Scientific Inquiry based Research Internship

Join our squad!

Apply for the most exciting internship in town! Make technology based projects live in the lab.

Have a big impact

You’ll own your project from start to finish, diving deep into products, services, and programs that will impact millions of students.

Gain skills

Through formalized training and hands-on learning, you’ll analyze data, solve problems, and design solutions with the beneficiaries at the center.

Build a network

From day-to-day to special events, you’ll have the chance to link up with peers around the world.

Receive a mentor

Your manager will pair you with a mentor who will support and coach you, providing feedback for your success.

Have a big impact

You’ll own your project from start to finish, diving deep into products, services, and programs that will impact millions of students.

Gain skills

Through formalized training and hands-on learning, you’ll analyze data, solve problems, and design solutions with the beneficiaries at the center.

Build a network

From day-to-day to special events, you’ll have the chance to link up with peers around the world.

Receive a mentor

Your manager will pair you with a mentor who will support and coach you, providing feedback for your success.

10000+

Hours of Research

Papers Published

450+

Interns

75+

Research Projects Completed

Full Time Mentor

Projects guided by Industry Partners

Recommendation Letters

Review by Industry Experts

We extend internships under 6 departments

Technical & Research

Engage in hands-on space science, robotics, AI, and satellite technology-based research and prototyping projects.

AI & Automation

Build intelligent systems, automate processes, and develop AI models for space, robotics, and workflow efficiency.

Education & Curriculum

Design futuristic STEM content, hands-on modules, and interdisciplinary challenges aligned with global education standards.

Business Development

Research markets, build strategic partnerships, and create go-to-market strategies for emerging space technologies.

Administrative Operations

Streamline internal systems, knowledge management, onboarding, and backend processes through digital tools and AI workflows.

Marketing Outreach

Promote innovations via digital campaigns, webinars, influencer collaborations, and storytelling for global visibility.

Age Requirement: Must be currently enrolled in high school (grades 9-12).
Application Form: Must fill out the application form with complete and accurate details.
Project Portfolio: Submit a project portfolio showcasing relevant projects or achievements.
Statement of Purpose (SOP): Provide a personal statement detailing interest in the internship, career goals, and why they wish to join the Lab of Future.
Operation Fee: Deposit the operation fee as charged by the Lab of Future.
Parental Consent: Obtain written consent from a parent or guardian if under 18 years old.
Skills and Interests: Demonstrate interest or experience in the relevant team area (Technical & Research, Business Development, Administrative Operations, Impact Assessment).

For University Undergraduates:

Academic Status: Must be currently enrolled in an undergraduate program at a recognized university.
Academic Performance: Maintain a minimum GPA of 3.0 or equivalent.
Application Form: Complete and submit the application form with accurate details.
Project Portfolio: Provide a portfolio of relevant academic or personal projects.
Statement of Purpose (SOP): Include a detailed SOP outlining career goals, research interests, and reasons for applying.
Operation Fee: Pay the operation fee as required by the Lab of Future.
Letters of Recommendation: Submit at least one letter of recommendation from a professor or academic advisor.
Skills and Experience: Show relevant experience or coursework related to the chosen team (Technical & Research, Business Development, Administrative Operations, Impact Assessment).

Additional Details for Both Groups:

Application Deadline: Ensure all documents and fees are submitted before the application deadline.
Interview: Applicants may be required to attend an interview as part of the selection process.
Eligibility Verification: The Lab reserves the right to verify the information provided and may request additional documentation if needed.
Health and Safety: Adhere to any health and safety protocols established by the Lab, especially if internships are conducted on-site.

For High School Students (UAE):

Internship Type	Applications Open	Last Submission Date	Shortlisting of Applications	Interview Period	Internship Commences
Summer Internship	2nd week of May	20 June	22 June	23-25 June	1st week of July
Weekend Internship	Round the year	Not applicable	Not applicable	Not applicable	Not applicable
Winter Internship	1st week of November	5 December	7 December	08-10 December	16 December

For High School Students (India):

Internship Type	Applications Open	Last Submission Date	Shortlisting of Applications	Interview Period	Internship Commences
Summer Internship	1st week of April	15 April	20 April	21-25 April	1st week of May
Weekend Internship	4th week of June	10 July	12 July	13-15 July	3rd week of July
Winter Internship	1st week of November	15 November	20 November	21-25 November	2nd week of December

