Priorities:KLS Gogte Institute of Technology Student Priorities
Contents
Strategy #1 :“To have a makerspace on campus and encourage students to enhance their critical thinking and problem solving skills.” -Reeth Mohta
Tactic 1: Utilise a place on campus and convert it into a Makerspace.
Tactic 2: Form a YoungMakers club on campus which will regularly conduct STEM projects.
Tactic 3: Identify and accommodate the Makerspace with all the required resources.
Tactic 4: Conduct hands on sessions for required lectures to enhance practical knowledge.
Tactic 6: Create a student body and faculty incharge to look over the Makerspace.
Strategy #2 :“To Incorporate Financial education into the curriculum of the Institution”- Neha Patil
Tactic 2: Organize workshops to guide young entrepreneurs on campus.
Tactic 3: Organize talks by experts on various domains of financial education and entrepreneurship.
Tactic 4: Sessions that emphasize on investing in the right way by conducting mock scenarios to experience real life situations.
Tactic 5: Organize interactive sessions where students can discuss case studies of various startups and industries and can work as a team to come up with innovative solutions to real world problems.
Strategy #3: “Creating a sustainable and a more eco friendly campus"- by Aniruddha Chhatre
The world has to change if it has to survive.Taking steps to improve the current environmental situation is important, even if those steps are small. And what better place to start, other than our very own campus,where so many able minded people can interact.Development comes from construction, ideas, innovation and strategies.We have decided to take a step towards the betterment of the campus ecosystem by making proper use of the waste that is generated. Another thing that prevails in most colleges is paper.Tons and tons of wood is used to make paper, and most of the time paper waste isn’t disposed in the right way.We have come up with a few efficient methods to improve this scenario, and by implementation of which the self sufficiency of our college can be increased.
Tactic 1: Use all the waste food produced in the canteens to make biogas.Around 30-40 kilograms of wet waste is produced in the college canteens, and this can be put in a biogas plant.
Tactic 2: Start a system of waste segregation where dry and wet waste is separated.
Tactic 3: Start a community fridge- All the food material that could be of use to others (water, extra food, etc) can be stored in a community fridge.
Tactic 4: Spread awareness among students on the importance of proper waste management.
Tactic 5: Encourage students to participate in competitions that are based on renewable energy projects which can in turn be a step towards a start up.
Strategy #4: “REUSE, RECYCLE and GO GREEN-Encouraging the students on campus to come up with innovative solutions to paper and plastic wastage”-Sanjana Mamdapur
Tactic 2: Encourage students to take up the initiative to lead a group of students to implement their idea to make the campus self sustainable, which will in turn enhance their leadership skills and develop a sense of responsibility towards the environment.
Tactic 3: Discuss this issue with the stakeholders and faculty members and come up with ideas and motivate the students and faculty to collaborate with each other.
<div
</div><div
</div>
Strategy #5: “Creating innovative mind-set among students and spreading entrepreneurial skills” by Chethan Kumar R E.
Strategy #6- "Group studies have always been preferred for peer to peer learning." Neeraj Deshpande
Strategic #7: To have a makerspace in the campus and encourage interdepartmental collaborations. – Pratiksha Nagarkatte
<divMakerspaces provide students with access to hands on, state of the art prototyping technologies, encourage collaboration between diverse teams of students from all years and majors, bolster design within engineering curricula, and extracurricular activities and enable students to tackle open-ended, real world challenge. Furthermore, they empower students to fabricate their own design, which helps them to achieve a deeper learning experience, and gain higher satisfaction, also contributing to producing more student entrepreneurs. With the increased attention to the role of design throughout the engineering curriculum, the increased awareness of the value of active learning and team based problem solving, the increased support for both faculty-led and student-led entrepreneurship activities, all coupled with the culture shift on college campuses influenced by the maker movement have played major role in inspiring universities to invest in Makerspaces.
