Massachusetts Institute of Technology (MIT) mentor
PlaXies Lab Program
1-on-1 Project-Based Learning led by active industry experts
University Profile
Massachusetts Institute of Technology (MIT) is one of the world's top research universities, centered around science, engineering, and innovation. With leading research resources and facilities, MIT houses many world-class research centers and laboratories, enabling students to participate in major research projects starting from their undergraduate studies.
Training Content
The program utilizes a Project-Based Learning (PBL) simulation model, led by active, in-service mentors from the relevant field/industry to guide students through practical exercises.
Training content is highly customized, adjusting to each student’s learning pace and academic background to guide them along their own unique career path!
GIC Training Advantages
- Online Training: Flexible scheduling allows students to simultaneously participate during the regular academic semester.
- Training Outcomes: Earn a GIC Certificate and a mentor letter of recommendation to boost your resume.
- Guaranteed Placement: Secure a reserved slot through GIC's professional coaching and background verification process.
Deep Learning Image Processing
Training Objective:
Utilize deep learning technology to process image data, perform model training, feature extraction, and analysis.
Target Majors:
Computer Science, Artificial Intelligence, Electronic Engineering, Information Engineering, or related fields.
Training Duration:
1 month.
Supply Chain Management
Training Objective:
Plan and optimize supply chain processes, manage logistics, procurement, and inventory, and analyze data to enhance efficiency and reduce costs.
Target Majors:
Business Administration, Industrial Engineering, Logistics Management, Business Management, or related fields.
Training Duration:
1 month.
3D Printing Research
Training Objective:
Research and develop 3D printing technologies, design and fabricate models, analyze material properties, and optimize manufacturing processes.
Target Majors:
Mechanical Engineering, Materials Science, Industrial Design, Manufacturing Engineering, or related fields.
Training Duration:
1 month.
Immunology Research
Training Objective:
Study immune system mechanisms, design and execute experiments, analyze immune responses, and support disease prevention and treatment research.
Target Majors:
Biology, Immunology, Biomedicine, Molecular Biology, or related fields.
Training Duration:
1 month.
Neuroscience Research
Training Objective:
Study the structure and function of the nervous system, design and execute experiments, analyze brain data, and explore neural mechanisms and disease treatments.
Target Majors:
Neuroscience, Psychology, Biomedicine, Life Sciences, or related fields.
Training Duration:
1 month.
Vaccine Design Research
Training Objective:
Design and develop vaccines, conduct immunological experiments and preclinical studies, and analyze immune responses and safety profiles.
Target Majors:
Biomedicine, Immunology, Molecular Biology, Pharmacy, or related fields.
Training Duration:
1 month.
Artificial Intelligence Robotics
Training Objective:
Design and develop AI-driven robotic systems, perform algorithm development, programming, and performance testing.
Target Majors:
Artificial Intelligence, Mechanical Engineering, Electronic Engineering, Computer Science, or related fields.
Training Duration:
1 month.