Vayuyana v5.0, a two-day RC Aero-modelling workshop, was conducted at Mangalore Institute of Technology & Engineering by the Department of Aeronautical Engineering, organized by Team AIREINO for MITE students on November 30th and December 1st, 2023. 

Dr. Prashanth C M, Principal of MITE, enlightened the importance of the workshop for all students in the modern day technologically advanced world. Dr.Anand S N, Prof & Head, Department of Aeronautical Engineering had highlighted the different technologies involved in flight design where different domain engineering contributions for the modern day aircraft. He also mentioned that this initiative aims not only to enrich the learning journey but also to stimulate innovation and research targeted to address real-world engineering challenges.  

The technical sessions covered the topics such as Aerodynamics, Propulsion, Aircraft Structures, and RC Electronics. Additionally, a hands-on flight simulation session conducted by Team AIERIENO provided participants with practical training in RC Plane flying.

A total of 17 teams, comprising 107 participants from various engineering disciplines at MITE, actively participated in the workshop. Over the two days, participants acquired knowledge on aerodynamics, propulsion, stability and control, RC Electronics, and the design principles of RC planes. The event culminated in a flying session, where each team had the opportunity to fly planes crafted by them during the workshop. This practical experience added a dynamic element to the learning process, fostering a deeper understanding of the concepts discussed throughout the event.

Department of Aeronautical Engineering, in association with Internal Quality Assurance Cell, MITE organized MATLAB Tech Day on 12th June 2023 for 2nd year students. The session included topics such as Introduction to Computational Mathematics, 2D plots of Cartesian and Polar Curves, Angle between polar curves, curvature and radius of curvature of a given curve, Heat Transfer with MATLAB & SIMULINK etc.

Students have practiced MATLAB onramp for gaining hands-on experience. MATLAB Onramp is an interactive online learning platform provided by MathWorks. It is designed to help beginners and newcomers get started with MATLAB, a programming language and environment commonly used for numerical computation, data analysis, and scientific and engineering applications.

MATLAB Onramp offers a hands-on, self-paced learning experience that introduces the basics of MATLAB through a series of interactive lessons and exercises. It covers fundamental topics such as variables, arrays, mathematical operations, plotting, programming constructs, and more.

Computational mathematics is a branch of mathematics that focuses on the development and application of numerical methods, algorithms, and computer programming to solve mathematical problems. It involves using computers to perform calculations, simulations, and data analysis, enabling the solution of complex mathematical problems that may be difficult or impossible to solve analytically.

Students have practiced to create 2D plots of Cartesian and polar curves. MATLAB and Simulink are powerful tools for analysing and simulating heat transfer problems. They provide a wide range of functions, libraries, and solvers that can be used to model and solve heat transfer equations, simulate thermal systems, and visualize the results. Totally 40 students got benefitted from the program.

SKF Elixer India Private Limited is a leading manufacturer of bearings and other related products. The SKF Group has its presence in more than 130 countries, with approximately 17,000 distributors worldwide. The company is located in Moodabidri, Karnataka.

The students visited the manufacturing facility. The manufacturing process of bearings begins with the raw materials, which are sourced from various suppliers. The raw materials include steel, brass, and other alloys. The quality of the raw materials is checked and tested before they are used in the manufacturing process.

The manufacturing process involves several stages, including forging, heat treatment, grinding, polishing, and assembly. The forging process involves shaping the raw materials into the desired shape using heat and pressure. The heat treatment process involves subjecting the forged parts to high temperatures to improve their strength and durability.

The grinding and polishing processes are used to improve the surface finish of the parts. Finally, the parts are assembled and tested for quality control before they are shipped to customers. The company has a strict quality control process in place to ensure that its products meet the highest standards. The company uses various testing methods to check the quality of its products, including visual inspection, dimensional measurement, and material testing.

The company also has a laboratory that is equipped with the latest testing equipment to check the quality of its products. The laboratory is staffed by highly trained engineers who ensure that the products meet the required specifications.

The purpose of the industrial visit was to gain practical knowledge and experience about the manufacturing process of industrial bearings and related products. The visit aimed to provide an insight into the functioning of industry, their manufacturing processes and the technologies employed.