</div>
Strategy #8: Inculcating the process of creative thinking in the campus. – Mirage J
There is a burning need for a platform where students can meet and interact with each other. There are students eager to learn new things and there are also students eager to teach what they know to others. There are a few student clubs on campus that exist, but are not functional. We need to revive these clubs so that they can start organising competitions and workshops for students. Apart from this, we need to identify students from every branch who have good knowledge about their field and can teach other students. They will form the core team of the community. Then we can organise meetups for interested students on selected topics every weekend (say, Saturdays) where students can meet and discuss concepts and ideas. This will lead to greater interaction between students, and creating a conducive environment for innovation. Under this community, we can also have a group of students who work on larger, long-term projects that will help the college. Currently, we rely on third-parties for several software solutions. These groups focused on projects can elect a faculty member who can guide them. To ensure greater participation of students, we will require bus facilities on the weekends. Also, having a space where such sessions can be conducted is essential. Teams involved in cultural activities like art, drama and music can also be involved in this community and have events for students who may want to learn from them.
Tactic #1: Talk to heads of existing clubs, see what kind of activities they can organise and find out how they can help - October end
Tactic #2: Find out the exceptional students from each branch who can lead the student community - October end
Tactic #3: Organise an informal meetup - a mock session of what is to come. Gauge response from students - November
Tactic #4: Existing clubs will organise a competition/event - January Tactic
- 5: Integrate cultural clubs - February Tactic
- 6: Ask for a space of our own - March
Strategy #10:Simplifying the process of bringing ideas to reality - G Sanjana
Tactic #1 : Step by step procedure for any application process. : Students do not have to run around searching for people and permissions. A flow for application of various patents, approvals and permissions should be present
Methods : a) Single form specifying all the requirements b) Non ambiguity in providing information c) Less face to face interactions and more of online interactions
Tatic #2: Opportunities available to pitch ideas should be known. Providing information of various presentations , exhibitions happening through social media platforms/ college magazines.
Tactic #3: Proper Guidance and mentors information. Supportive and knowledgeable mentors and staff for students
Strategy #11: Increasing the number of hands-on sessions - Sagar Shinde
“Tell me and I forget, teach me and I may remember, involve me and I learn.”– Benjamin Franklin. Nothing beats practical, hands-on learning when it comes to understanding a subject and preparing you for your chosen career. In order to foster innovation there must be an increase in the amount of practical work with specific learning objectives in mind. The hands on sessions can be conducted during regular classes/labs, or else we can have a specific amount of time reserved for them after the regular schedule. Students will be able to solve real world problems and build products based on what they have been taught.Below, the tactics to increase the number of hands-on sessions have been mentioned.
Tactic #1:Conducting hackathons on campus in order to solve real life problems and enhance coding skills
Tactic #2: Conducting start-up weekends where we will have inspirational talks by entrepreneurs and where students can pitch their ideas and build products for real customers
Tactic #3: Implement project based teaching in which students apply all the concepts learnt in the form of projects and work on a project for one full day in a week
Tactic #4: Creating Makerspace in the campus where the students can design, prototype and manufacture products.
Strategy #12: Encouraging Entrepreneurship on the Campus - Ajay Chandrapattan
“CREATING A JOB IS BETTER THAN FINDING ONE” Encouraging entrepreneurship on the campus is a challenging and significant task . The following reasons are broadly the hindrances due to which students are not involved in entrepreneurship :
1) Conventional mindset of the students - to get a secured job right after graduation; 2)Lack of awareness and interest in the process and concept of entrepreneurship; 3) Not coming out of the comfort zones of a lucrative job and no risk –taking capability for becoming an entrepreneur, etc. The following tactics are the ways through entrepreneurship has to be encouraged among the students in the campus :
Tactic #1 : Encouraging Start – Ups and extensively promoting new concepts like – “ONE BATCH – ONE START-UP”
Tactic #2 : Working on unfinished projects/ potential ideas or concepts left out by the passed out final year students
Tactic #3 : Encouraging Inter – Disciplinary project groups.
Tactic #4 : Industrial Visits should be organized twice a month.
Tactic #5 : Organizing workshops on Marketing skills
Tactic #6 : Implementing ‘Design Thinking as a Core- Subject’
Tactic #7 : Creating awareness and spreading the information about various available modes of funding for the Start – Ups like – government schemes like StandUp India, StartUp India, New Age Incubation Network (NAIN), etc.
Other Links: