MISSION: CAREER DISCOVERY

Design Your Professional Profile

Navigate through the 3 academic levels of IDS, discover how your professional maturity is shaped, and bridge your knowledge with Research, Industry, and Entrepreneurship.

IDS Tracker

Level 1: Core Foundation

Academic Levels (Click to switch)

LEVEL 1 105 ECTS

Core & Infrastructure Courses

LEVEL 2 105 ECTS

Elective Courses (Specializations)

LEVEL 3 30 ECTS

BSc Thesis & Internship

Core Stats Development

Solid Scientific Foundations 95%

Practical Skills (Laboratories) 90%

Software Development & Algorithms 85%

Hardware & Network Design 80%

Interdisciplinary Awareness & Ethics 88%

Level 1: Foundation & Scientific Kick-off

105 ECTS

Professional Maturity:

Transitioning from fragmented information to structured engineering thinking. Students develop the ability to analyze complex technical problems using engineering methodologies, mathematical models, and computational tools.

Connection to Career Pillars:

RESEARCH Understanding mathematical and algorithmic models that serve as the bedrock for all future research activities.

ENTREPRENEURSHIP Acquiring core technical hard skills needed to assess the technical feasibility of an innovative business idea.

INDUSTRY Gaining familiarity with international industrial standards for programming and circuit design right from the early semesters.

Stage Career Outlets:

Preparation for joining tech companies and research centers as junior specialists, backed by solid foundations in software development and problem-solving.

Track: Embedded Hardware Engineering

52.5 ECTS

Professional Maturity:

Moving from circuit theory to full development of autonomous embedded systems. Students adopt the mindset of a "Hardware Architect", capable of developing and testing electronic circuits, embedded hardware, and microcontrollers.

Connection to Career Pillars:

Research: Designing cutting-edge configurations for next-generation sensors.

Entrepreneurship: Developing functional prototypes (MVPs) for custom hardware devices.

Industry: Staffing automation, robotics, and microelectronics firms.

Stage Career Outlets:

Exclusive specialization in embedded systems, electronic devices, industrial automation, as well as tech companies building hardware.

Track: Wireless & Network Architect

52.5 ECTS

Professional Maturity:

Developing skillsets in network infrastructure management and design. Students learn to design and benchmark network architectures, telecom systems, and Internet of Things (IoT) applications.

Connection to Career Pillars:

Research: Participating in projects centered on next-gen wireless communications.

Entrepreneurship: Providing specialized services for smart IoT infrastructures.

Industry: Direct employment opportunities in telecom providers and data network firms.

Stage Career Outlets:

Career placement in telecommunication systems, networks, tech companies, and corporate providers of wireless and broadband solutions.

Track: Interactive & Game Developer

52.5 ECTS

Professional Maturity:

Convergence of core software engineering with creative industries. Students build the technical expertise required to construct immersive digital environments, video games, and multimedia content using modern engines.

Connection to Career Pillars:

Research: Studying Virtual Reality environments and modern human-computer interaction.

Entrepreneurship: Developing indie games and pioneering interactive digital products.

Industry: Joining Game Studios, industrial simulation companies, and creative startups.

Stage Career Outlets:

Career development in game creation, multimedia, electronic games, digital applications, and specialist software engineering agencies.

Track: AI & Data Intelligence Engineer

52.5 ECTS

Professional Maturity:

Transitioning into data-driven decision making. Students master programming in modern software languages and build intelligent frameworks based on algorithms, machine learning, and big data architecture.

Connection to Career Pillars:

Research: Developing novel Machine Learning configurations and intelligent architectures.

Entrepreneurship: Building AI SaaS applications and high-value predictive analytics platforms.

Industry: High industrial demand as a Data Analyst or Machine Learning Engineer.

Stage Career Outlets:

Immediate employment in data analysis, software development, software houses, and corporate Business Intelligence squads.

Level 3: Synthesis, Application & Professional Integration

Min 30 ECTS

Professional Maturity:

The absolute pinnacle of student autonomy. The graduate emerges as a fully Ready-to-Market Engineer, equipped to operate effectively within international, interdisciplinary environments while keeping up with engineering ethics and current workflows.

Connection to Career Pillars:

RESEARCH The BSc Thesis allows graduates to pursue academic tracks by seamlessly continuing their studies at a postgraduate level.

ENTREPRENEURSHIP The Internship program and hands-on business exposure provide the networking and commercial readiness needed to join startups.

INDUSTRY The Internship program functions as a direct recruiting pipeline across multiple markets (telecoms, industrial automation, etc.).

Global Graduate Career Outlets:

Graduates are qualified to work across: telecommunication systems, embedded systems, electronic devices, data analysis, software development, digital applications, electronic games, as well as inside research labs and advanced technology corporations.

Global Guild Rule: Graduates are prepared to work efficiently in international, multi-disciplinary environments applying engineering ethics, or seamlessly progress directly to postgraduate levels.

Details: Also available: