SRM INSTITUTE OF SCIENCE & TECHNOLOGY- RAMAPURAM
Faculty of Science and Humanities
Department of Mathematics
EVENT TITLE: National level innovative project contest for school students “The magic of mathematical models – 2024”
DATE: 26-10-2024
TIME: 9.00 A.M to 12.30 P.M
VENUE: Gallary hall 1
EVENT CONVENER: Dr.S. Sindu Devi
EVENT COORDINATOR: Mrs.A.Sudha rani, Mrs.Linda Joel, Mrs.P.Matilda Shanthini, Mrs.J.Kavitha, Mrs.H.A.Bhavithra
ORGANIZING COMMITTEE: Dr.M.Priyadharshini, Dr.G.Sathish kumar, Dr.T.Hari krishnan, Dr.B.Sumithra, Dr.S.Sindhuja, Dr.L.Panneerselvam, Dr.N.Ramalingam, Miss.C.Kayelvizhi, Dr.A.Savitha mary
NO. OF. PARTICIPANTS: 80
RESOURCE PERSON DETAILS – BRIEF PROFILE OF THE SPEAKER 1
- K. Arun Prakash is working as an GLOBAL COMMODITY MANAGER, DELL Pvt.Ltd, Bangalore
- He has over 17 years of experience in the functional and analytic domain and holds an MBA.
- His Specialized in both procurement and marketing analytic having spent 11 year’s at Dell focusing on procurement analytic and 6 years in marketing analytic at HP and General
- He has managed strategic initiatives and process changes impacting various functions such as supply chain manufacturing and project management
RESOURCE PERSON DETAILS – BRIEF PROFILE OF THE SPEAKER 2
- S.Jeya has over 15 years of experience in the civil engineering domain and hold M.Tech in structural engineering working in IGCAR
- She has been extensively involved in the design of civil engineering structures.
SUMMARY OF THE EVENT:
Around 17 teams participated from various schools, LBEAAR Matric, Gurukulam Matric, Velammal Bodhi Campus, Krishna Swamy Matric, RMK Cbse, Vellammal Vidyasaram, and Amrita Vidyalaya, participated in our National level innovative project contest for school students “ The magic of mathematical models – 2024” competition for students.
The event focused on creating mathematical models descriptive tools that represent real-world systems and help simplify complex problems for analysis, prediction, and decision-making. Participants explored various types of models (linear vs. nonlinear, dynamic vs. static, deterministic vs. probabilistic) and followed the modeling process from problem identification to model refinement. This competition showcased applications across fields such as physics, engineering, and social sciences.
The program was organized by Mrs. Linda Joel, Assistant professor, Co-ordinator of National level innovative project contest for school students “ The magic of mathematical models – 2024” ,Department of Mathematics, with the invocation by students and lighting of Kuthu Villaku by the dignitaries.
Welcome Address
Dr. S. Sindu Devi, Program Co-Ordinator, Department of Mathematics welcomed the gathering with positive words and gave brief introduction about the mathematical models in day to day life.
Presidential Address
Dr.C.Sundar, Dean(S&H), Faculty of Science & Humanities delivered the Presidential Address with his inspiring speech and motivated the students.
Chief Guest Introduction
Mrs.A.Sudha Rani, Assistant Professor, Department of Mathematics introduced the chief guest to the audience.
Keynote – Chief Guest
The chief guest took over the session with aptitude insights.
- He explained how to solve analogy in fraction of second
- He explained how to solve real life problem through mathematics idea
- He gave the significant improvement for the mathematical problems
- He promote the challenges involved in the day to day life
- He gave some successive stories and what are the challenges he faced and what are the lessons he
- Finally he conclude the talk with some technical terms which is related to the mathematical model
Vote of Thanks
Mrs.P.Matilda shanthini proposed the vote of thanks for the intellectual address by the guest.
OUTCOMES OF THE PROGRAM:
The “Magic of Mathematical Models” event aligns closely with several UN Sustainable Development Goals (SDGs), particularly Goals 1, 4, 8, and 11. Goal 1 (No Poverty) is supported as mathematical models equip students with skills to analyze and address economic challenges that can help reduce poverty. Goal 4 (Quality Education) is directly promoted through this competition, providing hands-on learning experiences in mathematical modeling, which enhances critical thinking and problem-solving skills. Goal 8 (Decent Work and Economic Growth) is linked as students gain valuable skills that prepare them for future careers in STEM fields, driving innovation and sustainable economic growth. Finally, Goal 11 (Sustainable Cities and Communities) is relevant, as mathematical models help students explore solutions for urban planning, resource management, and sustainability, all crucial for building sustainable and resilient communities. Through such initiatives, the event empowers students to contribute to these global goals
FEEDBACK: The Magic of Mathematical Models event was an impressive initiative, especially as it engaged school students in exploring complex, real-world applications of mathematics through hands- on learning. By introducing students to the concept of mathematical modeling, the event fostered critical thinking and problem-solving skills in a way that is rarely emphasized at the school level students showed creativity and innovation, applying mathematical concepts to address sustainable development goals like poverty reduction, quality education, economic growth, and sustainable cities. This experience not only deepened their understanding of mathematics but also demonstrated how their skills can be used to tackle real-world issues, making the event both educational and inspiring. It was exciting to see young students from diverse schools collaborate and bring unique perspectives, illustrating the importance of nurturing these skills early on. Overall, the event successfully combined academic growth with social awareness, and it would be valuable to expand this program to reach more students, empowering them to see the impact they can make through STEM.