Rakesh Kumar Reddy Beeram

Embedded Software Engineer experienced in C/C++, FreeRTOS and multi-MCU ARM Cortex-M architectures (STM32H7/H5). Developed real-time firmware for modular multilevel converters, integrating motor control (FOC), DC/AC charging, grid forming and HV safety functions. Skilled in SPI, CAN, FAAD, hardware debugging, system integration, requirements-based verification, HIL/bench testing and CMake-based builds for battery-integrated power electronics.

Embedded Software Engineer experienced in C/C++, FreeRTOS, bare-metal and NXP OSEK platforms. Skilled in the full development lifecycle, automotive ECU firmware, LIN/CAN communication, UDS diagnostics and real-time systems. Experienced in HIL testing, CANoe, vTESTstudio, debugging and automated validation. Strong knowledge of ASPICE and ISO 26262, with expertise in system integration, requirements traceability, customer collaboration and series production.

• Embedded software programming in C for consumer electronics • Developing models in MATLAB, Simulink and State flow • Performing code generation, code coverage and model test with MATLAB products • Implementing models in LabVIEW for device test automation • Defining requirements for new projects • Development of unit test, integration test and device test • Project management and documentation

• Involved in the development of spray technology for agriculture products • Developed embedded applications and test methods • Implemented control algorithms • Performed unit test, integration test and real-time test • Optimized speed, flow and fill level sensor • Data analyzed with CAN studio and CAN analyzer

Research Assistant on "Design, simulation, and implementation of a high-level controlling method for a gait supporting orthosis".  Modeling complex human gait system with finite state machine and Petri net modeling languages  Designing a Discrete Controller for the gait supporting functions of the orthosis based on defined models  Simulation of finite state machine controller by using Matlab and Simulink  Simulation of gait Petri net model using Petri net tools(GPenSIM), Matlab integrated tool

 Construction of Autonomous mobile robot with Lego ev3 kit  Mathematical modeling of robot  state estimation of robot position using the gyroscope, ultrasonic sensors, and wheel encoders  Designing a PID and Model Predictive Controllers to control the robot

 Review the motivations of OPC-UA  The literature study of the specifications of OPC-UA.  Preparation of a complete layered architecture of OPC-UA  Analysis of security measurements of OPC-UA

 Programming microcontroller(ATMEL 89C51)  Design of home security system using PIR sensor and GSM technology

Automation Subjects: Control Systems, Process Control, Distributed Control Sytems, UML modeling , Nonlinear Control and Optimal Control.

Control systems, Signals and systems, Telecommunication systems, Electronic devices, and circuits, Electromagnetic waves and transmission lines, and Power electronics.

Mathematics, Physics, and Chemistry