As the master distributor of Honeywell and an approved partner of Siemens, we offer a comprehensive portfolio of Honeywell Automation and Siemens SI products.

Key Achievements:• Designing and calculating a new rake machine• Designing and calculating a new eccentric plough• Conducting engineering calculations (tolerance, size, force, etc.) and designing parts required in the manufacturing of agricultural machinery• Choosing materials for the designed parts based on the calculation of applied forces• Checking integrality of designs and calculation of parts for their manufacturing based on international standards• Supervising process of mechanical parts production and their conformity with safety requirements• Checking performance of manufactured parts in real terms• Preparing and setting a compiled plan based on the calendar for calibration of all machinery on the due date according to the standards specified by the supervisory authorities• Making effective changes in the production process for the reduction of wastes• Updating the layout of the machinery of the shop floor, in line with increasing production and changing production procedure in order to increase productivity and to decrease costs• Checking and studying the performance of manpower, groups and liable teams in any part of the production line

Key Achievements:• Design, follow-up of manufacture and calibration of gauge, control fixture and required test devices of QC Engineering Department• Calculation and design of fixtures for:o Pride HVAC Motor’s shello Pride HVAC Motor’s shafto Controlling rail of Peugeot 206 and Peugeot 405o Etc.• Calculation and design of control gauges for various semi-finished parts to check their geometrical tolerances.• Conducting necessary tests to check vibration of products using modal analysis• Making changes in the design of products in accordance with the results obtained from tests• Preparation of SQA documents consisting of OPC, control program, FMEA, product specification, manufacturing process specification, matrix, list of controlling equipment• Design of necessary engineering procedures and taking necessary actions concerning the preparation of rework instructions and final inspection of products• Holding Brainstorming meetings to check and to take effective corrective actions in relation with problems observed in the production line• Control of measurement tools in terms of calibration label and control of their health and to ensure calibration of measurement tools• Design of unit standard in tools and consumable raw materials in the entire production process• Receiving and analyzing reports concerning products quality and making changes in the design and process of production following the reports mentioned• Checking the performance of existing equipment in terms of their conformity with the production of new products and predicting necessary equipment in the future• Checking reports presented concerning production procedure and design of complementary procedures or replacing to increase production procedure efficiency• Being committed to fulfilling the comprehensive quality according to quality policy and maintain the concept of quality assurance based on national and international standards in performing all the assigned tasks

Key Achievements:• Designing and calculating a new rake machine• Designing and calculating a new eccentric plough• Conducting engineering calculations (tolerance, size, force, etc.) and designing parts required in the manufacturing of agricultural machinery• Choosing materials for the designed parts based on the calculation of applied forces• Checking integrality of designs and calculation of parts for their manufacturing based on international standards• Supervising process of mechanical parts production and their conformity with safety requirements• Checking performance of manufactured parts in real terms• Preparing and setting a compiled plan based on the calendar for calibration of all machinery on the due date according to the standards specified by the supervisory authorities• Making effective changes in the production process for the reduction of wastes• Updating the layout of the machinery of the shop floor, in line with increasing production and changing production procedure in order to increase productivity and to decrease costs• Checking and studying the performance of manpower, groups and liable teams in any part of the production line

Key Achievements:• Calculation and design of Halva molding machinery and a cooling system for the final product in accordance with ISO and DIN standards• Design and selection of appropriate materials for production of machinery according to national standards ISIRI 3515 and 3766 for the food industry• Learning to cooperate and teamwork in an industrial environment• Creating a machinery maintenance plan based on monthly performance and depreciation in accordance with national standards• Studying, analyzing and calculating production structure and calculating speed and time based on the theory of time and motion• Supervising arrangements of various production line sections in order to facilitate the work and optimal efficiency of workers• Allocating equipment to various sections of production line considering the requirements of each section• Using SolidWorks software to draw designed machinery