Smart bin
Smart bin

A social problem

A social problem

How we approached a wicked problem faced by every citizen

How we approached a wicked problem faced by every citizen

Genesis

Hackathon event @ Siemens

Hackathon event @ Siemens

Project type

Web application, Social solution, IoT device hardware

Web application, Social solution, IoT device hardware

Services

Solution design, screens design, developer handoff and support

Solution design, screens design, developer handoff and support

Timeline

2 weeks

2 weeks

Design team

Solo designer

Solo designer

Overview

Overview

This solution was proposed at a Siemens 24 hour hackathon event. We were a team of 5 consisting of 2 SME's, 2 developers and a designer. Our focus area was waste management

This solution was proposed at a Siemens 24 hour hackathon event. We were a team of 5 consisting of 2 SME's, 2 developers and a designer. Our focus area was waste management

The Challenge

The Challenge

Waste management by itself was a large problem. After evaluating competitors across waste management value chain, we came up with 2 focus areas:

  • Timely collection of waste

  • Connecting collection of waste with recycling

We needed to come up with a solution keeping the existing stakeholders in mind and integrate our solution rather than having a standalone solution.

Waste management by itself was a large problem. After evaluating competitors across waste management value chain, we came up with 2 focus areas:

  • Timely collection of waste

  • Connecting collection of waste with recycling

We needed to come up with a solution keeping the existing stakeholders in mind and integrate our solution rather than having a standalone solution.

Target Market

Target Market

  • Target user - Municipal corporations, Entities engaged in waste management

  • Target demographics - Indian Cities (for now)

  • Target user - Municipal corporations, Entities engaged in waste management

  • Target demographics - Indian Cities (for now)

Our Approach

Our Approach

We put our heads together to come up with an immediate action plan; given the limited time.

  • To build a solution, we first needed to understand the industry. The end goal was to get a focus area.

  • Mapping out the best approach for the solution. Coming up with a solution that’s customer or SME validated rather than the first approach that comes to mind.

  • Building the solution.

  • Evaluating & Iterating till we have time.

We put our heads together to come up with an immediate action plan; given the limited time.

  • To build a solution, we first needed to understand the industry. The end goal was to get a focus area.

  • Mapping out the best approach for the solution. Coming up with a solution that’s customer or SME validated rather than the first approach that comes to mind.

  • Building the solution.

  • Evaluating & Iterating till we have time.

Focus in a massive industry

Focus in a massive industry

Our focus was definitely a cleaner, greener environment & reducing carbon footprint. Waste management was a massive industry. It involved various steps that needed to work together and there were opportunities across the table. We roped in two subject matter experts & after in-depth meetings, we decided to focus on -

  • On-time waste collection.

  • Connecting waste collection to recycling.


No decision is good without reason. Here’s why we decided our focus -

  • Municipal corporations already had a lot of systems in place. From waste bins to fleets to collect waste, segregation of waste at source.

  • What municipalities lacked was monitoring & control over collection.

  • There were many new age players in recycling.

  • We saw an opportunity where we could help connect the two.

Our focus was definitely a cleaner, greener environment & reducing carbon footprint. Waste management was a massive industry. It involved various steps that needed to work together and there were opportunities across the table. We roped in two subject matter experts & after in-depth meetings, we decided to focus on -

  • On-time waste collection.

  • Connecting waste collection to recycling.


No decision is good without reason. Here’s why we decided our focus -

  • Municipal corporations already had a lot of systems in place. From waste bins to fleets to collect waste, segregation of waste at source.

  • What municipalities lacked was monitoring & control over collection.

  • There were many new age players in recycling.

  • We saw an opportunity where we could help connect the two.

Smart route optimization
Smart route optimization

Open mindset to go beyond software

Open mindset to go beyond software

We realized very early on that just a software solution was not going to be enough. Smart bins or sensors in existing bins would enable -

  • Monitoring how full a bin is & enabling on-time collection of waste.

  • Optimizing a route to collect all the filled bins from the fleet depot to the recycling hub, hugely reducing emissions.

We realized the most holistic approach would be to provide sensors for existing bins along with software to monitor bins and the fleet.

We realized very early on that just a software solution was not going to be enough. Smart bins or sensors in existing bins would enable -

  • Monitoring how full a bin is & enabling on-time collection of waste.

  • Optimizing a route to collect all the filled bins from the fleet depot to the recycling hub, hugely reducing emissions.

We realized the most holistic approach would be to provide sensors for existing bins along with software to monitor bins and the fleet.

Bin monitoring
Bin monitoring

My unique blend of innovation

My unique blend of innovation

Here I was a solo player designing the software solution. There were multiple modules involved. The route optimization module stood out. Once the bins were filled upto 85% or more, they would change their status and the application would identify such bins to create an optimized route to from the fleet hub to the recycling hub. This helped keep the city very clean while saving large amounts of emissions from the vehicles.

Here I was a solo player designing the software solution. There were multiple modules involved. The route optimization module stood out. Once the bins were filled upto 85% or more, they would change their status and the application would identify such bins to create an optimized route to from the fleet hub to the recycling hub. This helped keep the city very clean while saving large amounts of emissions from the vehicles.

Environmental impact
Environmental impact

Impact

Impact

A clean city. It’s a dream in a developing nation like India. Clean roads, cleaner air. I know that the impact of this project is not just for the people living in that city today, but for generations that follow. In that, I derive my satisfaction and my impact.

A clean city. It’s a dream in a developing nation like India. Clean roads, cleaner air. I know that the impact of this project is not just for the people living in that city today, but for generations that follow. In that, I derive my satisfaction and my impact.

My Learnings

My Learnings

  • Rapid prototyping to meet tight deadlines

  • Designing a holistic solution connecting all existing players in the industry

  • How to work on solutions to keep them scalable

  • Creating constraints to accelerate development

  • Quickly creating a consistent visual language to use in an individual use case when you don’t have a design system to work with.

  • Rapid prototyping to meet tight deadlines

  • Designing a holistic solution connecting all existing players in the industry

  • How to work on solutions to keep them scalable

  • Creating constraints to accelerate development

  • Quickly creating a consistent visual language to use in an individual use case when you don’t have a design system to work with.