TEAM SQUADRONE: OFFICAL AEROTHON TEAM
Showcasing our Achievements: Participating in Premier Drone Competitions
We are committed to engaging our students in highly regarded competitions that challenge and develop their STEM capabilities. We proudly participate in several esteemed events, including the SAE India’s Aerothon, the All-India Autonomous Drone Development Competition (ADDC), the Drone Challenge by the Indian Institute of Technology (IIT), Hyderabad, and the TechnoXian Drone Challenge.
The SAE India’s Aerothon is a competitive event focused on drone technology, where participants design, build, and fly drones that meet specific criteria. This challenge tests participants’ skills in engineering, aerodynamics, and robotics, emphasizing innovation, technical proficiency, and practical problem-solving in a real-world context.
Our participation in these competitions has been incredibly fruitful. Last year, our team achieved an impressive AIR-41st rank in Aerothon’23 competition amongst 120 teams from all over India. This platform provided our students with invaluable opportunities to hone their skills in coding, engineering, and more. Additionally, it fostered essential soft skills such as teamwork, communication, and problem-solving.
These competitions have been rewarding for both our college and our students, igniting a passion for drone technology and equipping them with the skills and confidence necessary to excel in STEM fields. We are excited to continue our involvement in these dynamic and educational events, supporting our students as they explore, learn, and evolve with the technologies of today and the discoveries of tomorrow.
UAS Model
Workstation Infrastructure:
Available Machinery:
The Zortrax M200 Plus is an advanced professional 3D printer that builds upon the success of the M200 model by incorporating significant improvements. This printer makes prototype creation and small series production very efficient, thanks to its user-friendly interface which supports print initiation through both USB key and WIFI. Additionally, it features an integrated camera for remote monitoring of printing progress.
Key enhancements in the Zortrax M200 Plus include:
End-of-Filament Detection System: This feature ensures that the printer notifies you when the filament runs out, allowing for timely refills and uninterrupted printing.
Blackout Response System: An automatic backup and recovery system that protects against power failures, ensuring that printing can resume without loss of progress.
Notification System: Prompts users to perform essential actions during printing, thus streamlining the workflow and reducing manual monitoring requirements.
The upgraded extruder, with its new geometry steel nozzle and improved double fan cooling system, expands the printer’s capabilities. These improvements enable the Zortrax M200 Plus to handle a broader range of filaments, including those that are corrosive and flexible.
3D EXPERIENCE:
Enhanced Visualization: 3D experience offers a lifelike representation of products or designs, allowing for better visualization and understanding of complex concepts.
Streamlined Collaboration: It facilitates collaboration among team members, regardless of their location, enabling real-time sharing and editing of 3D models.
Efficient Design Iteration: With 3D experience, designers can rapidly iterate and refine designs, reducing time-to-market and improving product quality.
ANSYS:
Accurate simulations
Comprehensive analysis capabilities
Faster time-to-market
Reduced costs
Improved product performance
MATLAB:
College also offers campus licence for MATLAB which helps a lot in studying and performing various simulations.
MATLAB provides:
Powerful numerical computing
Versatile programming environment
Extensive libraries for various applications
Rapid prototyping and algorithm development
Team Logo:
Team working clips:
Faculty Advisor
Professor Vishal Chavan is an invaluable faculty advisor whose guidance and motivation significantly enhance our club’s environment. With his expertise and enthusiastic involvement, he helps students tackle both academic and project-based challenges. Professor Chavan is particularly adept at encouraging students to push their limits and embrace creative solutions. His mentorship not only fosters technical skills but also cultivates leadership qualities among members. The club, under his guidance, has flourished, becoming a breeding ground for innovation and professional growth. His commitment to the students’ development is evident as he continuously seeks to connect them with industry leaders, preparing them for future success.
Our Commitment to Student Innovation: Supporting Drone Development
At PVG’s COET, we are dedicated to nurturing the innovative potential of our students by providing robust support and resources for their projects. We take immense pride in our drone development team, which has demonstrated remarkable skill and creativity in preparing for national competitions such as SAE INDIA’s AEROTHON.
