Stanford University mentor
PlaXies Lab Program
1-on-1 Project-Based Learning led by active industry experts
University Profile
Located in the heart of Silicon Valley, Stanford University is a top global private research university renowned for its interdisciplinary research, innovation, entrepreneurship, and world-class faculty. With a powerful alumni network and deep integration between academia and industry, it fosters global leaders.
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 conduct research 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.
Artificial Intelligence Research
Training Objective:
Design and develop AI algorithms, model training, data analysis, and optimization, applied to fields such as natural language processing and computer vision.
Target Majors:
Computer Science, Electronic Engineering, Mathematics, Statistics, Information Engineering, or related fields.
Training Duration:
1 month.
Materials Science and Engineering Research
Training Objective:
Investigate the properties and structures of novel materials, conduct material synthesis, processing, and testing, optimize performance, and apply them to fields such as energy, electronics, and healthcare.
Target Majors:
Materials Science, Chemical Engineering, Physics, Mechanical Engineering, or related fields.
Training Duration:
1 month.
3D Chip Research
Training Objective:
Design and fabricate three-dimensional integrated circuits, optimize chip structures and performance, and carry out process development, thermal management, and reliability testing.
Target Majors:
Electronic Engineering, Microelectronics, Materials Science, Physics, or related fields.
Training Duration:
1 month.
Cell Biology Research
Training Objective:
Observe and analyze cellular structures and functions, perform cell culture, gene editing, molecular labeling, and research on disease mechanisms.
Target Majors:
Biology, Biotechnology, Molecular Biology, Medicine-related fields.
Training Duration:
1 month.
Rehabilitation Therapy Research
Training Objective:
Evaluate patients' functional status, design and implement physical, occupational, or speech therapy plans, and promote the recovery of motor skills and self-care abilities.
Target Majors:
Physical Therapy, Occupational Therapy, Sports Science, Medicine, or related fields.
Training Duration:
1 month.
Mechanical Engineering Research
Training Objective:
Design, analyze, and optimize mechanical systems and components, perform material selection, mechanical calculations, prototyping, and performance testing.
Target Majors:
Mechanical Engineering, Materials Engineering, Engineering Mechanics, Industrial Design, or related fields.
Training Duration:
1 month.
Botany Research
Training Objective:
Study plant structure, function, taxonomy, and ecology; conduct field observations, experimental cultivation, and genetic or environmental impact analyses.
Target Majors:
Biology, Plant Sciences, Ecology, Agronomy, or related fields.
Training Duration:
1 month.
Immunology Research
Training Objective:
Study immune system mechanisms, design and analyze experiments, explore disease prevention/treatment methods and vaccine development, and resolve immune responses and pathological mechanisms.
Target Majors:
Biology, Immunology, Molecular Biology, Medicine-related fields.
Training Duration:
1 month.
Pharmacokinetics Research
Training Objective:
Study drug absorption, distribution, metabolism, and excretion processes within the body; perform data analysis and model building to optimize dosing regimens.
Target Majors:
Pharmacognosy, Pharmacology, Biochemistry, Medicine, or related fields.
Training Duration:
1 month.
Bioinformatics
Training Objective:
Analyze genomic, protein, and biological big data; construct algorithms and models to support disease research, drug development, and molecular mechanism resolution.
Target Majors:
Bioinformatics, Computational Biology, Mathematics, Computer Science, or related fields.
Training Duration:
1 month.
Biostatistics
Training Objective:
Design and analyze biomedical experiments and clinical trial data, apply statistical methods to evaluate results, and support scientific research decisions and drug development.
Target Majors:
Statistics, Biostatistics, Mathematics, or related fields.
Training Duration:
1 month.
Biotechnology Research
Training Objective:
Develop and apply biotechnological methods, perform genetic engineering, protein expression, cell culture, and experimental technique optimization to support healthcare and industrial applications.
Target Majors:
Biotechnology, Biological Sciences, Molecular Biology, Chemical Engineering, or related fields.
Training Duration:
1 month.
Probe Microscopy Research
Training Objective:
Utilize atomic force or scanning probe microscopy to observe material surfaces and nanostructures, analyze physical and chemical properties, and improve fabrication processes and performance.
Target Majors:
Physics, Materials Science, Electronic Engineering, Chemistry, or related fields.
Training Duration:
1 month.