Lead Software Engineer - C, Unix

Stockport
2 weeks ago
Create job alert

Lead Software Engineer - C, Unix

Stockport - Hybrid

£70,000 - £85,000

Overview

We are hiring a Lead Software Engineer to join a specialist engineering team in Stockport. This is a premium role offering up to £85,000, with a strong benefits package, and the opportunity to lead a team of 3-4 engineers working on real-time, mission-critical systems.

The role focuses on C programming in a Unix/Linux environment, optimising software for high-performance industrial automation solutions. The ideal candidate will have experience in low-level systems development, multi-threading, and performance optimisation.

Key Responsibilities

Lead a team of 3-4 software engineers, providing technical guidance, mentorship, and code reviews.
Develop and maintain C-based software applications for Unix/Linux systems.
Work on real-time and high-performance software used in industrial automation.
Implement CI/CD pipelines, automated testing, and performance optimisation.
Collaborate with DevOps, infrastructure, and cloud teams to enhance software deployment.
Integrate software with databases (SQL, PostgreSQL, NoSQL) and industrial control systems.Essential Skills & Experience

Strong C programming experience in a Unix/Linux environment.
Experience leading or mentoring a team of 3-4 engineers.
Expertise in multi-threading, memory management, and performance tuning.
Proficiency with version control (Git, GitHub, GitLab).
Knowledge of scripting languages (Python, Bash) for automation.
Experience with CI/CD tools (Jenkins, GitLab CI, Azure DevOps).
Background in real-time systems, industrial automation, or embedded development.Desirable Skills

C++ experience for real-time or performance-critical applications.
Familiarity with networking protocols and low-level system programming.
Experience with Docker/Kubernetes for containerised applications.
Exposure to cloud environments (AWS, Azure).
Strong background in automated testing frameworks (Selenium, Robot Framework, PyTest, JUnit).
Knowledge of industrial automation (PLC, SCADA, IoT, Industry 4.0).Benefits

Hybrid working (2-3 days in Stockport office).
Private healthcare, pension (5-10% employer contribution).
Training & development budget for upskilling in automation, cloud, or DevOps.
Career progression opportunities within a global automation leader.

Lead Software Engineer - C, Unix - Stockport - Hybrid - £70,000 - £85,000

Related Jobs

View all jobs

Lead / Senior Software Engineer - ML/AI

Software Test Automation Architect - Embedded 4G / 5G

Powertrain Software Engineer

Research Software Engineer

Lead Electronics Engineer

Senior Software Engineer

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Robotics Jobs at Newly Funded UK Start-ups: Q3 2025 Investment Tracker

Robotics is swiftly transforming global industries—from manufacturing and agriculture to healthcare and logistics—by enhancing productivity, precision, and safety. In the United Kingdom, a long-standing engineering tradition, robust research ecosystem, and vibrant start-up culture have propelled robotics innovations to the forefront of tech development. This Q3 2025 Investment Tracker delves into newly funded robotics start-ups in the UK, spotlighting their missions, recent investments, and the roles they’re opening up for robotics professionals. We’ll also demonstrate how job seekers can leverage these developments to secure high-impact roles via RoboticsJobs.co.uk, a dedicated platform for robotics professionals. Whether you’re a mechanical engineer, a software developer, a control systems expert, or an operations manager with a passion for robotics, read on to uncover the latest trends and next-wave opportunities in the UK’s thriving robotics landscape.

Portfolio Projects That Get You Hired for Robotics Jobs (With Real GitHub Examples)

From autonomous drones to collaborative robots (cobots) in factories, robotics is revolutionising industries. Whether you’re a mechanical engineer, software developer, embedded systems specialist, or AI and computer vision expert, companies are eager for professionals who can demonstrate real-world robotics experience. A well‑curated robotics portfolio is your passport to stand out. In this guide, we’ll cover: Why a robotics portfolio is essential for job seekers. How to select and design robotics projects aligned with your target roles. Real GitHub examples that showcase best practices in robotics code, simulation, and hardware integration. Actionable project ideas you can start or expand on. Best practices for presenting your work so recruiters see your impact instantly. Finally, we’ll show how to connect your portfolio to real opportunities—starting with a tip to upload your CV on RoboticsJobs.co.uk, ensuring your new portfolio reaches employers on the lookout for robotics talent.

Robotics Job Interview Warm‑Up: 30 Real Coding & System‑Design Questions

Robotics is revolutionising industries—from manufacturing and healthcare to autonomous vehicles and service robots. With the rise of artificial intelligence, computer vision, and mechatronics, modern robots are becoming more capable, adaptive, and intelligent than ever before. If you’re seeking a robotics job, you’ll face a series of interviews that test your knowledge of embedded systems, control theory, software engineering, hardware integration, and more. In this article, we’ll examine 30 real coding & system-design questions often posed in robotics interviews. We’ll also discuss why targeted interview preparation is crucial for demonstrating both your technical and collaborative skills. And if you’re looking for new robotics roles in the UK, visit www.roboticsjobs.co.uk—a specialised resource for discovering cutting‑edge robotics vacancies, from start-ups developing warehouse automation solutions to large enterprises building autonomous delivery drones. Let’s start by exploring the unique demands of robotics interviews, and how you can showcase your ability to integrate hardware, software, and advanced algorithms to create robots that operate reliably in the real world.