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JOINT
INTERDISCIPLINARY
PROJECT
Real business cases,
real experience

Interdisciplinary projects between all 8 faculties

In Q1 of each year, fulltime

15 ECTS
(In different configurations)

Innovative development with industry guidance

Don't miss out

COMING UP

31

Aug

Kickoff JIP - Day 1

For enrolled JIP students only

8:45 - 18:30

Announced on BS

1

Sept

Kickoff JIP - Day 2

For enrolled JIP students only

8:45 - 18:30

Announced on BS

2

Sept

Kickoff JIP - Day 3

For enrolled JIP students only

8:45 - 18:30

Announced on BS
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ABOUT JIP

Real business cases, real experience

  • Defining your team problem definition based on the company case study

  • Connecting with stakeholders in both industry & academic world

  • Experiencing your future professional environment

  • Inspirational interacting with other JIP teams

The Joint Interdisciplinary Project is an exceptional opportunity to incorporate real interdisciplinary teamwork into your Master. You will work together with passionate fellow students and companies in technical innovation ‘in the niche’ on a business case to create innovative impact. Teams will be able to think beyond their field of expertise, deepen their analytic and creative skills all the while sharing their disciplinary knowledge. Students will get the guidance required to realize the change and get a taste of both success and failure to become resilient in the face of obstacles. The projects are focused on integrated design or research assignments, in addition to value adding, societal acceptance and engineering ethics.
 
In JIP 2026, more than 280 students will take part in the Joint Interdisciplinary Project. Interdisciplinary project teams of each four to six selected MSc students will work together full time for ten weeks (start August 31st 2026). Next academic year 2027-2028  a maximum of 300 students can start in Q1.

Learning Goals

  • Cognitive abilities attributable to interdisciplinary thinking

  • Scientific and intellectual development

  • Research and design capabilities

  • Collaboration and communication in an interdisciplinary team

  • Self-adjustment and reflection capabilities

WEEK 1

Kick off days

week 2

Problem Statement Review

Week 3

Business Development & Blue Engineering

Week 4

Midterm review

Week 6

Midterm 

Review

Week 9

Final Report

Week 10

Final Review & Public Poster Presentation

A general impression of the course of the project

TIMELINE

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DO YOU HAVE WHAT IT TAKES?

Entry and Application Criteria

Curious to develop both technical knowledge and ‘generic’ skills such as management, interdisciplinary teamwork, design thinking, ethics, business models? Are you generous to share your experiences and motivated to inspire your fellow students with your own disciplinary knowledge? Passionate about the challenges in interdisciplinary high-tech innovation & business development in a real-life testing environment. Do you want to surprise professionals in the world of engineering with innovative, unexpected, transcending insights? 
 

Entry criteria:

  • You are a 2nd-year master student 

  • You have almost completed the first year of the master’s degree programme and will enroll in your second year of master’s degree programme at TU Delft on August 31st 2026

  • You are full time available (40 hours per week) in Q1


Application criteria:

  • JIP application form (Brightspace)

  • JIP Motivation letter + Top 3 company cases

  • CV

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PRACTICAL INFORMATION

JIP is an interdisciplinary team internship

Programme JIP 2026-2027:

  • Kick Off days: First three days of the programme: ‘managing the project’ courses: scrum, ethics, interdisciplinary teamwork, business models, finances, design thinking

  • Additional company workshops: in depth lectures & workshops by the company coaches related to the team cases

  • Team mentoring by a company coach and a staff member of TU Delft

Planning JIP 2027:​

March-April 2027 Companies and cases JIP will be announced. 
April-May 2027: Student application is open 
June 2027: Announcement of JIP Teams 
End of August-November 2027:  JIP Fulltime for 10 weeks. 