For Pre-final & final year college students (UAE, India):

Internship Type	Applications Open	Last Submission Date	Shortlisting of Applications	Interview Period	Internship Commences
Summer Internship	2nd week of April	15 May	20 May	21-25 May	1st week of June
Weekend Internship	2nd week of August	15 September	20 September	21-25 September	1st week of October
Winter Internship	2nd week of November	15 December	20 December	21-25 December	1st week of January

Project Idea	Description
HAB Satellite Communication Systems	Design and develop a robust communication system for High-Altitude Balloon (HAB) satellites to ensure reliable data transmission and reception.
CubeSat Payload Integration	Create and test a payload for a CubeSat, focusing on integration with satellite subsystems and evaluating its performance in a simulated space environment.
CANSAT Atmospheric Data Collection	Develop a CANSAT (can-sized satellite) to gather and analyze atmospheric data during its descent, including temperature, pressure, and humidity measurements.
Aeromodelling for Efficient Flight	Design and test advanced aeromodelling techniques to optimize aerodynamic efficiency for various flight conditions and vehicle types.
Model Rocket Propulsion Systems	Research and build propulsion systems for model rockets, focusing on improving thrust, stability, and recovery systems.
Robotics for Autonomous Navigation	Develop a robotic system with autonomous navigation capabilities using sensors and machine learning algorithms to navigate complex environments.
Space Robotics for Satellite Servicing	Design a space robotic system for servicing satellites in orbit, including docking, repair, and maintenance functionalities.
3D Designing for Aerospace Components	Create detailed 3D models of aerospace components using CAD software, and simulate their performance under various conditions.
Drone Designing for Precision Agriculture	Design and develop drones equipped with sensors for precision agriculture, focusing on crop monitoring and soil analysis.
Artificial Intelligence for Space Mission Planning	Implement AI algorithms to optimize mission planning for space exploration, including trajectory optimization and resource allocation.
Cyber Safety for Satellite Communication	Develop cybersecurity measures to protect satellite communication systems from potential threats and ensure data integrity.
Astronomy Data Analysis with AI	Utilize artificial intelligence to analyze large datasets from astronomical observations and identify new celestial phenomena.
Astro-Photography Techniques and Innovations	Explore and develop new techniques in astro-photography to capture high-resolution images of celestial objects and phenomena.
Robotic Arm Design for Space Exploration	Design and prototype a robotic arm for use in space exploration missions, focusing on precision, strength, and adaptability in microgravity environments.
CubeSat Propulsion Systems Development	Research and develop small-scale propulsion systems suitable for CubeSats to enhance their maneuverability and mission capabilities.
Drone Swarm Technology for Environmental Monitoring	Investigate and develop swarm technology for coordinating multiple drones to monitor and collect environmental data over large areas.
Cyber Safety for AI Systems in Space Applications	Develop security protocols and practices for protecting AI systems used in space applications from cyber threats and vulnerabilities.

Market Entry Strategy for Emerging Technologies	Analyze market trends and competition to develop a strategic plan for introducing new technologies into untapped markets.
Partnership Development with Startups	Identify potential startup partners in complementary fields, and develop proposals for collaborative projects or joint ventures.
Customer Persona and Journey Mapping	Create detailed customer personas and map their journey to identify pain points and opportunities for improving product offerings and user experience.

Project Idea

Description

Internship is FREE of charge.
Lab Access (20 hours): AED1500 (mandatory)
KHDA & Industry Certification (optional) : As on demand

Start with the customer – find out what they want and give it to them.