A Group of 44 students with 2 faculties from the department of Aeronautical Engineering have visited the industry.

The students visited the aviation academy, which offered a comprehensive curriculum covering a range of topics, including aerodynamics, aircraft design, and avionics. They had the opportunity to interact with the faculty and learn about the academy's facilities, including simulators, wind tunnels, and labs. The academy also provided guidance on pursuing careers in the aviation industry, which was helpful for the students.

The visit to the Aviation Academy was enlightening and informative. The students attended multiple sessions throughout the day and gained a comprehensive understanding of the aviation industry and its latest technological trends. In the first session the students received valuable insights into the Academy's achievements and their vision for the future. In the next session, students learnt about the Technological Trends in Aerospace Industry conducted by Shashank R H. This session provided the students with a deep understanding of emerging technologies in the aviation industry and their impact on aircraft design and manufacturing.

The students had an opportunity to explore the vast campus of the Aviation Academy. The campus was well-equipped with advanced tools and equipment used in the aviation industry. Students also had an interaction with a Guest Faculty member Bhargava Ramana, CEO of Marutsakha Aerospace, who played a crucial role in arranging the visit. He provided valuable insights into the aviation industry and the career opportunities available to the students.

Students also had a session about technological applications and basics of flight and aerodynamics. Another session was about knowing oneself - who we are and how to analyse ourselves. One method that was discussed was the MBTI personality test, which helped the students to understand their personality traits and how one could leverage them in their careers. The students had interactions with various faculties who were more than willing to share their knowledge and experiences with them. Totally 26 students got benefitted from the Industrial Visit.

A guest lecture was delivered by Mr Harsha R M on the occasion of branch entry. Mr Harsha gave us a very useful insight regarding the real-time progress that is taking place in the industry. He also briefed about the various aspects and concepts that go into the making of an aircraft. He elaborated on the skills required to get into the core industries and also explained about the impact interdisciplinary approach that has to be brought into the core domain like integration of IOT, AI, ML and automation. He went on to explain about the concept of digital twin and how exactly it is being used in the industries right now. He also elaborated on the concept of automation and the advent of electrically powered aircraft. Going on to explain the adamant skills that students must have in order to keep up with the rapidly growing industry he suggested that, students should give a kickstart to their careers by working in a start-up where there are a lot more opportunities to learn and then gradually move towards the larger established brand names.

The speaker also addressed the concept and challenges being faced right now in implementing completely electric powered aircraft and hydrogen fuel cell-powered aircraft. A brief idea about the way in which the future air travel and the UAV markets will change the world economy and lifestyle was given along. He also familiarized us with the various methods of testing that take place in companies which manufacture landing gears. Students also learnt about how real-time flight testing takes place in Boeing and  all the aspects that go behind it are taken care. 

The department of aeronautical engineering had organized a three-day workshop on “Drone-Making” in association with Space Chase Pvt Limited, Bangalore from 17th October to 19th October 2022. This program was supported by “AICTE-SPICES”. The  workshop provided hands-on experience of assembling, programming and flying drones. They also taught the designing, developing, manufacturing and testing of various defense and UAV engineering products and solutions. They described about military UAV, industrial UAV, drone parachutes and other aerospace technologies. They also explained about control system engineering, control software engineering, inspection, mapping and surveying using drone services. This workshop has enabled the students to exchange  knowledge and skills and also to learn the potential of drones in research. It also helped to share ideas on future requirements to meet the industrial needs. The workshop aims to build and develop a quadcopter project while understanding the various engineering concepts in making a working unmanned aerial vehicle.

Department of Aeronautical Engineering orgnized a industril visit to the Students of 6th semester. GFTS is a world-class professional aviation flight training facility catering to all levels of pilot training. Flying brings with it unrivalled excitement and adventure, piloting an Aircraft remains a highly skilled and precise discipline. Here students are exposed to flying school which  was set up  at Jakkur, Bangalore, during 1950 and is one of the oldest flying schools in the country. The state-owned flying training school offers tenured programs leading to issue of Commercial Pilot License (CPL) and Private Pilot License (PPL) for aspiring candidates. GFTS is spread over an area of 214 acres which include facilities for flight training (“Training School”), area leased to private parties for hangars and maintenance activities and other common facilities (airstrip, fuel station etc.).

