Home Team Dr. Balakishan Gogu

Dr. Balakishan Gogu

Qualification:

  • M.Sc. (Tech). Applied Electronics, 1986
  • M.Tech. Computer Science and Engineering, 2002

Designation

Executive Member

 

Affiliation

Retd. RC IMARAT HYD Scientist-G in DRDO

Profile

Mr. Balakishan Gogu aims to resume his teaching career after retirement with a focus on imparting technological, scientific, and practical knowledge to the young and futuristic student community. Balakishan started his teaching career as a Part-Time Lecturer at Govt. College Siddipet in July 1987. From November 1988 to April 2023, he served as a Scientist in the Defence Research and Development Organization (DRDO) for an impressive tenure of 34 years.

 

During his tenure at DRDO, Balakishan was involved in the design and development of hardware and software for real-time embedded systems used in underwater and airborne vehicles. Notable contributions include the design of a Microprogram sequencer-based Beam Forming Card for a Wide Band Hydrophone Array, development of a PC-based Data Acquisition System with real-time software for acquiring ship parameters, and the design and development of various microcontroller-based systems for data acquisition and recording, on-board computers, and actuation systems.

 

Balakishan transferred to Research Centre Imarat (RCI) in Hyderabad in July 1997. At RCI, he continued his contributions in hardware and software design, focusing on launcher interfaces, autonomous interface checkout systems, hardware in-loop simulation systems, and controllers for electro-mechanical actuation systems. His expertise extends to working with micro- processors, microcontrollers, real-time operating systems, and languages such as C and VHDL. Balakishan possesses strong skills in designing and developing microprocessor/ microcontroller-based real-time embedded systems. He has hands-on experience with real-time operating systems, including Micro C and FreeRTOS, used in smart systems. Additionally, he is proficient in the C language for embedded real-time systems and the VHDL language for FPGA-based systems.