Project Idea	Description
HAB Satellite Communication Systems	Design and develop a robust communication system for High-Altitude Balloon (HAB) satellites to ensure reliable data transmission and reception.
CubeSat Payload Integration	Create and test a payload for a CubeSat, focusing on integration with satellite subsystems and evaluating its performance in a simulated space environment.
CANSAT Atmospheric Data Collection	Develop a CANSAT (can-sized satellite) to gather and analyze atmospheric data during its descent, including temperature, pressure, and humidity measurements.
Aeromodelling for Efficient Flight	Design and test advanced aeromodelling techniques to optimize aerodynamic efficiency for various flight conditions and vehicle types.
Model Rocket Propulsion Systems	Research and build propulsion systems for model rockets, focusing on improving thrust, stability, and recovery systems.
Robotics for Autonomous Navigation	Develop a robotic system with autonomous navigation capabilities using sensors and machine learning algorithms to navigate complex environments.
Space Robotics for Satellite Servicing	Design a space robotic system for servicing satellites in orbit, including docking, repair, and maintenance functionalities.
3D Designing for Aerospace Components	Create detailed 3D models of aerospace components using CAD software, and simulate their performance under various conditions.
Drone Designing for Precision Agriculture	Design and develop drones equipped with sensors for precision agriculture, focusing on crop monitoring and soil analysis.
Artificial Intelligence for Space Mission Planning	Implement AI algorithms to optimize mission planning for space exploration, including trajectory optimization and resource allocation.
Cyber Safety for Satellite Communication	Develop cybersecurity measures to protect satellite communication systems from potential threats and ensure data integrity.
Astronomy Data Analysis with AI	Utilize artificial intelligence to analyze large datasets from astronomical observations and identify new celestial phenomena.
Astro-Photography Techniques and Innovations	Explore and develop new techniques in astro-photography to capture high-resolution images of celestial objects and phenomena.
Robotic Arm Design for Space Exploration	Design and prototype a robotic arm for use in space exploration missions, focusing on precision, strength, and adaptability in microgravity environments.
CubeSat Propulsion Systems Development	Research and develop small-scale propulsion systems suitable for CubeSats to enhance their maneuverability and mission capabilities.
Drone Swarm Technology for Environmental Monitoring	Investigate and develop swarm technology for coordinating multiple drones to monitor and collect environmental data over large areas.
Cyber Safety for AI Systems in Space Applications	Develop security protocols and practices for protecting AI systems used in space applications from cyber threats and vulnerabilities.

Market Entry Strategy for Emerging Technologies	Analyze market trends and competition to develop a strategic plan for introducing new technologies into untapped markets.
Partnership Development with Startups	Identify potential startup partners in complementary fields, and develop proposals for collaborative projects or joint ventures.
Customer Persona and Journey Mapping	Create detailed customer personas and map their journey to identify pain points and opportunities for improving product offerings and user experience.

Project Idea

Description

Cohort 1: 30 June - 11 July 2025

Cohort 2: 14 July - 25 July 2025
Cohort 3: 28 July - 8 Aug 2025
Cohort 4: 11 Aug - 22 Aug 2025

Days: Mondays-Fridays
Time: 4pm-7pm (Self working hour: 6pm-7pm)

Start with the customer – find out what they want and give it to them.

Project Idea	Description
HAB Satellite Communication Systems	Design and develop a robust communication system for High-Altitude Balloon (HAB) satellites to ensure reliable data transmission and reception.
CubeSat Payload Integration	Create and test a payload for a CubeSat, focusing on integration with satellite subsystems and evaluating its performance in a simulated space environment.
CANSAT Atmospheric Data Collection	Develop a CANSAT (can-sized satellite) to gather and analyze atmospheric data during its descent, including temperature, pressure, and humidity measurements.
Aeromodelling for Efficient Flight	Design and test advanced aeromodelling techniques to optimize aerodynamic efficiency for various flight conditions and vehicle types.
Model Rocket Propulsion Systems	Research and build propulsion systems for model rockets, focusing on improving thrust, stability, and recovery systems.
Robotics for Autonomous Navigation	Develop a robotic system with autonomous navigation capabilities using sensors and machine learning algorithms to navigate complex environments.
Space Robotics for Satellite Servicing	Design a space robotic system for servicing satellites in orbit, including docking, repair, and maintenance functionalities.
3D Designing for Aerospace Components	Create detailed 3D models of aerospace components using CAD software, and simulate their performance under various conditions.
Drone Designing for Precision Agriculture	Design and develop drones equipped with sensors for precision agriculture, focusing on crop monitoring and soil analysis.
Artificial Intelligence for Space Mission Planning	Implement AI algorithms to optimize mission planning for space exploration, including trajectory optimization and resource allocation.
Cyber Safety for Satellite Communication	Develop cybersecurity measures to protect satellite communication systems from potential threats and ensure data integrity.
Astronomy Data Analysis with AI	Utilize artificial intelligence to analyze large datasets from astronomical observations and identify new celestial phenomena.
Astro-Photography Techniques and Innovations	Explore and develop new techniques in astro-photography to capture high-resolution images of celestial objects and phenomena.
Robotic Arm Design for Space Exploration	Design and prototype a robotic arm for use in space exploration missions, focusing on precision, strength, and adaptability in microgravity environments.
CubeSat Propulsion Systems Development	Research and develop small-scale propulsion systems suitable for CubeSats to enhance their maneuverability and mission capabilities.
Drone Swarm Technology for Environmental Monitoring	Investigate and develop swarm technology for coordinating multiple drones to monitor and collect environmental data over large areas.
Cyber Safety for AI Systems in Space Applications	Develop security protocols and practices for protecting AI systems used in space applications from cyber threats and vulnerabilities.

