Robotics and Mechatronics Engineering (Razvan Voicu and Muhammad Tanveer)
Artificial General Intelligence - Control of Real-time Ecosystems (AGI CORE)
First-Year Scholars: Sean Haque, J.R. Johnson, Ming Lin, & Luke Wharton
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Welcome to the future of Artificial General Intelligence (AGI)! Our project, AGI CORE,
focuses on the exciting and groundbreaking field of AGI, particularly its application
in real-time control of ecosystems involving robotics and various environments. Imagine
a world where machines can understand, learn, and adapt just like humans, creating
seamless interactions between intelligent machines like robots, their surroundings,
and humans.
AGI is in its inception phases, making this an incredibly exciting time to get involved.
Our project aims to develop intelligent systems capable of real-time decision-making
and autonomous control. These systems will be able to manage complex environments,
such as smart homes, autonomous vehicles, robotic assistants, and biomedical applications.
Picture a smart healthcare system where AGI can analyze patient data, monitor vital
signs with embedded sensors, and assist in surgeries with robotic precision.
Joining AGI CORE in the VOICU (Vision of Immortal Cell Understanding) lab will put
you at the forefront of this emerging discipline. We have access to cutting-edge robotic
systems, sensors, and embedded units, providing you with the tools to explore and
innovate. We seek enthusiastic students eager to grow and learn during and beyond
the first-year program. This project offers a unique opportunity to work on cutting-edge
technology, develop technical and soft skills, and contribute to significant advancements
in AGI. You will hone your programming abilities, work with advanced AI algorithms,
and gain experience with real-time systems. Additionally, you will enhance your problem-solving,
teamwork, and communication skills, essential for professional growth.
Whether you're passionate about robotics, artificial intelligence, biomedical applications,
or innovative problem-solving, AGI CORE provides a platform to explore and expand
your horizons. We invite students from all disciplines to join us, as there is room
for growth for those in the sciences, including biology, chemistry, physics, humanities,
arts, and beyond. Imagine an AGI system developing new music or art. AGI, with its
human-like intelligence, seeks to understand and interact with the world in a way
that integrates knowledge from diverse fields, making your unique perspective invaluable.
You'll collaborate with a diverse team of students and faculty, gaining hands-on experience
and developing skills that will set you apart in the rapidly evolving tech landscape.
Join us in shaping the future of intelligent systems and making a meaningful impact
on the world. Together, we'll push the boundaries of what AGI can achieve and pave
the way for a smarter, more connected future.
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Participating in the AGI CORE project will equip students with a diverse set of skills
and techniques, preparing them for future careers in AI, robotics, and other related
fields. Here are some of the key outcomes:
Technical Skills: Students will gain proficiency in programming languages such as Python and C++,
which are essential for developing AGI systems. They will learn to implement machine
learning algorithms, work with neural networks, manage large datasets, and understand
the fundamentals of artificial intelligence. Additionally, they will explore and understand
multimodal AGI, integrating various forms of data such as visual, auditory, and textual
inputs to create more robust intelligent systems.
Hands-on Experience: Through practical projects, students will design, build, and test intelligent systems.
They will work with advanced robotics platforms, sensors, and embedded units, gaining
experience in hardware integration and real-time system control.
Research Skills: Students will develop strong research abilities, including literature review, hypothesis
formulation, experimental design, and data analysis. They will document their findings
and prepare research papers for publication, contributing to the academic community.
Soft Skills: The project emphasizes developing soft skills such as problem-solving, teamwork,
and communication. Students will collaborate with peers and mentors, enhancing their
ability to work effectively in diverse teams and present their ideas clearly.
Interdisciplinary Knowledge: Students will learn to approach problems from multiple perspectives by integrating
knowledge from various fields. This holistic understanding is crucial for developing
innovative AGI solutions that interact seamlessly with human environments.
Professional Growth: The experience gained through AGI CORE will make students attractive candidates
for internships, jobs, and further academic pursuits. They will build a portfolio
of work demonstrating their capabilities and accomplishments.
By the end of the project, students will have a comprehensive skill set and practical
experience, positioning them for success in the rapidly evolving tech landscape.
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Students involved in the AGI CORE project will engage in various weekly activities,
ensuring a well-rounded and immersive learning experience. Here's a breakdown of potential
weekly duties:
Programming and Development: Students will dedicate time to coding and developing algorithms for AGI systems,
including developing AI Assistants. This includes writing and testing code, debugging,
and optimizing performance to ensure efficient operation of intelligent systems.
Research and Literature Review: Students will review scholarly articles and research papers to stay updated with
the latest advancements in AGI, helping them to understand current trends, identify
gaps in the field, and generate new ideas for their projects.
Experimentation: Students will conduct experiments to test their AGI models. This involves setting
up experiments, collecting data, and analyzing results to evaluate the effectiveness
of their solutions. They will iterate on their designs based on the findings.
Team Meetings: Regular meetings will be held to discuss progress, share insights, and plan upcoming
tasks. These meetings allow students to collaborate, seek feedback, and refine their
approaches.
Documentation: Students will document their work, including coding procedures, experimental methods,
and findings, which will help them keep track of their progress and prepare them for
writing research papers and reports.
Mentorship Sessions: Students will have one-on-one sessions with faculty mentors to receive guidance, ask questions, and discuss challenges.
Presentations: Periodically, students will present their work to the team or at academic forums.
This helps them develop their presentation skills and gain confidence in sharing their
research with others.
Interdisciplinary Collaboration: Students will engage in activities integrating knowledge from various fields, encouraging
them to think creatively and approach problems from multiple perspectives.
By participating in these activities, students will gain a comprehensive understanding
of AGI, develop practical skills, and prepare for future academic, professional, and
start-up endeavors.
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Modality (Face-to-Face, Hybrid, Online)
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