IPM Software Engineer

At Bosch Rexroth, we are at the forefront of the industrial hydraulics industry, delivering precision-engineered solutions for our customers. Our team is driven by a commitment to quality, innovation, and customer success. We believe in empowering our people, fostering an environment where ownership and collaboration lead to exceptional results.

WE MOVE. YOU WIN.

Your Mission:
What You'll Achieve

As our IPM Software Engineer, you are a critical part of our technical operation. Your mission is to implement cutting‑edge software solutions that form the core of our intelligent electro‑hydraulic systems. You will translate complex customer requirements into robust, reliable, and efficient code, ensuring our products deliver benchmark performance and quality. You will be a key innovator, driving the advancement of our software capabilities to meet future challenges.

In this role, you will:

• Be the Software Architect: Take ownership of the full software development lifecycle, including architecture, development, testing, deployment, and long‑term maintenance.
• Master Complex Systems: Develop and integrate software for PLCs, HMIs, and embedded controllers.
• Champion Code Excellence and standardisation: Develop clean, modular, reusable, and well‑documented code aligned with company standards and industry best practice.
• Innovate and Solve: Apply modern control and automation techniques to complex engineering challenges.
• Ensure Flawless Integration: Work closely with mechanical, electrical, and controls engineers to deliver complete solutions.
• Drive Quality and Validation: Create and execute FAT and SAT procedures.

• Required
  
  Skills & Experience:
  
  
• A strong academic background with a Degree, HND, HNC, or significant experience in a relevant engineering discipline (e.g., Software Engineering, Controls, Mechatronics).
• Strong PLC programming and HMI designing experience in industrial environments.
• Hands‑on experience with CODESYS using IEC 61131‑3 coding standards.
• Experience with at least one or more high‑level or industrial programming language. (e.g. C/C++, Python, or IEC
  61131‑3 languages such as Structured Text).
• Knowledge of electro‑hydraulic control systems, their instrumentations and PID control.
• Experience with industrial communication protocols (e.g., CANbus, PROFINET, Ether
  
  CAT) and their implementation.
• Knowledge of relevant machinery and electrical safety standards (e.g., EN60204‑1, EN ISO 13849).
• Experience implementing or supporting safety‑related control software, with an understanding of relevant functional safety principles and standards, would be beneficial.
• Experience with control system simulation tools would be beneficial.
• Strong proficiency with an integrated ERP system like SAP and familiarity with CRM systems.
• Excellent problem‑solving skills and the ability to work effectively in a multi‑disciplinary team.

Core Responsibilities & Impact Areas:

1. Software Design & Development:

• Design, develop, and document software for machine control systems, including PLCs, HMIs, and other controller hardware.
• Read and interpret customer specifications to determine control system architecture and software requirements.
• Generate technical documentation, including Functional Design Specifications (FDS), to guide development and testing.
• Manage software version control and ensure all code is stored and maintained according to company procedures.

2. System Integration & Testing:

• Support the integration of software with hydraulic and electrical systems.
• Develop and execute Factory Acceptance Tests (FATs), and Site Acceptance Tests (SATs).
• Provide technical support during workshop testing, commissioning, and on‑site fault‑finding activities.
• Verify and validate the software's performance to ensure it meets customer requirements and engineering best practices.

3. Quality, Compliance & Continuous Improvement:

• Ensure all software solutions are compliant with the Machinery Directive and relevant safety standards.
• Identify opportunities for improvement and growth in software engineering processes and tools.
• Champion a culture where quality, reliability, and a "Design for Excellence" (DfE) approach are central to all…