A project by Daniyal Hasan

JMI, New Delhi

A project by Daniyal Hasan

JMI, New Delhi

Safety

Accuracy

Efficiency

LD

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

L a n d m ine D e t ector

L a n d m ine D e t ector

LD

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

LD

Concept: The Advanced Landmine Detection is a tech-modal approach to detect and locate landmines in affected areas. This system combines various technologies to increase accuracy and reduce the risk associated with traditional landmine detection methods.

L D Design: "Minefield Watchdog"

L D Design: "Minefield Watchdog"

L D Design: "Minefield Watchdog"

Problem Statement
There is an urgent need for a technologically advanced and efficient landmine detection solution that not only accelerates the demining process but also minimizes the risks faced by deminers

Define

Define

Define

Wireframes

Wireframes

Wireframes

Background: Sarah is a 38-year-old demining specialist with over a decade of experience in clearing landmines and unexploded ordnance (UXOs) from post-conflict regions. She holds a degree in Explosive Ordnance Disposal (EOD) and has worked with international organizations and NGOs in various conflict-affected areas worldwide.

Name: Sarah

Age: 38-year-old

Occupation: Explosive Ordnance Disposa

The dangerous and unpredictable nature of her

work puts her at risk of injury or worse.


Limited resources and outdated detection

technology.


Longs for more efficient and accurate tools to

support her mission.

Frustations:

To ensure the safety of communities affected

by landmines.


Development of advanced landmine detection

technology that accelerates the demining process,

minimizes risks to herself and her team, and enables

communities to return to their homes

with confidence.

Goals:

Empathy Maps

Empathy Maps

Empathy Maps

Say:

  • Discuss safety procedures and protocols.

  • Communicate findings to team members.

  • Share stories of successful demining operations.

  • Express concerns about potential hazards.

This empathy map helps to understand the experiences, challenges, and aspirations of deminers and clearance teams who use landmine detection technology. It can guide the design of more effective and empathetic solutions to support their critical work while minimizing risks and improving efficiency.

This empathy map helps to understand the experiences, challenges, and aspirations of deminers and clearance teams who use landmine detection technology. It can guide the design of more effective and empathetic solutions to support their critical work while minimizing risks and improving efficiency.

See:

  • Harsh and challenging terrain.

  • Camouflage of landmines and UXOs (unexploded ordnance).

  • Colleagues working cautiously.

  • Protective gear, metal detectors, and tools.

Say:

  • Discuss safety procedures and protocols.

  • Communicate findings to team members.

  • Share stories of successful demining operations.

  • Express concerns about potential hazards.

Think:

  • Concerns about the invisible danger beneath their feet.

  • The importance of their work in protecting lives.

  • The responsibility to their team's safety.

  • The desire for efficient and accurate detection tools.

Feel:

  • Anxiety and tension while working in high-risk areas.

  • Satisfaction when a landmine is successfully detected and cleared.

  • Frustration with the limitations of current detection methods.

  • Determination to make the landmine-infested areas safer.

Dive In

Dive In

to Design

to Design

to Design

Landmines are explosive devices that are typically buried underground or concealed on the surface, designed to explode when triggered by pressure, movement, or remote control.

Landmines are explosive devices that are typically buried underground or concealed on the surface, designed to explode when triggered by pressure, movement, or remote control.

GPR,Ground-Penetrating Radar is employed to scan the ground for anomalies in the soil's electromagnetic properties caused by buried landmines. The system uses high-frequency radar waves to create subsurface images.

Capturing co-ordinates and collecting data, Ground-based sensors, including GPR and metal detectors, continuously scan the ground.

FINISHED

Quote

"Every landmine we detect and clear is a step towards a safer future for those who have suffered the most. I believe in the power of technology to transform our work and save lives. My dream is to see a world where landmines are only found in history books."

Daniyal Hasan

@Archtechzone