Raja Rajendran has over 30 years of engineering experience of which 20 years are in automotive such as engine, transmission, chassis, body, and other automotive components design and development experience.
Designed and developed various automotive components in the areas of Engine, Transmission, Chassis and Body. Developed components of casting, sheet metal, rubber, plastic etc. Worked in the capacity of lead engineer, project engineer, design and development engineer, test engineer, integration engineer and packaging engineer.
Worked in concept refinement, technology development, system development & demonstration, production & deployment, and operation & support phases.
Design, development and construction of various industrial control valves, isolators used in nuclear power plants. Design of hydraulic and pneumatic circuits. Interpret customer’s specifications into design parameters and verify their compatibility. Perform stress calculations. Selected raw materials / components to suit the design parameters (actuators, gear boxes, motors, pneumatic / hydraulic cylinders, springs and accumulator tanks).
We are currently working on patenting an innovative design for a Infinitely Variable Transmission (IVT) that is NON-DEPENDENT ON FRICTION AND PROVIDES UNIFORM INPUT TO OUTPUT RATIO. We have a utility patent pending in multiple countries (USA, Canada, India, China, Japan, Germany, Italy, United Kingdom, France, Norway, Sweden, Switzerland and several others). We have built a hand-held prototype for proof of concept/product demonstration. We are currently working on building a prototype for ATV (All-Terrain Vehicle)
Salient features of the IVT:
Non-friction dependent (all geared). No slip.
Does not require additional electric motor or hydraulic pump/motor for operation.
Uniform and steady output for a steady input
Co-axial input / output
Ranging from full forward to full reverse
High torque capability
Efficient, Versatile and Scalable
Simple construction and assembly
Compact and Light weight
Cheaper to manufacture
Use of readily available commercial off the shelf (COTS) components
Eliminates the need for clutch
Possibly eliminates the need for a torque converter
Multiple configurations aid packaging within available space
Eco-friendly (increased fuel efficiency)
Can easily replace/retrofit existing regular transmissions with minor changes