In my role as Director of Structural and Mechanism Design and Manufacturing at PAHS Co., I spearheaded the complete design and manufacturing of an electric Vertical Take-Off and Landing (e-VTOL) aircraft. This involved leading and overseeing a team to develop and integrate all non-electrical hardware components, including optimizing the composite structure for weight and strength, designing and building metallic mechanisms with specific materials, and managing all project aspects like… Show more In my role as Director of Structural and Mechanism Design and Manufacturing at PAHS Co., I spearheaded the complete design and manufacturing of an electric Vertical Take-Off and Landing (e-VTOL) aircraft. This involved leading and overseeing a team to develop and integrate all non-electrical hardware components, including optimizing the composite structure for weight and strength, designing and building metallic mechanisms with specific materials, and managing all project aspects like resources, timelines, and budgets. I also focused on material selection, quality assurance, fostering collaboration between teams, and driving innovation to overcome technical hurdles, utilizing my expertise to ensure the project's success. Show less

At PAHS Co.'s Manufacturing Organization, I lead aircraft part manufacturing and assembly, prioritizing quality and efficiency. My focus includes: supervising metal and composite part production, ensuring adherence to specs; creating clear technical documents for manufacturing; managing external contractors for specific tasks; collaborating with design to optimize production based on manufacturability; and overseeing certification processes for regulatory compliance.

At Atlas Compressor Middle East, I led commercial and technical teams specializing in Atlas Copco compressors. I managed part selection, designed compressors, built supplier partnerships, and developed sales strategies to grow the business and market share. I oversaw technical operations to ensure quality, built strong client relationships, and championed innovation to improve efficiency. As a team leader, I fostered collaboration to achieve both commercial and technical goals.

From June 2013 to November 2019, I served as the Director of the Design Organization at Industries Research & Development Complex, under the IR Government. During this time, I led and contributed to numerous innovative projects, pushing the boundaries of engineering and design.🔧 Key Projects and Achievements:Design, Reverse Engineering, and Manufacturing of Fixed and Rotating Industrial Parts: Led projects involving intricate design and engineering processes for high-quality… Show more From June 2013 to November 2019, I served as the Director of the Design Organization at Industries Research & Development Complex, under the IR Government. During this time, I led and contributed to numerous innovative projects, pushing the boundaries of engineering and design.🔧 Key Projects and Achievements:Design, Reverse Engineering, and Manufacturing of Fixed and Rotating Industrial Parts: Led projects involving intricate design and engineering processes for high-quality industrial components.Mechatronic Equipment and Tools: Developed advanced mechatronic systems and tools, enhancing efficiency and precision.Precision Instruments: Oversaw the creation of precision and semi-precision instruments, ensuring meticulous detail and functionality.Design Processes for Industrial Equipment: Developed comprehensive design procedures to streamline and standardize industrial equipment creation.Technology Cards: Compiled detailed technology cards, providing essential information for the production and maintenance of industrial components.Optimization: Implemented strategies to improve the performance and longevity of industrial equipment.Mechanical Analysis: Conducted extensive static, dynamic, and thermal analyses on industrial parts and equipment to ensure reliability and safety.Technical Research Highlights:Optical Table for Solar Sensor Lab: Developed an optical table to support advanced solar sensor testing and research.Missile Air Intake Design: Led the comprehensive design and validation process for a critical missile component, ensuring effectiveness and reliability.UAV Wind Tunnel Model: Managed the creation and testing of a wind tunnel model, contributing to UAV aerodynamic research.Satellite Attitude Determination System Simulator: Engineered key mechanical elements for a satellite simulation system, enhancing its accuracy.Rasad 2 Satellite Model: Guided the design and construction of a layout model, ensuring adherence to conceptual specifications. Show less

From December 2007 to June 2013, I had the honor of serving as the R&D Project Manager at Industries Research and Development Complex under the IR Government. During this time, I led several pioneering projects, pushing the boundaries of innovation and excellence.🔧 Key Projects and Achievements:Mechatronic Systems: Designed, reverse-engineered, and manufactured advanced mechatronic tools.Precision Instruments: Developed both precise and semi-precise instruments for enhanced… Show more From December 2007 to June 2013, I had the honor of serving as the R&D Project Manager at Industries Research and Development Complex under the IR Government. During this time, I led several pioneering projects, pushing the boundaries of innovation and excellence.🔧 Key Projects and Achievements:Mechatronic Systems: Designed, reverse-engineered, and manufactured advanced mechatronic tools.Precision Instruments: Developed both precise and semi-precise instruments for enhanced performance.Industrial Equipment Design: Created detailed design processes for fixed and rotating equipment.Technology Cards: Developed comprehensive technology cards to guide production and maintenance.Optimization: Improved the performance and durability of industrial equipment.Mechanical Analysis: Conducted static, dynamic, and thermal analyses on various industrial components.🔍 Technical Research Highlights:Ground Sensor Simulation: Integrated satellite data to simulate ground sensors.Inertia Measurement Device: Designed components for a low-capacity inertia measurement device.Reaction Wheel Equipment: Developed parts for satellite reaction wheels.Magnetic Actuator Equipment: Engineered components for satellite magnetic actuators.Solar Sensors: Created components for non-precise and multi-axis solar sensors.Missile Mechanism: Designed and tested the ground stand mechanism for missiles.Magnetic Torque Actuator Holder: Developed and tested a holder and stand for magnetic torque actuators.Missile Structure: Detailed the design for missile structures.Satellite Control System: Designed and tested the satellite attitude determination and control subsystem.3D Satellite Simulator: Delivered a table for satellite dynamics and control simulation. Show less

