alfanar Precast is hiring a skilled Mechatronics & Automation Engineer to join its engineering and research and development (R&D) team in Saudi Arabia. This opportunity is suitable for engineering professionals with 2 to 5 years of experience in mechatronics, industrial automation, robotics, and automated systems.
The selected candidate will be responsible for designing, developing, integrating, testing, and commissioning advanced mechatronic and robotic systems, including automation solutions for the construction and precast concrete industries.
The role involves working across mechanical engineering, electrical systems, electronics, embedded programming, robotics, PLC controls, and software integration. The successful candidate will contribute to innovative engineering projects while ensuring system performance, reliability, safety, quality, and cost efficiency.
Key Responsibilities
1. Mechatronic System Design and Integration
Translate operational and project requirements into technical specifications and system architecture.
Design and integrate mechanical, electrical, electronic, embedded, control, and software systems.
Conduct engineering calculations, technical feasibility studies, and design reviews.
Evaluate system performance, reliability, safety, and manufacturing requirements.
Optimize automated systems to improve productivity, operational efficiency, and cost effectiveness.
Identify technical risks and recommend appropriate engineering solutions.
2. Mechanical Engineering and CAD Design
Develop mechanical concepts, mechanisms, assemblies, and structural interfaces for automated equipment.
Prepare 3D models, 2D engineering drawings, and manufacturing documentation.
Create and maintain Bills of Materials (BOMs).
Evaluate mechanical strength, alignment, vibration, installation, and maintenance requirements.
Coordinate with fabrication, production, and assembly teams to ensure accurate implementation of mechanical designs.
3. Electrical Engineering and PLC Control Systems
Develop electrical schematics, wiring diagrams, control-panel layouts, and system interface designs.
Perform electrical load calculations and select appropriate electrical components and protection devices.
Develop, configure, and troubleshoot Programmable Logic Controller (PLC) programs.
Design automated control sequences, system interlocks, and alarm functions.
Ensure electrical systems comply with relevant safety and engineering standards.
Support electrical installation, testing, and commissioning activities.
4. Robotics and Embedded Systems Development
Program, configure, and integrate industrial robots and collaborative robotic systems.
Develop robotic motion paths and coordinated control sequences.
Integrate sensors and feedback systems to support automated operations.
Develop and troubleshoot embedded firmware and electronic hardware interfaces.
Support PCB integration, electronic circuit development, and real-time control applications.
Improve robotic system accuracy, performance, and operational reliability.
5. Sensor, Software and Automation Integration
Select, configure, and calibrate sensors, instrumentation, and feedback devices.
Integrate Human-Machine Interface (HMI) and Graphical User Interface (GUI) applications.
Develop and integrate APIs, data logging, diagnostics, and automated control functions.
Establish communication between hardware, software, and industrial control systems.
Troubleshoot system communication, software, and hardware integration issues.
Support the development of intelligent and automated manufacturing solutions.
6. Supplier and Technical Coordination
Prepare technical specifications for automation equipment, components, and engineering systems.
Evaluate suppliers, technical proposals, quotations, and equipment specifications.
Assess component compatibility, performance, cost, and regulatory compliance.
Coordinate with procurement teams and suppliers to resolve technical issues.
Recommend suitable components and technologies based on project requirements.
7. Testing, Validation and Commissioning
Assemble, configure, test, and commission prototypes and automated engineering systems.
Develop and execute testing procedures to verify system functionality and performance.
Validate system accuracy, reliability, safety, and operational efficiency.
Investigate technical failures and perform root-cause analysis.
Implement corrective and preventive actions to improve system performance.
Support factory acceptance testing, site acceptance testing, and final system handover where required.
8. Technical Documentation and Project Delivery
Prepare and maintain engineering drawings, technical specifications, calculations, and BOMs.
Maintain testing records, commissioning reports, and engineering documentation.
Develop operating instructions and equipment maintenance procedures.
Track engineering deliverables and manage technical changes.
Coordinate with manufacturing and project teams to support production deployment.
Ensure engineering activities are completed within approved schedules, budgets, and quality requirements.
General Responsibilities
Professional Development
Continuously improve technical knowledge and engineering competencies.
Participate in technical training, engineering reviews, and knowledge-sharing activities.
Stay updated on developments in robotics, industrial automation, and mechatronic technologies.
Project Delivery and Resource Management
Complete assigned engineering activities within agreed timelines and budgets.
Utilize available resources efficiently.
Monitor project progress and report delays, deviations, and technical requirements.
Problem-Solving and Accountability
Take responsibility for assigned engineering tasks and deliverables.
Identify technical challenges and develop practical solutions.
Escalate issues that may affect project safety, quality, cost, or delivery.
Quality and Continuous Improvement
Follow approved engineering specifications, procedures, and quality standards.
Identify opportunities to improve automation processes and reduce operational inefficiencies.
Support continuous improvement initiatives across engineering and manufacturing operations.
Health, Safety and Environment (HSE)
Follow applicable health, safety, and environmental requirements during design, assembly, testing, and commissioning.
Identify workplace hazards and implement safe working practices.
Maintain a safe and organized engineering and testing environment.
Eligibility Criteria
Academic Qualification
– Bachelor’s degree in Automation Engineering or a relevant engineering discipline.
Work Experience
– 2 to 5 years of relevant professional experience in:
Mechatronics Engineering
Industrial Automation
Robotics Engineering
Control Systems
Research and Development (R&D)
Automated Manufacturing Systems
Technical Skills and Competencies
Candidates should have knowledge and practical experience in the following areas:
Mechatronics System Design and Integration
Industrial Automation and Process Control
Mechanical Design and CAD Modeling
3D Modeling and 2D Engineering Drawings
Electrical Schematics and Control Panel Design
PLC Programming and Troubleshooting
Robotics Programming and Integration
Embedded Systems and Firmware Development
Sensors and Instrumentation
Industrial Communication Protocols
Hardware and Software Integration
HMI and GUI Applications
Electronic Circuit and PCB Development
Engineering Calculations and Component Selection
Prototyping and System Validation
Testing and Commissioning
Technical Documentation and BOM Preparation
Root-Cause Analysis and Problem-Solving
Preferred Additional Skills
Candidates with experience in the following technologies and engineering areas may have an advantage:
Industrial and Collaborative Robotics
Robotic Motion Planning and Simulation
Mobile Robotics
Machine Vision Systems
Sensor-Based Positioning and Calibration
Real-Time Embedded Control
Automated Manufacturing and Production Systems
HMI/GUI Development and API Integration
Automated Process Monitoring and Optimization
Ideal Candidate Profile
The ideal candidate should have strong technical knowledge of mechatronics and automation engineering, along with the ability to work across multiple engineering disciplines. Candidates should demonstrate practical problem-solving abilities, system integration experience, and an understanding of industrial automation technologies.
The position requires effective coordination with engineering, production, procurement, quality, and project management teams to develop reliable and cost-effective automation solutions.
Job Details
| Category | Details |
|---|---|
| Company | alfanar Precast |
| Job Title | Mechatronics & Automation Engineer |
| Location | Saudi Arabia (KSA) |
| Experience | 2–5 Years |
| Qualification | Bachelor’s Degree |
| Job Category | Engineering / Automation |
| Specialization | Mechatronics, Robotics & Industrial Automation |