Omar Sabah Al-Dahiree Email & Phone Number

Auckland, Nz

Timaru, Canterbury, New Zealand

* Lead design and assessment projects in compliance with AS/NZS standards for a range of industrial structures, including plant platforms, stairways, ladders, cranes, conveyors, and specialized lifting equipment (frames, beams, and spreaders).* Execute advanced parts design using 3D CAD modeling, finite element analysis (FEA), and tolerance analysis, delivering detailed 2D drawings for technical documentation and official release.* Drive conceptual development for manufacturing components, integrating 3D CAD modeling, 3D assembly simulations, and FEA analysis to validate design integrity, optimize functionality, and ensure regulatory compliance.* Provide consultative expertise in structural/ Mechanical design, supporting clients with engineering insights that guide safe, efficient, and cost-effective implementation of mechanical systems.

Auckland, New Zealand

* Designed pre-assembled balconies, screens, and structural elements in Autodesk Inventor with PLM system (Vault Basic/Professional), ensuring compliance with NZ Building Code Standards.* Developed 3D CAD models for accurate client visualization, aiding design approval.* Collaborated with cross-functional teams to create 3D CAD drawings and layouts, enabling clients to visualize their solutions.* Worked closely with the workshop to ensure smooth manufacturing processes, implementing necessary changes as needed.* Responsible for designing for manufacturing, ensuring that designs could be efficiently produced with minimal waste and errors.* Provided technical drawings for PS1 (Product Specification), shop drawings, fabrication, and installation steps.* Offered ongoing support during the installation phase, assisting in troubleshooting and ensuring that the installation adhered to the design specifications.* Created automated iLogic models for efficient reconfiguration, streamlining the design process.* Utilized design thinking for functional and aesthetic solutions, optimized for manufacturability.* Applied cost-effective bolt and joint connections meeting NZ industry standards.

New Zealand

biodesign lab - AUT• Working on a research project focused on the development of an autonomous underwater vehicle (AUV) for marine exploration, in collaboration with Navico, a marine technology company in New Zealand.• Utilized advanced sensors and communication networks in the AUV control system, allowing for real-time data collection and analysis during underwater exploration missions.• integrate advanced autopilot features into the AUV control system, including adaptive control algorithms and machine learning techniques.• Designed and implemented a novel control system architecture for the AUV that allowed for seamless integration with existing marine technology systems, enabling the vehicle to be used in a wide range of marine exploration applications.

Auckland, New Zealand

• Responsible for delivering engaging and informative lectures and tutorials to students in subjects such as introductory mathematics, strength of material, and Introduction to Engineering Design and CAD lab.• Committed to creating an engaging and stimulating learning environment for students and providing them with the necessary support to achieve their academic goals.

Malaysia

Collaboration Sime Darby Plantation with University Malaya Industry-driven Innovation Grant in the research project " Design and Development of Automated Tractor Grabber System for Palm Fresh Fruit Bunch Evacuation".• Create detailed 3D CAD models of the tractor and its components using 3D CAD software, Autodesk Inventor.• Conduct finite element analysis (FEA) simulations using software such as ANSYS or Abaqus to test the tractor's performance under different conditions.• Use simulation results to optimize the tractor's design by making modifications and optimizations such as changing materials or altering geometries.• Collaborate with other engineers and stakeholders, such as electrical engineers, software engineers, and project managers, to ensure the project is progressing smoothly and meeting overall goals.• Designed and developed a hydraulic tractor with an innovative and efficient design and conducted rigorous testing and validation to ensure reliability and safety.• Integrated the tractor with a grabber arm and camera vision system, developing an autonomous system for palm fresh fruit bunch evacuation.• Implemented cutting-edge technology and AI to enable the tractor and grabber arm to operate autonomously, resulting in an efficient and highly reliable system that met the project's goals.

Kuala Lumpur, Malaysia

Worked on the "Subject-adaptable Modular Exoskeleton for Elderly Worker Mobility Assistance" project. Collaborated with cross-functional teams to design, prototype, and test the exoskeleton's mechanical and electrical components, while also conducting research and analysis to support the project's objectives.• Designed and prototyped mechanical and electrical components for the exoskeleton.• Conducted 3D CAD modelling, biomechanical analysis, control system design, testing, and implementation to support project development.• Contributed to the development of a modular exoskeleton to assist elderly workers with mobility, gaining valuable experience in mechanical and electrical design, biomechanical analysis, and control system design.

Baghdad Governorate, Iraq

• Responsibility in the design and manufacturing process for steel structure bridges, ensuring that project plans and specifications were in compliance with industry standards and client requirements.• Collaborated with project managers and other stakeholders in the design and construction of steel structure bridges, ensuring compliance with industry standards and client requirements.• Conducted site visits and inspections to ensure that manufacturing processes were being executed according to design plans and specifications. • Utilized 3D modeling software (Autodesk Inventor) to create detailed drawings of steel structures, BOM's, and parts lists for use in the manufacturing process.

Iraq

Automation and Robotics: Developed automation solutions to improve manufacturing processes and reduce manual intervention.CAD Design: Created 2D and 3D models for equipment and machinery, supporting production and assembly.Machinery Design: Designed and oversaw the fabrication of factory machinery, ensuring compliance with specifications.Process Improvement: Analyzed and optimized production processes for efficiency and cost reduction.Project Coordination: Managed projects from concept to completion, ensuring timely delivery.Quality Control: Conducted testing and validation to maintain industry standards.Client Support: Provided technical support and collaborated with clients to meet specific requirements.

Baghdad,Iraq

Worked at Research and Industrial Development. • Designing and modeling the robot's mechanical and electrical components using CAD software such as Autodesk Inventor.• Designed, developed, and tested a mobile robot with an arm grabber, ensuring its performance, durability, safety, and functionality.• Developed control systems and programmed the robot to perform specific tasks, including object recognition, manipulation, and transport.• Collaborated with other engineers and researchers on the project, including software engineers, electrical engineers, and project managers, to ensure the project's success.• Continuously researching and staying up-to-date with the latest technologies and advancements in the field to improve the robot's design and functionality.

Baghdad, Iraq

Completed a summer training course in Air Conditioning and Refrigerating systems at the Ministry of Health in IraqGained hands-on experience in maintaining and troubleshooting AC and refrigeration systems in a hospital settingLearned about the proper installation, operation, and maintenance of AC and refrigeration equipmentDeveloped understanding of safety procedures and regulations related to AC and refrigeration systems in healthcare facilitiesAcquired skills in diagnosing and resolving problems with AC and refrigeration systems.

Doctor Of Philosophy - Phd, Mechanical Engineering

Activities and Societies: Committee Member in postgraduate club. committee member, IEEE um branch📚 Area of Research: Human Robot.

Master'S Degree, Applied Mechanics

Bachelor Of Engineering (Beng), Mechanical Engineering