Market Entry Strategy for Emerging Technologies	Analyze market trends and competition to develop a strategic plan for introducing new technologies into untapped markets.
Partnership Development with Startups	Identify potential startup partners in complementary fields, and develop proposals for collaborative projects or joint ventures.
Customer Persona and Journey Mapping	Create detailed customer personas and map their journey to identify pain points and opportunities for improving product offerings and user experience.

Project Idea

Description

Cohort 1: 30 June 2025 - 11 July 2025
Cohort 2: 14 July 2025 - 25 July 2025
Cohort 3: 28 July 2025 - 8 Aug 2025
Cohort 4: 11 Aug 2025 - 22 Aug 2025

Days: Monday - Friday
Time: 4pm - 7pm (6pm-7pm: self/group work)

Start with the customer – find out what they want and give it to them.

Technical & Research
Impact Assessment

Write one or two paragraphs describing your product or services.

Project Idea	Description
HAB Satellite Communication Systems	Design and develop a robust communication system for High-Altitude Balloon (HAB) satellites to ensure reliable data transmission and reception.
CubeSat Payload Integration	Create and test a payload for a CubeSat, focusing on integration with satellite subsystems and evaluating its performance in a simulated space environment.
CANSAT Atmospheric Data Collection	Develop a CANSAT (can-sized satellite) to gather and analyze atmospheric data during its descent, including temperature, pressure, and humidity measurements.
Aeromodelling for Efficient Flight	Design and test advanced aeromodelling techniques to optimize aerodynamic efficiency for various flight conditions and vehicle types.
Model Rocket Propulsion Systems	Research and build propulsion systems for model rockets, focusing on improving thrust, stability, and recovery systems.
Robotics for Autonomous Navigation	Develop a robotic system with autonomous navigation capabilities using sensors and machine learning algorithms to navigate complex environments.
Space Robotics for Satellite Servicing	Design a space robotic system for servicing satellites in orbit, including docking, repair, and maintenance functionalities.
3D Designing for Aerospace Components	Create detailed 3D models of aerospace components using CAD software, and simulate their performance under various conditions.
Drone Designing for Precision Agriculture	Design and develop drones equipped with sensors for precision agriculture, focusing on crop monitoring and soil analysis.
Artificial Intelligence for Space Mission Planning	Implement AI algorithms to optimize mission planning for space exploration, including trajectory optimization and resource allocation.
Cyber Safety for Satellite Communication	Develop cybersecurity measures to protect satellite communication systems from potential threats and ensure data integrity.
Astronomy Data Analysis with AI	Utilize artificial intelligence to analyze large datasets from astronomical observations and identify new celestial phenomena.
Astro-Photography Techniques and Innovations	Explore and develop new techniques in astro-photography to capture high-resolution images of celestial objects and phenomena.
Robotic Arm Design for Space Exploration	Design and prototype a robotic arm for use in space exploration missions, focusing on precision, strength, and adaptability in microgravity environments.
CubeSat Propulsion Systems Development	Research and develop small-scale propulsion systems suitable for CubeSats to enhance their maneuverability and mission capabilities.
Drone Swarm Technology for Environmental Monitoring	Investigate and develop swarm technology for coordinating multiple drones to monitor and collect environmental data over large areas.
Cyber Safety for AI Systems in Space Applications	Develop security protocols and practices for protecting AI systems used in space applications from cyber threats and vulnerabilities.