand the importance of putting our client’s needs first and fore-most, buying into our clients’ culture to such a degree that we often become an extension of their business. We operate almost in-house, which is integral in meeting our clients’ aspirations and objectives as our top priority.
We bring a lateral approach, thinking innovatively and creatively. Our specialists work across all our industries and service offerings and our inspired solutions add considerable value, creating certainty, ensuring safety and eliminating risk.
Redesign the drivetrain of UBC Supermileage’s urban concept vehicle to improve the fuel efficiency and improve its performance
Develop an add o remotely operated underwater vehicle (ROV) gripper
Design lightweight wheels for a Formula race car and analyze the effects of reducing wheel weight on performance.
Design Fish feeding cannon with long distance operational facility and performance monitoring
Design a device will measure the torsional stiffness of a FSAE race car frame