Energy transition

A case for solar streetlights on KNUST campus
Absorbing N2 & CO2 emission with a Quantum Autarkic Office
Building a sustainable customer energy optimization model
Design of a Landmark Facility for an Allseas HTGR Reactor
Redesign defense vehicle with a sustainable power train
AI Optimised, Energy Efficient AGS Intersections
EU 2nd life Batteries: Actor Analysis and Ecosystem Mapping
Decarbonizing the maritime sector: learning by doing

Aerospace & space engineering

Stratospheric Balloon Flights: An experience to the edge of space
Securing the superconducting supply chain for hydrogen aircraft
Satellite and instrument design for XL plate (Falcon 9)
From Prototype to Production and Service: Designing Our Electric Aircraft Assembly and Maintenance Facilities
MoonPort: A European Vision for the 8th Continent
Future Aircraft Cabin Experience as a Revenue Platform
The Missing Link:A LEO logistics and transportation Hub for Lunar and Mars missions
Alternative materials for rocket engine turbines, Exploring new paths to space
RF-Based Drone Detection in Urban Environments

Urbanism, Delta & mobility

Re-Value the Campus: Engineering the zero-waste ecosystem of 2030
Calcinated dredged clay for sustainable concrete
(Delft) Blue Village: field lab for living with water: Sustainable, safe and healthy living in deltas
Automated rainfall detection for smallholder farms in Africa
Critical raw materials  in water treatment processes
BIOHUBS FOR JUST TRANSITION AND DEVELOPMENT IN SOUTH AFRICA
Living Dunes in Scheveningen: Developing a living lab on dune development in Scheveningen
BlueCrib: bridges oyster culture to reef restoration onsite.
Creating a Circular Roadmap for local Urban Mine: Inserting and extracting critical raw materials

Health Technology

Designing a Data-Driven Helpdesk and Predictive Service System for Global Health Operations
Restoring vision in blind people by a brain implant
An emergency life-saving technique, now safer, thanks to you
Critical Materials from Discarded Medical Batteries

Robotics & Hightech

Navigation technology for small sailing drones
Robots on Rails: A Modular Robot for Railway Inspection
Swarm Head; A bio-inspired sensor head for perception, primitive interaction, and autonomous decision-making in ROS-based robots
Robotic Decanting for Albert Heijn E-commerce: Automating the next generation of E-com Distribution centers
The future role of robotics in different markets
Scaling Up Foundation Concepts for Deep-Water Offshore Wind
Dashboard Predictive Maintenance: for intensively operated cranes
Seabed Infratsructure Monitoring and Protection
(Un)wrapping the Future of Air Cargo
Radiation Detection and Decontamination Robot

Smart & Quantum Technologies

CryoKiQQer: Cryogenic-compatible generation and detection of entangled photon-pairs
Agentic AI in Manufacturing, Autonomous Maintenance & Quality Agents – Towards Self-Healing Factory Operations
Police interventions against environmental crimes
Simplifying legislation with AI
Financial Fraud Detection via Quantum Reservoir Computing
Conceptual component cost-sustainability assessment suite
Emotion-Aware Local LLM for Immersive Training
Keeping the Grid Trustworthy in the Quantum Era: From digital trust to future proof energy infrastructure
Expanding Investigative Techniques
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Be prepared to apply and expand your knowledge and skills from day one. The interdisciplinary learning atmosphere will help you grow both personally and professionally

Francisco

JIP 2022 | KLM

JIP gave me the opportunity to learn new skills through a dynamic experience in addition to applying my prior knowledge in a real-life setting.

Hillary

JIP 2022 | NACO

Working towards a common goal often requires effective communication, commitment, and coordination. I've upskilled myself in these areas, thanks to the JIP experience

Nishanth

JIP 2022 | ROBOTICS INSTITUTE

Want to join JIP or simply have a question? Write us an e-mail:

Birgit de Bruin
Birgit de Bruin

Programme Director JIP

Hans Hellendoorn
Hans Hellendoorn

Chair JIP

Martijn Verbeij
Martijn Verbeij

IT, Media & Event support

Jeronimo Caceres
Jeronimo Caceres

Teaching Assistant

Polina Angelidou
Polina Angelidou

Teaching Assistant

Joris Meijaard
Joris Meijaard

Support staff Rotterdam School of Management)

Xolani Nghona
Xolani Nghona

Support staff Rotterdam School of Management)

Miriam Blaauboer
Miriam Blaauboer

Support Staff (QIST)

Pradeep Murrukannaiah
Pradeep Murrukannaiah

Support Staff (AI Labs)

Alexandre Artaud
Alexandre Artaud

Support Staff (QIST)

partners

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