Understanding the financial demands of cutting-edge technological projects, we initially provided the team with a grant of ₹60,000, in A.Y.2022-23. This funding was crucial for acquiring essential, high-cost components such as advanced sensors and precision flight controllers, which are integral to the drone’s sophisticated performance. As the project progressed, and to ensure our team remained at the forefront of technological advancements, we allocated an additional ₹57,000, in A.Y.2023-24. This continued support reflects our commitment to fostering practical skills and enabling our students to bring their innovative ideas to fruition.
Moreover, recognizing the importance of competitive exposure in enhancing technical expertise and confidence, we also took on the responsibility of covering the registration fees for both Aerothon’23 and Aerothon’24. This not only supports our students financially but also motivates them to focus entirely on their technical development without the burden of extra costs.
Our support for the drone project underscores our institution’s dedication to promoting hands-on learning experiences and supporting our students’ journeys toward achieving national recognition in technology and innovation. We are committed to investing in our future leaders and pioneers, ensuring they have the tools and resources to succeed.
A list of few components:
| Components | Price | |
| Radiomaster RC | ₹20,682 |  |
| Flight Controller | ₹6900 |  |
| Brushless DC Motors | ₹1548 |  |
| Battery | ₹6452.54 |  |
| Raspberry Pi 4 Model-B with 8GB RAM | ₹5973.73 |  |
| Holybro M9N GPS | ₹6338.14 |  |
| Foxeer Predator 5 Mini FPV Camera | ₹3396 |  |
SAEINDIA is India’s leading resource for mobility technology. As an individual member-driven society of mobility practitioners, the ownership of SAEINDIA wrests with its members who are Individuals from the mobility community, which includes Engineers Executives from Industry, Government Officials, Academics and Students.
SAEINDIA AEROTHON – UNCREWED AIRCRAFT SYSTEM (UAS) DESIGN, BUILD AND FLY CONTEST. The system requirements are developed to align with real-world Uncrewed Aerial Vehicle (UAV) requirements and provide a healthy competition among teams.
SAE Aerospace Forum is organizing AeroTHON 2024 which will be the 4th edition of the competition for students. The primary focus of the competition will be on developing design, build and piloting skills of Uncrewed Aircraft System (UAS) to prepare them industry ready for the emerging market. As part of AeroTHON 2024, students undertake a full design and build cycle of an Uncrewed aerial vehicle meeting specific mission requirements, culminating in a final fly-off event.
The contest is planned in two phases: –
- a) Phase – 1: Design Report & Oral Presentation
- b) Phase – 2: Flying Competition.
The teams must submit a design report of their UAV in Phase – 1, adhere to the contest design rules and guidelines and make a presentation to the jury. The top 20 teams from the phase – 1 will qualify for the phase – 2 of the contest which requires the teams to build an Uncrewed Aircraft System and successfully complete a payload drop mission during the flying competition. Top 3 teams will be selected as the winners of this contest. Universities/Institutions can nominate any number of teams as long as they meet the team formation requirements listed in this document.
Aim:
To provide a real-life engineering exercise to undergraduate and graduate engineering students. The contest has been designed to expose the students to the real-life work environment of engineers in the industry.
In this contest, students will perform trade studies and make decisions to arrive at a design solution that will meet the mission requirements and conform to the defined configuration limitation and build a flightworthy UAV.
In a nutshell, AeroTHON provides an opportunity for the students to experience the complete design and build cycle of a UAV that meets the specified mission requirements and a flight demonstration in the flying event.
Objective:
- To inculcate innovation mindset among the student community in emerging technologies like Uncrewed aerial vehicles (UAV).
- Incubate and nurture skills and capabilities of aero design in young minds and prepare them towards Atmanirbhar Bharat in critical aerospace technologies.
- To provide a platform for Aero-passionate students to demonstrate UAV design expertise.
- To help develop the next generation of entrepreneurs.
Key Learnings in the competitions:
Drone Fundamentals: Students learn the basics of drone technology, including flight principles, programming, and operation. They gain hands-on experience with the chosen drone model and its capabilities.
Programming and Autonomous Flight: A major component of the competition is the Autonomous Flight Mission, where students program their drones to navigate and complete tasks without manual control. This develops their coding and problem-solving skills.
