Bachelor's degree in Industrial Technologies and Economic Analysis

NA On Campus Bachelors Program

Pompeu Fabra University

Program Overview

The Bachelor's degree in Industrial Technologies and Economic Analysis at Pompeu Fabra University blends cutting-edge industrial engineering with core economics principles, giving you a unique skill set to tackle real-world challenges in tech-driven industries. It's perfect for students passionate about innovation, problem-solving, and business strategy who want a full-time, English-taught program over four years (240 ECTS credits) at the Diagonal Sud and Ciutadella campuses, organized by UPF's School of Economics and Business and UPC's Barcelona School of Industrial Engineering.

Curriculum Structure
Year 1 lays a strong foundation in basic sciences and engineering essentials, helping you build technical confidence from day one. You'll dive into Mathematics I, Physics, and Industrial Technologies Fundamentals, exploring calculus applications, mechanics principles, and introductory manufacturing processes to understand how technology powers industry.
Year 2 ramps up with core engineering tools and economic basics, sharpening your analytical edge. Courses like Mathematics II, Electronics and Circuits, and Microeconomics teach advanced calculus, circuit design, and market behaviors, preparing you to analyze tech systems economically.
Year 3 bridges technology and economics through specialized modules, where you'll apply concepts to complex scenarios. Key units include Operations Research, Industrial Organization, and Econometrics, focusing on optimization models, market structures, and data-driven economic forecasting for industrial decisions.
Year 4 culminates in advanced integration and practical application, culminating in your bachelor's project. You'll study Economic Analysis of Technology, Innovation Management, and Final Project, evaluating tech impacts on markets, leading R&D strategies, and synthesizing your skills in a capstone challenge.

Focus Areas
Industrial engineering (e.g., electronics, operations, innovation) combined with economic analysis (micro/macro economics, econometrics, policy).

Learning Outcomes
Graduates gain expertise in designing efficient industrial systems, conducting economic impact assessments of technologies, and making data-informed decisions for business and policy—equipping you to innovate at the tech-economics intersection.

Professional Alignment (Accreditation)
This joint UPF-UPC program aligns with EU Bologna standards (240 ECTS, accredited engineering and social sciences branches), ensuring your degree meets professional requirements for industrial engineering and economic roles across Europe.

Reputation (Employability Rankings)
UPF ranks among Europe's top 20 universities (QS World University Rankings 2025), with its Economics and Business School excelling in graduate employability—over 90% of alumni employed within 6 months, often in high-demand tech-consulting firms, per official UPF stats.

Experiential Learning (Research, Projects, Internships etc.)

At Pompeu Fabra University (UPF), the Bachelor's degree in Industrial Technologies and Economic Analysis gives you hands-on experience right from the start, blending industrial engineering with economic analysis through real-world projects and facilities shared with top partners like the Barcelona School of Industrial Engineering (ETSEIB at UPC). You'll build practical skills in cutting-edge labs and workshops at the Diagonal Sud Campus (PI Building, UPC) and Ciutadella Campus (UPF), using tools tailored to industrial tech and data-driven economic modeling—all in an exclusively English-taught program designed for full-time mornings and afternoons. This setup ensures you're not just learning theory but applying it in collaborative environments that mimic industry demands.

Here's what makes the experiential learning stand out for this program:
- State-of-the-art laboratories at the PI Building (UPC) for industrial engineering experiments and simulations, supporting hands-on work in technologies like data analysis and economic modeling.
- Group projects and seminars integrated into the 240 ECTS curriculum, with typical weekly structure of 2-hour theory sessions plus 90-minute collaborative seminars per subject, fostering teamwork on real economic and tech challenges.
- External internships as part of the 59 optional ECTS credits, giving you professional exposure in industry settings.
- Access to research-designated facilities through UPF's research ecosystem, including affiliated centers like the Research Centre for International Economics (CREI) and Institute for Political Economy and Governance (IPEG), where you can engage in advanced economic analysis projects.
- UPF libraries and support offices at Ciutadella and Poblenou Campuses, equipped for economic data research and group study, with dedicated assistance for Economics and Business students.
- Digital tools and engineering resources via the Engineering School at Poblenou Campus, supporting programs like this one with facilities for data science and tech prototyping (aligned with related degrees in Mathematical Engineering in Data Science).

Progression & Future Opportunities

Graduates of the Bachelor’s Degree in Industrial Technologies and Economic Analysis are prepared for careers that combine engineering knowledge with economic and strategic thinking. This unique profile allows you to work in technology-driven industries, consulting firms, innovation departments, and management roles where both technical and economic understanding are essential. Typical job roles include Industrial Engineer, Project Manager in industrial or technology sectors, Economic or Data Analyst, and Innovation or R&D Consultant:

University services that support employability:
The university provides career guidance, internship support, CV workshops, job fairs, and direct connections with companies to help students transition smoothly into the job market. Students benefit from structured internship opportunities during the degree, gaining real industry experience before graduation.
Employment outcomes and industry connections:
The programme is designed in close collaboration between leading institutions in engineering and economics, ensuring strong alignment with industry needs. Graduates benefit from excellent employability prospects thanks to practical training, interdisciplinary skills, and exposure to real-world projects with companies.
University–industry partnerships:
The degree is delivered jointly with a leading engineering school, strengthening connections with industrial companies, research centres, and innovation-driven organisations. These partnerships support internships, collaborative projects, and networking opportunities that increase your chances of employment.
Long-term professional value:
This degree provides a strong foundation in both technical and economic disciplines, giving you a competitive advantage in the job market. It also offers direct academic recognition within the European higher education system and prepares you for regulated professional pathways in industrial engineering.
Graduation outcomes:
After completing the programme, you will have analytical, technical, and managerial skills that allow you to work in industry, consulting, technology companies, energy sectors, manufacturing, finance-related analytical roles, and innovation management.

Further Academic Progression:
After finishing this degree, you can continue your studies with a Master’s in Industrial Engineering, which qualifies you for advanced professional roles. You may also pursue postgraduate studies in economics, business analytics, data science, operations research, or international master’s programmes in engineering and innovation. This pathway opens doors to leadership positions, specialised technical careers, and international opportunities.