Bachelor’s in IOT
⸺The Bachelor’s in Embedded Systems & Internet of Things (IoT) at MUST University is a forward-looking, industry-driven three-year program designed to prepare future engineers capable of building smart, connected, and secure systems. Delivered entirely in English and inspired by the North American education model, it combines strong academic foundations with immersive, hands-on training. Students develop expertise in embedded programming, connected devices, communication networks, edge computing, and system security through real-world projects and labs. The program emphasizes practical experience, mentorship, international certifications, and industry exposure, enabling graduates to contribute effectively to modern industrial and IoT ecosystems.
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The Bachelor’s in Embedded Systems & Internet of Things (IoT) at MUST University is a forward-looking, industry-driven three-year program designed to prepare future engineers capable of building smart, connected, and secure systems. Delivered entirely in English and inspired by the North American education model, it combines strong academic foundations with immersive, hands-on training. Students develop expertise in embedded programming, connected devices, communication networks, edge computing, and system security through real-world projects and labs. The program emphasizes practical experience, mentorship, international certifications, and industry exposure, enabling graduates to contribute effectively to modern industrial and IoT ecosystems.
Graduates of MUST’s Bachelor in IoT will be able to:
- Design, program, and optimize embedded and real-time systems
- Integrate sensors, microcontrollers, and connected devices
- Develop and deploy IoT architectures and communication solutions
- Implement cyber-physical systems and edge computing applications
- Apply embedded AI and TinyML for smart devices
- Ensure security, reliability, and performance of connected infrastructures
- Conduct system integration, testing, validation, and technical documentation
- Collaborate effectively in multidisciplinary engineering teams
- Continuously adapt to emerging technologies through certifications and lifelong learning
Embedded Systems & IoT engineering is among the fastest-growing technology domains worldwide. Global trends show increasing demand for professionals able to design, deploy, and maintain intelligent, connected systems.
Key market drivers:
- Industrial automation and transition to Industry 4.0
- Expansion of smart cities and intelligent infrastructures
- Rapid growth of connected healthcare, wearable devices, and robotics
- Integration of Artificial Intelligence into embedded and edge platforms
- Rising adoption of autonomous systems and industrial IoT solutions
The shortage of qualified engineers at the Bachelor level ensures strong employability, with opportunities across manufacturing, robotics, energy systems, transportation, telecommunications, healthcare technologies, smart infrastructure, and engineering consulting.
Career Paths Include
- Embedded Systems Engineer – Design and optimize embedded hardware/software solutions
- IoT Engineer / IoT Solutions Architect – Develop scalable connected systems and IoT platforms
- Robotics & Automation Engineer – Integrate automation, sensors, and industrial IoT devices
- Edge AI Engineer – Apply embedded AI and TinyML in real-world systems
- Technical Project Manager – Lead IoT and smart systems projects from design to deployment
| Course Code | Course Title | UE | ||
| MATH 111 | Math I | UEF 110 | ||
| PHYS 233 | Wave motion & quantum physics | UEF 120 | ||
| CSE 123 | Digital Logic Design | UEF 130 | ||
| CS 121 | Algorithms & Programming I | UEF 140 | ||
| FR 100 | French 1 | UET 111 | ||
| ISS 166 | Student integration seminar | UET 112 | ||
| CS 191 | Sustainability and Social responsibility in IT Systems | UET 113 |
| Course Code | Course Title | UE | ||
| MATH 112 | Math II | UEF 210 | ||
| PHYS 212 | Physics – Electricity and Magnetism | UEF 220 | ||
| CS 161 | Computer Architecture | UEF 231 | ||
| CS 211 | Data Communication | UEF 232 | ||
| CS 141 | Data structures and algorithms | UEF 240 | ||
| CS 203 | Introduction to Operating Systems | UEF 250 | ||
| ENG 101 | Academic English | UET 213 | ||
| FR 101 | Academic French (French 2) | UET 212 | ||
| COM 131 | Public Speaking Seminar | UET 211 |
| Course Code | Course Title | UE | ||
| MATH 270 | Probability & Statistics | UEF 310 | ||
| CS 311 | Intro to Computer networks (LANs) | UEF 320 | ||
| CS 321 | Software development methods | UEF 331 | ||
| CS 231 | Foundations of database systems | UEF 332 | ||
| CS 328 | Object-oriented programming | UEO 340 | ||
| CSE 261 | Programming with Arduino & Raspberry | UEO 310 | ||
| FR 121 | French Composition (French 3) | UET 312 | ||
| ENG 121 | English Composition | UET 313 |
| Course Code | Course Title | UE | ||
| CS 425 | Web & Mobile Development | UEF 410 | ||
| CSE 371 | Embedded system technologies | UEF 420 | ||
| CS 428 | Software Testing & Quality Assurance | UEF 430 | ||
| CSE 368 | Feedback Control Systems | UEO 410 | ||
| CSE 461 | Introduction to Robotics | UEO 420 | ||
| COM 225 | Business & Technical Communication | UET 412 | ||
| ISS 185 | Entrepreneurship I | UET 413 |
| Course Code | Course Title | UE | ||
| CS 481 | Introduction to AI (Machine Learning) | UEF 510 | ||
| CSE 473 | IoT Architecture & Security | UEF 520 | ||
| CSE 474 | Hardware-Software codesign | UEF 531 | ||
| CSE 475 | Networks for IoT systems | UEF 532 | ||
| CS 404 | Real-time Systems | UEF 540 | ||
| CSE 464 | Advanced Embedded Robotics | UEO 510 | ||
| MGMT 270 | Princ. of Management & Organizational Behaviour | UET 511 | ||
| ISS 285 | Leading digital transformation & change | UET 512 |
| Course Code | Course Title | UE | ||
| UEF610 | Capstone project & internship | UEF610 |
At MUST University, earning your Bachelor in IoT is only the beginning. Throughout their academic journey, students are actively encouraged and supported to obtain internationally recognized professional certifications that strengthen their technical expertise and global employability.
Each student is paired with a dedicated academic advisor and professional mentor who provides personalized guidance in:
- Selecting the most relevant certifications aligned with career goals
- Planning preparation timelines alongside academic coursework
- Tracking progress and building a competitive professional portfolio
Students also benefit from complimentary free & unlimited access to leading online learning platforms, enabling them to complete advanced courses, hands-on labs, and industry-aligned projects.
This ensures they graduate not only with a degree, but with validated, market-ready skills recognized worldwide.
Integrated certifications include:
Embedded Systems & Hardware Platforms
- ARM Embedded Systems Fundamentals
- STM32 Education Program
- Arduino Certification Program
- Microchip Embedded Systems Training
IoT & Networking
- Cisco Networking Academy – Introduction to IoT
- Cisco Networking Academy – Networks / CCNA
- Industrial Communication Training (Modbus, CAN, Industrial Ethernet)
Embedded AI & Edge Computing
- TinyML Fundamentals
- Edge AI Fundamentals
Software Quality & Project Management
- Scrum Fundamentals / Agile Basics
- Certification STQB
Students also gain exposure to FreeRTOS, Zephyr RTOS, IEC industrial norms, and secure IoT frameworks, preparing them for real industrial environments and professional integration.
Graduates of the Bachelor’s in IoT benefit from extensive academic mobility and international progression pathways.
MUST offers strong international exposure aligned with its global academic vision.
Students benefit from:
- Erasmus+ mobility programs in Europe
- Academic exchange opportunities
- Final-year projects with international partners
- Semester abroad possibilities (including partner universities in the USA and Europe)
- Pathways to continue studies abroad and earn an additional international degree
- Scholarship opportunities for top students
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