From September 2005 to December 2007, I served as the Head of the Wind Tunnel Department at the Industries Research and Development Complex under the IR Government. During this period, I led numerous critical projects, significantly advancing the field of aerodynamics and experimental research.🔧 Key Projects and Achievements:Proposal and Technical Documentation: Successfully prepared comprehensive feasibility studies, proposals, and technical requests, ensuring clarity and… Show more From September 2005 to December 2007, I served as the Head of the Wind Tunnel Department at the Industries Research and Development Complex under the IR Government. During this period, I led numerous critical projects, significantly advancing the field of aerodynamics and experimental research.🔧 Key Projects and Achievements:Proposal and Technical Documentation: Successfully prepared comprehensive feasibility studies, proposals, and technical requests, ensuring clarity and precision.Execution Plans: Developed and managed detailed administrative and execution plans for wind tunnel operations, ensuring seamless project progression.Documentation: Conducted thorough documentation and preparation of technical records, establishing a reliable repository of project information.🔍 Technical Research Highlights:Aircraft Wing Model TestingLAND YACHT Testing: Directed wind tunnel tests on the LAND YACHT model, providing critical insights for design optimization and performance enhancement.UAV Model Testing: Conducted extensive wind tunnel tests on UAV models, evaluating aerodynamic properties and stability to inform design improvements.Aircraft Model Testing: Managed wind tunnel tests on the aircraft model, assessing flight dynamics and contributing to significant advancements in aircraft design.Stand Implementation: Successfully implemented advanced testing stands, including three-component, six-component, plunging, and dynamic stands, greatly enhancing our testing capabilities.Wind Tunnel Overhaul: Led periodic overhauls of the wind tunnel, maintaining optimal performance and ensuring high accuracy in test results.These experiences have been pivotal in honing my skills in aerodynamics, project management, and technical documentation. The projects I've led and contributed to have not only advanced my expertise but also driven significant innovations within the department. Show less

From May 2003 to September 2005, I served as the Chief Designer of the Aerodynamic Model Design Department at Industries Research and Development Complex under the IR Government. During this period, I led several significant projects that contributed to advancements in aerodynamic model design and testing.Key Projects and Achievements:Shafaq Aircraft Wing Model: Designed the aerodynamic model for the Shafaq aircraft wing, enhancing the aircraft's aerodynamic efficiency and… Show more From May 2003 to September 2005, I served as the Chief Designer of the Aerodynamic Model Design Department at Industries Research and Development Complex under the IR Government. During this period, I led several significant projects that contributed to advancements in aerodynamic model design and testing.Key Projects and Achievements:Shafaq Aircraft Wing Model: Designed the aerodynamic model for the Shafaq aircraft wing, enhancing the aircraft's aerodynamic efficiency and performance.MX UAV Wind Tunnel Model: Led the design and supervised the construction of the wind tunnel model for the MX UAV, providing critical data for its aerodynamic assessment and improvement.Iran 140 Aircraft Wing Model: Designed the wing model for the Iran 140 aircraft, contributing to the refinement of its aerodynamic characteristics.Shahed Helicopter Wind Tunnel Model: Developed the wind tunnel model for the Shahed helicopter, facilitating the analysis and optimization of its aerodynamic properties.Toofan UAV Wind Tunnel Model: Designed the wind tunnel model for the Toofan UAV, aiding in the evaluation and enhancement of its flight dynamics and stability.Jet Engine Test Stand: Designed a test stand for jet engines with thrust capacities up to 500 kilograms, both static and dynamic, ensuring comprehensive testing capabilities for engine performance and reliability.Center of Gravity Determination Stand: Designed and oversaw the construction of the mechanical components of a stand for determining the center of gravity, ensuring precise and accurate measurements for various aerospace models.These projects have honed my skills in aerodynamic model design, project management, and technical supervision. The experience gained during this period has equipped me with a deep understanding of aerodynamic principles and the ability to lead complex design projects from conception to execution. Show less