Jawaharlal Nehru Technological University, Kakinada

Welcome to School of Avionics

Avionics plays an important role in modern aircraft. Technological advances in the fields of Electronics, Computers, and Software are being increasingly used in Avionics to help improve mission efficiency. There is a growing need for qualified engineers to cater to the design, development, production, and maintenance of technologically advanced areas of Avionics.

Dr. B.V.R. Mohan Reddy, one of the distinguished alumni of the College of Engineering Kakinada and founder director of Infotech Pvt. Ltd has forecasted the potential growth of the aerospace & defense industry and identified the JNTUK can be the knowledge hub to cater to the needs of the rapidly growing Avionics industry.

1. A Memorandum of Understanding (MOU) is executed on the 8th day of June 2011 between Infotech Enterprises Limited and Jawaharlal Nehru Technological University Kakinada, With M/s. Infotech Enterprises Ltd., (now known as CYIENT) as a Sponsor MTech Avionics course, started in 2011.

2. The primary objective for this M.Tech Avionics program will be to train students in the Avionics systems . It comprises learning working principles and concepts, Embedded systems, software development cycle concepts, and exposure to related Avionics industry standards. The students are also trained in some of the software testing and simulation tools used in the industry.

The research landscape is fully embraced in School of Avionics. Faculty and Students take active part in Research Publications as an outcome of individual Faculty Research, in-house and external project work carried out by Students.

Click Here – Avionics Details of Paper Publications

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

• Buildings, classrooms, laboratories, equipment, institutional infrastructures are key ingredients of university teaching settings. There is substantial evidence that high-quality infrastructure enables quality education, improves student outcomes among other benefits.
• Avionics Class room is a state of the art Class room with Multimedia and Traditional Approaches.
• Avionics Laboratory is well-equipped for research and education in the field of Avionics – thanks to our sponsor Cyient Ltd. It houses extensive experimental and simulation facilities. It is well supported by 10KVA UPS, LAN network and a Windows server.
• In our Avionics Lab, students get hands-on experience on various IBM software tools related to Software Engineering used in Industry, such as DOORS, Functional Tester, Quality Manager, Rational Rose, Rational Tester Real TimeRTRT, Logiscope; Scitools Understand and Simulation of Navigation, Guidance and Control (NGC) through LabVIEW and MATLAB.
• Students are exposed to Embedded Hardware in the lab with NI myDAQ, NI myRIO with Add-on kits (Starter, Embedded & Mechatronics), NI ELVIS II with Add-on kits (1-DOF Helicopter model & Rotary Inverted Pendulum).
• To encourage research in field of additive manufacturing among faculty and student community 3D printer has been procured under RUSA scheme

Educational Qualifications required for admission into the course:

1. Engineering graduates having B.E/B.Tech in ECE, EEE, EIE, CSE, Aerospace Engg, and Aeronautical Engg.

2. Admission Process:

I. Through PGECET counseling for GATE and PGECET-qualified students.

II. Sponsored (Through notification released by JNTUK)