 The list of facilities at the Training School are  as follows:

1.  Aircrafts: 02 Cessna 152 & 02 Cessna 172.

2.  Simulator: Elite S812 Single engine

3.  Aircraft Maintenance Section (with tooling equipment)

4.  Hangar-cum-Store Room for the Training School

5.  Administrative Building

6.  One Directors Chamber/Conference Hall

7.  Director's office with CCTV monitoring system

8.  One Class Room with projection and internet facility

9.  Fight briefing/section room

10.  Guard Room

11.  Library

12.  First Aid Room

13.  Rest Room for Trainees

14.  Crash tender vehicle

15.  Two Light Vehicles

Department of Aeronautical Engineering orgnized a industril visit to the Students of 6th semester. HAL Heritage Centre & Aerospace Museum, Bangalore, a virtual wonderland for Aviation enthusiasts and history buff, an unforgettable experience that is entertaining & enlightens at the same time and is sprawled over 4 acres of lush green land.  There are two major halls, one displaying the photographs that chart the growth of aviation in each decade from 1940 till date and a Hall of Fame that educate the student on an exciting journey through the Heritage of Aerospace & Aviation Industry in India. The second Hall highlights the various functions of an Aero Engine by displaying motorized cross sections of various models of Aero Engines. Real Engines such as Garret (for Dornier Aircraft), Adour (for Jaguar Aircraft) and Orpheus (for Kiran Aircraft) can be seen here along with Ejection Seat with Parachute; and Pushpak & Basant Aircraft. Outdoor display of Aircraft such as MARUT, MIG-21, HT-2, KIRAN, CANBERRA, AJEET, LAKSHYA (Pilotless Target Aircraft) & many more, will excite aerospace lovers of all ages - kids, students and adults.  A Unique exhibit is the ATC Radar parched with L Band surveillance Radar having a range of 200 nautical miles which rotates at speed of 3-4 RPM, with the frequency of 1250-1350 MHZ and Meteorological Radar. In addition, PSLV model & PSLV Heat shield are displayed to give a glimpse of forays made by the country in space technology.  For the academically inclined, a Library on Aerospace provides opportunity to trace the exciting development of the industry since the 1940s. While the Museums’ prized possessions include various types of Aircraft models on static display, the availability of Audio-Video facility and display of translides enhances the experience immeasurably. Taking ones experience a notch above are the true-motion simulators that puts oneself in the pilot’s seat, offering a thrilling ride. A sustainability park displays working models of solar power systems, biogas plant and hybrid windmills to educate visitors and students on alternate energy sources which help conserve natural resources and preserve the environment. 

Department of Aeronautical Engineering orgnized a industril visit to the Students of 6th semester.  They have visited U R Rao Satellite Centre (URSC), Bangalore the leading centre of ISRO which is  engaged in mastering the basic technologies and skills required for the specialized task of satellite building. Since the early 90's a host of contemporary and advanced communication, meteorological, remote sensing, navigation and space science were built and launched. The communication, meteorological, remote sensing and navigation satellites launched by URSC have continued to serve the key sectors of the Indian economy like communication, agriculture, water resources, urban planning, Land use, Fisheries, Oceanography, Weather forecasting, Disaster Management, Search and Rescue and Navigation. The students are also exposed to Space science missions like Chandrayaan-1, Mars Orbiter Mission and Astronaut have received World Wide acclaim and put India in the global map while at the same time inspiring the Gen next. More than 100 state-of-the-art satellites built over four decades by URSC, the abode of Indian satellites, stand testimony to the technical excellence the centre has scaled. With about 2500 highly trained and skilled manpower, URSC today is home to a host of advanced, cutting edge satellite technologies that feeds into the Indian Space Program. The students also got opportunities to visit the centre which houses ultra modern design, development, fabrication and testing facilities for satellites.