Murali Padmanabha

Development of mechanistic/physics informed models that capture growth process dynamics and influences of environmental conditions in the indoor production of plants, fungi and insect larvae (Hermetia illucens). Model assisted study of resource use in interconnected indoor production systems for exploring synergies. Application of model based optimal control methods for resource and energy optimization and decision support for the production process and development of controlled environment systems.

Development of simulation models for automotive electric drive trains and setup of hardware-in-the-loop test bench using dSPACE platform. Implementation of energy optimized drive train control logic for real-time execution on embedded platform. Evaluation of SOFC for dual use in agricultural applications for combined production of heat, electricity and CO2 for operation and dosing in greenhouses.

Development of MATLAB simulink models for hardware in the loop test bench and test automation.

Baremetal device driver development for embedded platform based

Implementation of application logic, fault detection and handling for airbag safety system ECUs

Business logic implementation and application maintenance and deployment

Energy and resource optimization in indoor interconnected food production units

Embedded System design, Hardware Software co-design, System design, Design of software for embedded systems, Smart sensors systems, Design of heterogeneous systems, Software environment for smartphone applications, Software platform for automotive systems.