Research Focus
- Production of materials
- Soft Electronics
- Space manufacturing
- Real-time monitoring and automation systems
Programme Structure and Funding
The project is a full-time Ph.D. project and is taught in 4-6 years (48-72 months). Only 2 recruits.
Full scholarship grants (through a combination of scientific assistants, teaching assistants, in-school scholarships, tuition deductions or the above) are available through interviews with the Commission.
Suitable Academic Backgrounds
Industrial engineering, electrical engineering, mechanical engineering, mathematics, statistics, computer science, psychology, economics, automation, data science
Entry Requirements
- Academic background: Any applicant with a bachelor’s or master’s degree specializing in laying the foundation for research in the field of industrial and system engineering (ISyE). For example, the applicant’s background can be from industrial engineering, electrical engineering, mechanical engineering, or mathematics, statistics, computer science, psychology, economics, etc.
- Performance requirements: GPA 3.0
- Language requirements: TOEFL: 92; or IELTS: 7.0; National B.A./Master Exempted Language in English
- Recommendation: provide 3
Application Materials
- Curricula vitae;
- Report card;
- English report card;
- GRE achievements;
- Statement of purpose;
- Letter of recommendation 3.
Application Period
The deadline for applying for admission in the autumn is 12 1 and for spring 9 1.
Application Process
From that date until the beginning of 10 the applicant will submit a curriculum vitae in English and related materials, and we will conduct an initial assessment 10 that will invite the primary screener to interview the potential mentor 12 before the end of the month. After the interview, the application 12 will be formally submitted through the official network to the shortlisted candidate for the following year 1 by the College Admission Board for the following year 2–3: above is the time point of the application process for the fall.
Tuition and Living Costs
Living costs
Approximately US$ 23,886/year (depending on individual circumstances).
Preferred qualifications
Candidates with an automated, robotic, mechanical, computer science, mathematics background from the leading international university ranking are more favoured.
- Tuition fees: 2025-26 school year, approximately 25,732/year (Note: Tuition fees increase slightly per year).
Career Prospects
The Ph.D. in Industry and Systems Engineering at the Madison branch of Wisconsin is well known for its deep research power in areas such as optimization, data analysis, humans in engineering and system modelling. Graduates are popular in the global wave of digital transformation and intellectual upgrading.
With their core capacity to address complex systemic issues, they have broad career prospects in academia and in a wide range of frontier industries, including high-tech, financial and medical. Pay coverage is generally higher depending on the field of specialization and industry.
In terms of career choices, doctoral graduates mainly go to the following areas:
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Academia and scientific institutions: Graduates have access to top universities around the world for teaching positions, leading research teams, and cutting-edge exploration in the areas of preparatory, human-caused, data analysis, etc. They may also join government or enterprise research centres for basic and strategic research.
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Technology and manufacturing: This is one of the main destinations for doctoral graduates. Optimizing supply chains, platform algorithms and user experiences in technology companies (e.g. Google, Amazon, Microsoft); leading the construction of smart manufacturing, production system optimization and quality management systems in manufacturing firms (e.g. Tesla, Intel)
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Finance and consultancy: With excellent data analysis and modelling skills, graduates serve as quantitative analysts in hedge funds, investment banks and financial technology companies, developing trade strategies and managing risks.
In top-level consulting firms (e.g. McKinsey, BCG), they serve as strategic advisers to provide solutions for business efficiency improvements
- Medical and health services: this area is becoming a popular choice for Dr. ISE. Through process optimization, data modelling and people-to-people engineering, they help hospitals to operate more efficiently, optimize the allocation of health-care resources, and improve patient safety and medical-care experience.
