Aerospace Software Engineering Degree Apprenticeship

Program Overview

The Aerospace Software Development Engineer Degree Apprenticeship is a four-year program blending technical education with practical on-the-job training. Through a balance of lectures, workshops, and industry involvement, students gain industry-specific knowledge and skills in software engineering for the aerospace sector. The program culminates in a final assessment evaluating students' readiness for careers as Aerospace Software Development Engineers. Graduates can pursue roles such as Software Engineer, Systems Engineer, and Embedded Systems Engineer in the aerospace industry.

Program Outline

Aerospace Software Engineering Degree Apprenticeship

Degree Overview:

The Aerospace Software Development Engineer Degree Apprenticeship is a four-year program that combines a technical element, BSc (Hons) Software Engineering, with practical on-the-job training. The program is designed to meet the needs of regional aerospace companies by providing students with industry knowledge and practical experience in software development. The program draws heavily on the expertise of the University of Derby's School of Engineering and its research.

Outline:

The program is delivered through a blended learning approach, combining on-campus lectures and workshops with off-the-job training provided by the employer. The 20% off-the-job training includes:

• Theory: Lectures, role-playing, simulation exercises, online learning, and manufacturer training.
• Learning Support: Time spent writing assessments and assignments.

Year 1:

• Programming
• Computational Mathematics
• Introduction to Embedded Systems
• Computer systems, data structures and data management
• Foundations of Embedded Networks, IIOT and Security
• Business Management and Regulations

Year 2:

• Programming language paradigms
• Software Engineering
• Testing, Validation and Integration
• NVQ
• Corporate Responsibility and Professional Development

Year 3:

• Work-based team project
• Model-Based Design
• Concurrency and communication
• Real-time Embedded Systems
• NVQ and Gateway Prep
• Defining a project linked to KSB and Gateway

Year 4:

• Data mining and foundations of AI
• Individual Project
• End Point Assessment Prep
• End Point Assessment

Assessment:

The program includes a combination of assessments, including:

• NVQ: National Vocational Qualification
• Gateway Prep: Preparation for the end-point assessment
• End Point Assessment: A final assessment that evaluates the student's knowledge, skills, and behaviors.

Teaching:

The program is delivered by experienced faculty members who have expertise in software engineering and the aerospace industry. The teaching methods include:

• Lectures: Provide theoretical knowledge and concepts.
• Workshops: Offer practical application of theoretical knowledge.
• Online Learning: Provides access to additional resources and materials.
• Industry Visits: Provide exposure to real-world applications of software engineering in the aerospace industry.

Careers:

Upon completion of the program, graduates will be qualified to work as Aerospace Software Development Engineers. Potential career paths include:

• Software Engineer
• Systems Engineer
• Embedded Systems Engineer
• Aerospace Software Developer

Other:

The program is designed to provide students with the skills and knowledge necessary to succeed in the aerospace software engineering industry. The program is also designed to be flexible and adaptable to the needs of individual students and employers.

Note:

The program is subject to validation and the course dates may change.