Electronic Software Engineer

JR United Kingdom; Dundee; On-site; GBP 40,000 - 80,000; Full time

Job summary

An established industry player is seeking a skilled software developer with extensive experience in C/C++. This role involves developing and maintaining innovative software solutions, particularly focusing on Windows Win32 programming and USB HID devices. The ideal candidate will have a solid understanding of payment card schemes and be adept in software design methodologies. Join a dynamic team where your contributions will directly impact cutting-edge projects in a collaborative environment. If you're passionate about technology and eager to take on new challenges, this opportunity is perfect for you.

Qualifications

• 5+ years of experience in software development using C/C++.
• Proficient in Windows Win32 programming and USB HID devices.

Responsibilities

• Develop and maintain software solutions in C/C++.
• Document functional and unit test specifications.

Skills

C/C++ Software Development

Windows Win32 Programming

USB HID Devices

Payment Card Schemes

Software Design Methodologies

Software Configuration Management

Documentation Skills

Job description

The job description provided is quite fragmented and lacks structure. To improve clarity and engagement, it should be organized into sections such as Requirements, Responsibilities, and Preferred Skills. Additionally, some content is repetitive and can be consolidated. Here's a refined version:

Job Requirements

• More than 5 years of experience developing software in C/C++
• Proficiency in Windows Win32 programming
• Knowledge of working with USB HID devices
• Understanding of Payment Card Schemes, EMV, Contactless, and NFC technologies
• Experience with software design and development methodologies
• Familiarity with software configuration management
• Ability to report status and track progress to meet schedules
• Experience in documenting functional and unit test specifications

Preferred Skills (Optional)

• Knowledge of symmetric and asymmetric cryptographic frameworks