ID
Email
Name
Project 1 brief
Number of Project 2 brief
students
you will like
to take for
project 1
1
santosh.jagtap@iitg.ac.in
Santosh Jagtap
Project 1: It will be in the field of product design. The project will 1
be decided after discussion with the student.
Project 2: It will be in the field of UX/UI. The project will be
decided after discussion with the student.
1
2
shakuntala.a@iitg.ac.in
Shakuntala Acharya
Design for Children with Disability
Data Visualisation for Smart Cities
2
3
ajeetkumar@iitg.ac.in
Ajeet Kumar
"Smart Product with Embedded Electronics" - You need to Design 1
products that integrate sensors, actuators, and other electronic
components. This could range from consumer products to IoT
devices.
" Application of Additive Manufacturing in Fashion Industry": You 1
have to Investigate the intersection of AM and fashion design. You
should Create unique and customizable fashion product using 3D
printing technology. You have to Experiment with different
materials and 3D printing techniques to achieve innovative and
aesthetically pleasing product
"Bioinspired Design" : You need to
1
Create designs inspired by nature using
Additive Manufacturing. You have to
Explore biomimicry to design functional
and efficient structures. This could
involve creating lightweight, strong, and
flexible components inspired by natural
organisms.
"Topology Optimization of Products 1
with Additive Manufacturing" - You
need to Explore and implement
topology optimization techniques to
design lightweight and structurally
efficient products that are well-suited
for additive manufacturing
processes. Use software tools such as
Autodesk Fusion or Grasshooper to o
generate optimized designs and then
3D print the components.
4
sheetalg@iitg.ac.in
Sheetal Madhav Gokhale
Design or Redesign of educational/technical books
Short Film-making
Design of a brand identity/packaging /
visual design of a product or a service
Concept art for an animated
video/film
5
abhisheksingh11@iitg.ac.in
Abhishek Singh
EV / Hybrid Mobility project brief The EV mobility project aims 2
to celebrate transportation by promoting the use of electric vehicles.
With a focus on sustainability and reducing carbon emissions, the
project seeks to encourage individuals and businesses to make the
switch to electric vehicles. By providing incentives such as tax
credits and charging infrastructure, the project aims to create a
supportive environment for the adoption of EVs. Key points
outlining the project [] Conduct a comprehensive study on the
current state of electric vehicle adoption and usage. [] Assess the
existing charging infrastructure and identify areas for improvement.
[] Create partnerships with local businesses and organisations to
encourage the adoption of electric vehicles. [] Set up charging
stations in strategic locations to ensure convenient access for
electric vehicle owners. [] Monitor and evaluate the progress of the
EV mobility project regularly to assess its effectiveness. []
Collaborate with government agencies to develop policies and
regulations that support the use of electric vehicles. [] Conduct
training programs and workshops to educate individuals and
businesses on the benefits and maintenance of electric vehicles. []
Continuously research and implement new technologies and
innovations in the electric vehicle industry to improve efficiency
and performance. In envisioning a future where electric vehicles
become the norm rather than the exception, the project sets forth a
compelling vision that seeks to revolutionize the way we think
about transportation. By addressing key barriers to adoption, such
as the availability of charging infrastructure and the affordability of
electric vehicles. Through collaboration with a diverse range of
stakeholders, including government agencies, private companies,
and research institutions, the project seeks to leverage collective
expertise and resources to drive progress in the electric vehicle
industry.
6
pankaj.upadhyay@iitg.ac.in
Pankaj Upadhyay
Design of Teaching aides, books or games for playfully teaching
pre-primary school children.
2
Develop a drone that is capable of carrying small packages and
delivering them to designated locations within the city. With
advanced navigation systems and obstacle avoidance technology,
the drone will be able to safely navigate through urban
environments and provide a reliable and timely delivery service.
Dedicated team should put all their efforts into designing a drone
that is not only lightweight and compact but also possesses the
ability to effortlessly navigate through narrow streets and crowded
areas. Understanding the importance of ensuring the safety and
security of the delivery process, which is why prioritise the
development of a delivery system that is not only efficient but also
guarantees that packages are delivered to the correct recipients
without any errors or mishaps. In order to make this vision a reality,
actively collaborate with local authorities and stakeholders to
establish regulations and guidelines that will govern the safe
operation of medical drones in urban settings. By working hand in
hand with these key players, aim to create a framework that not only
ensures the smooth functioning of our drone delivery system but
also addresses any concerns or challenges that may arise in the
process. Furthermore, priority to engage in open and transparent
communication with the public, keeping them informed about our
progress, addressing any questions or concerns they may have, and
actively seeking their input and feedback. By involving the
community in your journey, to foster a sense of ownership and
shared responsibility, ultimately leading to a more successful and
sustainable implementation of our medical drone delivery system.
In conclusion, designing and implementing a cutting-edge drone
delivery system that not only meets the unique challenges of urban
settings but also prioritizes safety, efficiency, and community
engagement. Through collaboration, innovation, and a strong focus
on the needs of the recipients, we are confident that our project will
revolutionise the way medical supplies are delivered, ultimately
improving the lives of countless individuals in need. Enhance the
drone's capabilities in terms of route optimization and delivery
accuracy. Additionally, implement a robust tracking system that
allows recipients to monitor the progress of their deliveries in realtime, providing them with peace of mind and ensuring transparency.
Through continuous research and development, drone delivery
system should assist the current over burdened system for goods
transported in urban areas, making it faster, more efficient, and
environmentally friendly.
Game Design for Education and Critical Thinking for Children in 1
Middle School.
Video Games for Purpose: Design and 2
Development of digital games for school
children for addressing social issues
relevant to children (Social stigma,
Bullying, Community building, Mental
Health etc.)
Design and Development of a braille 1
writing system..
7
hitesh@iitg.ac.in
Hitesh Sharma
Exploratory films
1
Interface design
1
Cultural exploration and design
Social relevant research and design 1
8
d.udaya@iitg.ac.in
D Udaya Kumar
Indian Typography
2
Information Graphics on Indian Mythology and Epics
2
9
manojmaj@iitg.ac.in
Manoj Majhi
Areas of animation
Max of 2
Interaction Design
2
2
Number of
Project 3 brief
students you
will like to take
for project 2
Design for Experiential Learning
Number of
Project 4 brief
students you will
like to take for
project 3
Number of
More Project Briefs
students you will
like to take for
project 4
More Project
Briefs 2
More Project Briefs More Project Briefs 4
3
2
1
Research in Conceptual
Metaphors in Graphic
Design
Infographics and Design or Illustrations Northeast specific project for
Data Visualization for Children’s books, either Graphic Design or
Graphic Novels or
Storytelling
Comic Books