Piloting and Teamwork: The Piloting Mission and Teamwork Mission require students to work collaboratively to pilot their drones through obstacle courses and coordinate with other teams. This builds their communication, collaboration, and time management abilities.
Documentation and Communication: The Communication Mission involves creating a comprehensive competition logbook, which encourages students to document their journey, challenges, and innovative solutions. This strengthens their organizational and technical writing skills.
Exposure to Drone Careers: Participating in the competition expands students understanding of the diverse career opportunities in the drone industry, such as engineering, programming, and operations. This can help them explore potential STEM-related pathways.
Competitive Experience: The competitive nature of the event simulates real-world challenges and pressure, allowing students to develop resilience, adaptability, and the ability to perform under stress.
Event:
The AeroTHON 2023 drone competition was held in Bengaluru, Karnataka.
A total of 120 teams from all over India participated in this competition including many prestigious institutions like, Indian Institute of Technology Madras, National Institute of Technology, Tiruchirappalli, Madras Institute of Technology, BMS College of Engineering.
20 out of 120 teams were selected for the phase 2 which consisted the flying missions.
The TechnoXian Drone Challenge is an engaging competition that encourages creativity, teamwork, critical thinking, and enjoyment among participants. The challenge involves building a drone within specified dimensions that are aerodynamically stable to achieve successful flight. It consists of four rounds where the performance of the drone is evaluated individually, with the team scoring the maximum points in the final round declared as the winner. The competition aims to foster skills in drone design, construction, and operation while promoting creativity and teamwork. Participants have the opportunity to showcase their readiness, creativity, and passion for drone technology through video submissions.
Technoxian is a premier event that celebrates innovation, technology, and entrepreneurship on a grand scale. Here’s some information about what you can expect from this exciting event:
Event Overview:
Technoxian is a multi-faceted platform that brings together students, professionals, entrepreneurs, and innovators from around the world to showcase their talent, exchange ideas, and explore the latest trends in technology and innovation. The event features a diverse range of activities, including competitions, workshops, exhibitions, and keynote presentations, all aimed at fostering creativity, collaboration, and learning.
Key Highlights:
Competitions: Technoxian hosts a variety of competitions covering a wide range of disciplines, including robotics, artificial intelligence, coding, gaming, and more. Participants have the opportunity to demonstrate their skills and compete against peers from across the globe for recognition and prizes.
Workshops and Seminars: The event features interactive workshops and seminars conducted by industry experts and thought leaders. Attendees can gain valuable insights into emerging technologies, industry best practices, and entrepreneurial strategies.
Exhibitions:
Technoxian showcases the latest innovations and cutting-edge technologies through exhibitions and demonstrations. Participants can explore innovative products, projects, and prototypes, and network with leading companies and organizations in the technology sector.
Networking Opportunities:
The event provides ample networking opportunities for attendees to connect with like-minded individuals, potential collaborators, and industry professionals. Whether you’re a student looking for internship opportunities or an entrepreneur seeking partnerships, Technoxian offers a platform to expand your network and forge valuable relationships.
Inspiring Keynote Presentations: Renowned speakers and visionaries deliver inspiring keynote presentations, sharing their insights, experiences, and vision for the future of technology and innovation. These sessions offer thought-provoking perspectives and motivate attendees to think big and pursue their passions.
The Drone Challenge is an annual competition organized by IIT Hyderabad, which is open to all participants
The competition allows students to showcase their skills in designing, building, and flying unmanned aerial vehicles (UAVs) or drones
The event provides a platform for students to develop their expertise in areas like drone technology, programming, and autonomous flight
By participating in the Drone Challenge, students can gain hands-on experience, expand their understanding of drone applications, and explore potential career opportunities in the growing field of drone technology
The competition likely involves various missions or tasks that test the teams’ abilities in aspects like drone piloting, autonomous flight, and teamwork, similar to other drone competitions.
Successful teams may receive recognition, prizes, or opportunities to further develop their drone projects and skills.
Social media handles:
LinkedIn:
Instagram:
https://www.instagram.com/squadrone_pvg?igsh=a3ZtNDc5OTNqc2o4
Gmail ID:
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