Execute and manage functional, regression, integration, and specialized performance tests.
Participate in requirement reviews to define test scenarios, identify edge cases, and ensure maximum test coverage.
Perform root cause analysis of failures and collaborate directly with development and product teams to resolve defects and ensure quality metrics are met.
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Oversee the deployment of codes into production environments and safeguard the integrity of production databases, ensuring adherence to established protocols. This includes monitoring data accuracy, validating changes, and enforcing best practices for secure deployments.
Provide first-level technical support to end-users, serving as the primary point of contact for application-related issues.
Participate in code reviews, debugging, performance tuning and other technical discussions, contributing to ongoing and upcoming projects and enhancements.
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Execution, testing & handover: oversee installation and commissioning, run FAT/ SAT, close punch lists, and hand over completed projects to operations.
Degree in Electrical Engineering, Mechatronic Engineering, Manufacturing Engineering or equivalent.
5+ years in Food/ FMCG manufacturing industry.
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The engineer has a basic technical orientation and acts in the role of the Cell Member.
He has an agile and digital mindset that he always adapts to the current requirements using the appropriate development options.
The engineer is used where his knowledge and experience is needed. It is therefore flexible in terms of use in different cells and chapters, even across cluster boundaries.
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Competitive compensation and equity opportunities.
A culture of learning, experimentation, and deep ownership.
Company Description Devol Robots is developing physics-aware embodied AI that serves as the action layer for the physical world, enabling robots to see, feel, and predict physical interactions in robotic manipulation. Its technology adapts to new scenarios in real time, interprets high-level objectives, and executes tasks with human-safe precision across diverse platforms, including robotic arms, bimanual, and humanoid systems. The company replaces rigid scripted automation with goal-driven autonomy that is scalable, reliable, and highly capable. Patent-backed and deployment-ready, Devol Robots focuses on turning intent into action in a wide range of environments and industries.
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Cross-Functional Leadership: Serve as the primary bridge between engineering, design, marketing, and sales, translating strategic goals into technical requirements.
Risk Mitigation & Quality Control: Proactively identify bottlenecks and risks to project schedules, managing scope creep effectively.
Launch Management: Oversee the full product introduction (NPI) process to ensure timely market entry.
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Deliver Technical Proof Points: Create and deliver technical proof points through technical accelerators to demonstrate the value of IBM products and solutions.
Collaborate with Clients: Work closely with clients to understand their needs, provide technical expertise, and drive adoption and expansion of IBM Automation products.
Technical Solution Design: Experience with designing viable client solutions by leveraging current product capabilities, including creating technical proof points through technical accelerators such as demonstrations, POTs, POCs, Workshops, Solution Design, and MVPs.
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Structural Integration: Review, interpret, and align control architectures with the physical/mechanical structural limits of the machinery (gondolas, automated parking grids, etc.) to eliminate structural or design conflicts.
Bid Consultancy: Partner with the internal Product and Tender Teams during the pre-proposal/bidding phase. Tag along to client presentations to advise on technical feasibility, setting the engineering direction on "what to do and what not to do."
Costing & Resource Alignment: Provide precise engineering design insights to prevent downstream scope creep and budget overruns.
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Ensure all engineering activities comply with ISO 9001 (Quality), ISO 45001 (Occupational Health & Safety), ISO 14001 (Environmental), as well as relevant statutory and regulatory requirements.
Identify technical risks, conduct troubleshooting and root cause analysis, and implement effective corrective and preventive actions.
Collaborate with internal teams, suppliers, subcontractors, and clients to ensure smooth execution of engineering projects.
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· Involve in control panel fabrication, electrical wiring from control panel to machine and field devices, installation, testing and commissioning, servicing, troubleshooting, and continuous improvement of systems.
· Prepare, review, interpret, or manage electrical drawings, technical documentation, software backups, and engineering records appropriate to assigned role and level.
· Ensure engineering activities comply with applicable ISO 9001 (Quality), ISO 45001 (Occupational Health & Safety), and ISO 14001 (Environmental) requirements, as well as statutory and regulatory obligations.
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· Involve in control panel fabrication, electrical wiring from control panel to machine and field devices, installation, testing and commissioning, servicing, troubleshooting, and continuous improvement of systems.
· Prepare, review, interpret, or manage electrical drawings, technical documentation, software backups, and engineering records appropriate to assigned role and level.
· Ensure engineering activities comply with applicable ISO 9001 (Quality), ISO 45001 (Occupational Health & Safety), and ISO 14001 (Environmental) requirements, as well as statutory and regulatory obligations.
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Proactively address operational challenges and propose new processes that may improve upon existing processes, by building PowerBI dashboards, automating processes and/or exploring AI solutions.
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Execute and manage functional, regression, integration, and specialized performance tests.
Participate in requirement reviews to define test scenarios, identify edge cases, and ensure maximum test coverage.
Perform root cause analysis of failures and collaborate directly with development and product teams to resolve defects and ensure quality metrics are met.
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Own the quality engineering framework, including automation tooling, test architecture, CI/CD integration, reporting, and quality gates.
Identify opportunities to leverage AI and intelligent tooling to optimise test coverage, improve root cause analysis, support risk-based testing, and reduce manual effort.
Drive release confidence through measurable quality indicators, including defect leakage, automation coverage, flaky test reduction, execution stability, and production incident trends.
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