Manchala Shivamani (He/Him)

R&D ENG - COM Wireless at Tejas Networks Limited || Freelancer || IIITS'24 (Hon's)

Hyderabad, Telangana, India.

About

Graduated from IIITS'24(Hon's) and currently interning at Tejas Networks Limited. Building a career focused on automation, driven by a passion for robotics. Backed by 2 years of intensive research and development experience in underwater navigation systems at IIITS & NIOT. Skilled in applying embedded software and hardware solutions to real-world projects. Eager to continually learn and apply cutting-edge techniques in robotics to drive innovation. Committed to advancing the field of Automation and contributing to technological progress.

Work Experience

RESEARCH & PUBLICATIONS

GPS Aided Auto Navigation System for Autonomous Vehicles

11th IEEE International Conference ESDC 2023

Autonomous Vehicles (AV) are the future of the smart digital world. Auto Navigation is the heart of AVs. However, researchers have been working on precise auto navigation control of AVs for many years. Hence, In this paper, a GPS-aided auto navigation system is proposed with position control and heading control of AV. Further, to test the proposed algorithm an AV is designed and developed with low-cost sensors and actuators. The real-time testing of the proposed adaptive control auto navigation mechanism has been performed with three test cases such as straight line, L-shaped and Semi-circular. The results shown in this paper are the deviation between the travelled path and the defined path of the vehicle in different trajectories by assuming no obstacles in the path. The deviation of the path travelled by AV with respect to the defined path using the proposed algorithm is less than 0.5m. Finally, the telemetry of AV has been monitored by the developed Graphical User Interface (GUI). This work is very useful in auto navigation of vehicles where humans can not be sustained.

Variable Buoyancy System for AUV Depth Control

IEEE ITEC, Chicago, US

The ballast tank system plays a crucial role in the operation of autonomous underwater vehicles (AUVs) by enabling them to control their buoyancy and maneuverability. This paper presents a comprehensive overview of the design and functionality of a ballast tank system for AUVs, highlighting its importance in achieving efficient and safe underwater missions. The ballast tank system consists of one saline packet which acts as a ballast tank within the AUV's hull. This tank is responsible for the ingress and egress of water to adjust the AUV's overall buoyancy. By selectively flooding or purging the ballast tank, the AUV can ascend, descend, or maintain neutral buoyancy at different depths, allowing it to navigate through various underwater environments. To achieve optimal performance, advanced sensing and control systems are integrated with the ballast tank system. Pressure sensor which provide real-time data on the AUV's depth, enabling accurate buoyancy adjustments.

EDUCATION

Address : RYL 8B 2 SS 112 , Srinagar Colony, Panagal Road, Nalgonda, 508001. Telangana , India.

Mail id: hr@shivamanielectronics.inMail id : admin@shivamanielectronics.inCell : +917842661471

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