Announcements

Makerspace @ CMRIT

  • A constructivist and constructionist movement where DIY meets education!
  • It is a hack shop where one can learn to use and master a set of tools as an educational concept.
  • It presents readily-available materials that can act as a provocation for inqui-ry, as well as modern technology and items to invent with.
  • An informal place where young minds have an opportunity to explore their own interests; by learning to use tools and materials in both physical and virtual space.
  • A platform for like-minded people to share their ideas and get inspired them-selves from similar mindsets to give wings to their creativity.
  • It is a community learning center that provides technology to build proto-types, test and improve them while continuously working.

 

 

GADGETS & GEEKS

A Maker’s tool chest is not complete without an assorted collection of power tools that speed up the task of getting the work done. The collection of power tools at the Maker Space include

  • 3D Printers
  • Laser cutter
  • Arc Welding Machine
  • CNC Router
  • Arduinos
  • Raspberry Pi(s)
  • Oscilloscope
  • Soldering stations
  • Jigsaw
  • Drill guns
  • Circular saw
  • Angle grinder
  • Powered planer
  • Bench grinder
  • Vibration cutter
  • Cut-off saw
 

Power Tools

Maker Space has a collection of hand and power tools to aid in building your projects. Some of them are:

METHODOLOGY

PLAY & LEARN

  • Play with electronic gadgets such as micro-controllers, micro-computers, sensors, signal processors and other cutting-edge equipment
  • App-play sessions such as coding, gaming, hacking and many more

DESIGN THINKING IN MAKER SPACE

Stages of Design Thinking in Maker Space

Identify the Challenge

  • Understand the full context of the situation and work towards solving them

Explore and Research

  • Gather information and implement them to develop projects

Become Social

  • Interact with like minds and build your networking skills and create meaningful solutions to the problems

Develop Cognizance

  • Learn to process data and use them for future decision making

Ignite the Creativity

  • Strategize with out of box thinking with a creative bent of mind

Prototypes with multiple ideas

  • Develop a concept and innovation by designing prototypes and see them working in live

Share your ideas

  • Share your thoughts with others and encourage them to build their unique designs
 

Design Thinking

What is Design Thinking?

Design thinking is a creative approach to solving complex problems of different natures; from engineering and manufacturing a new product, improving in-patient experience in hospitals, all the way to adapting cities to climate change.

Being a human-centered process, it prioritizes user needs by using empathy building methods that deepen the understanding of the context. It integrates human desirability, technical feasibility and business viability to provide holistic, unprecedented solutions.

Why Design Thinking?

Design Thinking is process-oriented and brings together methods and techniques that enable us to think of and explore countless solutions to a specific challenge. Being an iterative process that encourages prototyping your ideas from an early stage it puts concepts to the test. It encourages us to learn from failures, see connections between seemingly unrelated parts, identify valuable insights and builds the resilience to keep trying till a successful outcome is achieved.

Why Design Thinking IN CMR?

At CMR our vision is to “Nurture creative thinkers who will drive positive global change.” Design thinking skills build confident, innovative leaders and mak-ers that can think critically, access and make sense of information, com-municate effectively and work together in teams while empathizing, thinking divergently, and following their informed intuition.

CMR seeks to empower students to become concerned citizens of the world who are sensitized to their social responsibilities. By learning problem solving skills and cross disciplinary thinking they are equipped to be active and driven members of their communities.

METHODOLOGY

IDENTIFYING THE CHALLENGE
Understanding the full context of a situation and recognizing its problem areas brings us closer to solving the challenge at hand. By mapping all that we know, we can understand how the users are affected by the problem, define the critical needs and gain clarity on where our attention is most needed.

EMPATHIZING WITH OTHERS
To generate useful and effective solutions it is important for us to set aside our preconceived notions and prejudices about users and stakeholders. By genuinely connecting with the users we can understand and respect their values, mind sets and identities. This allows us to create holistic solutions that are meaningful to the stakeholders.

RESEARCHING TO EXPLORE
Investigating the challenge at hand is essential to gather facts and confront assumptions. Examining and testing our pre-vious knowledge allows a more thorough understanding of the problem and its context, helping us become experts on the matter. Data gathered in research can be used to validate or question ideas.

ORGANIZING TO UNDERSTAND
When faced with large quantities of information it is essential to identify the material that is useful. With the help of organizational tools we can filter and group data and identify commonalities, differences and other interesting observations. These techniques increase knowledge about a problem and inform future decision-making.

ENVISIONING MULTIPLE IDEAS
To arrive at innovative and unique concepts it is important to go through an exhaustive process of ideation. The focus of the idea generation processes is to think divergently and produce a vast quantity of diverse ideas. By exploring multiple variations and approaches, an appropriate outcome can be achieved.

DEVELOPING A CONCEPT
To design a powerful concept it is important to refine and strengthen your ideas by combining, evaluating and reworking them. The decision making process of convergent thinking helps establish what is most critical moving forward with a design and provides the framework to generate a well-rounded solution.

PROTOTYPING TO EXPERIMENT
Prototyping seeks to test and provide validation for concepts by materializing them in different mediums. Through mak-ing from an early stage, the idea is informed by iterative experimentation. Prototyping helps evaluate functionality and validates future creative choices. This process refines and strengthens the solution reducing risks and potential mistakes.

TESTING FOR FEEDBACK
Collecting feedback is crucial when assessing if an idea is working the way it is intended to. From an initial vision to the finished design, asking users, stakeholders and experts for their opinions, insights and perspectives is necessary to im-prove user interactions and validate the concept.

PRESENTING AND SHARING
Explaining and validating ideas in a convincing and compelling way is fundamental in adding value and broadening the reach of a solution. Presentation techniques simplify complex concepts so that they are easily understood by a new audi-ence in a holistic way. Documentation is a crucial part of the sharing experience. It helps retrace your process and makes for a strong argument by objectively validating the decisions that were made.