Tamer Ameen

Supervising and managing of Revers engineering, machine design, and manufacturing team.  Support the top management according to of departmental policy and according to current project Control process.  Monitor the projects life cycle, and follow-up to achieve the roadmap.

Develop a prototype of a high dynamic gantry robot for the automated loading and unloading of crystal processing machines in a production cell. The most critical criterion is the cycle time of handling process; it is twenty-four (24) seconds.  Develop a prototype of a robot for the automated loading and unloading of crystal processing machines, the robot is serving four processing machines in a production cell. The most critical criterion is the cycle time of the handling process; it was thirty (30) seconds.  Develop a prototype for new automated grinding and polishing crystal production line.  Develop over 60 mechanical solutions solving many problems in production lines.  Preparing and instructing training programs for junior process and Design Engineers for the new product development techniques  Contributing in improving the project management work, where I submitted ideas for demonstrating the ability to solve technical issues using creativity techniques to perform them such as PDCA method, Brainstorming, six sigma and other techniques.  Contributing in setting the, policies , goals and work procedures (SOP) for TQM

Contributing in setting of plan for machinery testing, analysis and monitoring by using vibration techniques.  Apply the Vibration monitoring system for machinery predictive maintenance.  Design of two stage conveyor belts for the coil punching line.  Design of three versions of coil cars for Cut to Length line, a new Cold Rolling Mill line and the Continuous Annealing line.  Design of an electrical double girder bridge crane 32 Tons and managing the manufacturing plan.  Design of a Hydraulic double girder bridge crane 32 Ton.  Design and execute of a high speed expanded sheet metal punching machine.  Design of a crane control cabinet for heavy capacity overhead cranes.  Design of some of material handling equipment’s: o Transfer cars 30 ton capacity: diesel and electrical models, o Coil lifters (C-Hooks) o Two stage coil car for continuous coil galvanizing line. o Telescopic Snubber-Roll (hold down roll) for continuous annealing line. o Flush mounted floor scales 40 ton.

Prepare all maintenance procedures for ISO 9001 certificate.  Improve machines maintenance procedures to decreasing the down time by 60% than the previous year.  Save more than 500,000$ from the annual maintenance department costs per year.