LIAM HADI

Expert in Design, Generative Design Development, Analysis & Simulation, and Machining & Manufacturing process

Management Self-motivated and quality-driven mechanical engineer with 12+ years of hands on management experience conveying calculated mechanical design measures and mechanical systems engineering across various industries. Possesses unrivaled cost-saving initiatives and problem-solving skills. Highly proficient in 3D CAD, CAE, and CAM specialist focused on design reviews, software development, generative design, and analysis of complex projects with knowledge of machining and manufacturing processes. Robust capabilities in landscaping projects from start to finish to keep them under budget and on schedule with accountability. Generates quality results through offering a unique blend of technical insights and proficiencies with regulatory requirements analysis. A well-organized professional dedicated to influence goals and achieve sustainability through hard work in a fast-paced environment following industry standards.

MECHANICAL ENGINEER II | John Deere – Waterloo, IA Dec 2021 – Present

• Classify and examine new technologies and tools to implement automation and optimize internal processes, which reduced time required to complete tasks in a system level design by 30%.
• Lead manufacturing and tool development to improve safety and quality of perishable tooling, which increased tool life by 15%.
• Troubleshoot designs, GD&T, and machining programs in collaboration with maintenance, production, and engineering to determine root causes of machined parts; reduced scrap pats $/OH from $16.80 to $12.83.
• Execute plans to develop new processes and technologies to innovate and implement reduction, quality, and safety improvements processes; perform and coordinate research and implement new NC machining processes and perishable tooling improvements. ▪ Accomplish 100% auditing and updating archival application engineering and manufacturing documentation for products.
• Cooperate with maintenance teams to schedule maintenance, which reduced machine downtime and delinquent hours by 29%.
• Sustain and reinforce equipment, utilizing computer aided design/3D modeling software to ensure safety, reliability, and efficiency.
•  Generate adequate reports and documentation to provide technical advice and consistently analyze and interpret data.

MECHANICAL ENGINEER | Schlumberger Dayna Drill – Houston, TX Jan 2019 – Dec 2021

• Avoided breaking inserts with force simulation analysis and shape optimization skills, which increased tool life by 30%+; enhanced machining/drilling unit productivity through machining pre-preparing unit by 40%+.
• Implemented changes to increase efficiency in cooling production unit, decreasing production process time by 10%+.
• Interfaced with continuous improvement and product inspection teams to improve productivity and minimize waste while suggesting changing processes, adjusting machinery, or applying new fixtures.
• Supervised operators with new or existing methods to prevent mistake repetition, minimize waste, and reduce defective parts production by 25%; evaluated prototypes and manufactured products according to drilling specifications and quality standards.
• Prepared production requirements productivity reports and updated 100% of product engineering documents, designs, and drawings revisions based on improvement team and customer requirements.
• Liaised with software development suppliers, implemented test methods, and demonstrated designs to relevant clients/managers. 
• Blueprinted various mechanical designs to enhance drilling serviceability and showcase independent cost-saving initiatives.

MECHANICAL DESIGN ENGINEER | Maghsoud Porcelain – Mashhad, Iran Feb 2012 – Sep 2017

• Researched and considered customer feedback to optimize old designs/schematic capture and improve entire design process, which increased 80% customer satisfaction with new products.
• Implemented new technology (3D modeling technology) for conceptual and generative design to create sample models for customers' approval of new products and remove 100% of customer misinterpretations.
• Updated modeling method with design software, including Solidworks and machining with CNC machines and decreased scrap parts, which reduced design time by 60% and increased final production quality.
• Changed molds from resin to aluminum and applied lean manufacturing to enhance manufacturing quality, reliability, or cost-effectiveness in manual production lines, increasing productivity by 30%.
• Corrected parts tolerances and considered GD&T in old assembly drawings to reduce unexpected stops in the isostatic press production unit, which improved factory efficiency by 40%+.
• Prepared reports summarizing manufacturing performance for new manufacturing processes or engineering procedures.
• Reviewed product design to troubleshoot new/existing product problems involving design, materials, or manufacturing processes.

MECHANICAL DESIGN ENGINEER | Hamraz Company – Mashhad, Iran Jan 2011 – Feb 2012

• Designed new products and changed company strategy to save company during hard economic situations; increased company's income by 60% and productivity by 80%.
•  Conceptualized weekly designs and generated products using Solidworks and AutoCAD; collaborated with design and development teams to analyze data and situations, develop creative solutions, and solve issues.
• Developed 10 new products and performed prototype assembly and mechanical systems to provide printed circuit board (PCB) layout for manufacturing and direct contact with customers; conducted periodic product analysis and optimization as needed.
• Created detailed 2D or 3D designs layout for manufacturing drawings for each manufacturing unit based on final project for 8 designs and considering engineering unit industrial standards.
• Participated in quality assurance process to prepare and modify required drawings for quality control unit for each production stage and worked with product management team to ensure efficient processes and problem resolution.

VOLUNTEERISM
CAD Professor Assistant | Technical and Vocational Center – Mashhad, Iran

• Taught primary concepts of drafting, designing, and modeling industrial parts manually on paper (feasibility studies) and with design software such as Auto CAD and Solidworks. Developed industrial projects from sketch level to complex design step-by-step.

Bachelor of Engineering in Mechanical Engineering (Solid-Design) | AZAD University – Mashhad, Iran

• Professor in Extracurricular classes to solve important exercises for students and remove problems to comprehend Courses better.
• Helped students and university R&D projects in Design and Analysis fields.
• Professor of Industrial Design training workshops for intern students.