Courses under the Minor Degree

• Programming ARM : The bare metal way (TTA0) 3-credits ,98 hours
• Foundations of Time-Triggered architectures (TTA1) 4-credits ,112 hours
• Advanced Time-Triggered Systems Design (TTA2) 3-credits ,112 hours
• Engineering Reliable Time-Triggered Systems       (TTA3) 4-credits ,112 hours

 Program Outcomes (POs)

In-depth Understanding of Time-Triggered Systems

Students will acquire a solid understanding of the principles, concepts, and architectures behind time-triggered systems. They will be able to design, analyse, and implement systems that require precise timing and synchronization for mission-critical applications.

Proficiency in Real-Time Embedded System Design

Graduates will be proficient in designing real-time embedded systems using time-triggered methodologies. They will understand how to integrate hardware and software components to build systems that meet strict timing constraints and real-time operational requirements.

Application of Functional Safety Standards

Students will be equipped with the skills to apply international functional safety standards (ISO 26262, DO-178C, IEC 61508, MISRA C) in the design and development of embedded systems. They will be capable of ensuring the safety, reliability, and certification of systems used in automotive, aerospace, industrial, and other safety-critical industries.

Practical Experience with Industry-Standard Tools

The program will provide hands-on experience with industry-standard development tools such as the Keil uVision toolset and other ARM-based embedded development platforms. Students will be able to develop, test, and debug time-triggered embedded systems effectively in a real-world environment.

Advanced Problem-Solving in Mission-Critical Applications

Graduates will possess advanced problem-solving skills necessary to tackle complex challenges in the design, development, and deployment of mission-critical systems. They will be capable of analysing and optimizing system architectures to meet strict performance and safety requirements.

Ability to Design for Safety-Critical Systems

Students will be able to design and implement embedded systems specifically intended for safety-critical applications, such as automotive, aerospace, and medical devices. They will understand how to balance system performance with safety and regulatory compliance.

Knowledge of Real-Time Communication constraints

Graduates will gain expertise in real-time communication and synchronization techniques, ensuring efficient data transfer and system coordination in time-critical environments.

 International Certification Preparation

Students will be prepared to take the SafeTTy Certified certification exams, earning Level-0 and Level-1 SafeTTy Certified badges. They will understand the certification process for functional safety and real-time systems, and be able to lead or contribute to certification efforts for industry-grade systems.

Integration of Time-Triggered Architectures with Software Development

Graduates will be skilled in integrating time-triggered architectures with embedded software development. They will be able to design software that supports precise timing and deterministic behaviour while ensuring scalability maintainability and reliability.

Communication and Teamwork in Multidisciplinary Environments

Students will develop strong communication and teamwork skills, enabling them to work effectively in multidisciplinary teams that include hardware engineers, software developers, safety experts, and regulatory bodies. They will be able to present complex technical ideas clearly and collaborate on system design, analysis, and testing.

Ethical and Professional Responsibility

Graduates will understand the ethical responsibilities involved in designing safety-critical systems, including considerations for system integrity, user safety, and compliance with regulatory standards. They will demonstrate professionalism in the development and deployment of embedded systems, adhering to industry best practices and ethical guidelines.

Career Readiness for Global Opportunities

The program will prepare students to pursue global career opportunities in industries that rely on safety-critical embedded systems. Graduates will be equipped with the technical expertise and international certifications to succeed in industries such as automotive, aerospace, industrial automation, and medical technology.