Gusein Guseinov

• Checking the specifications of proposed projects and tenders.
• Summarizing specifications and comparing project requirements with company capabilities.
• Managed communication between Purchase and Logistics, Automation Systems, Software Control, and Power Systems departments.
• Checking the properties of the materials specified in the specifications of tenders.
• Find the material brand that is most compatible with the features specified in the specification and has the highest price-performance ratio.
• Continuous monitoring of project schedule compliance, budget compliance, safety performance, reliability and availability on all completed and ongoing works.

• Applying Hydrogen PEM Fuel Cell on cars and designing energy systems.
• Working experience with Ballard and Horizon brand fuel cells, also cooperation with ZBT Ltd., Germany's hydrogen and fuel cell center, in the production of a special fuel cell.
• Installation of electrical connection between Fuel Cell and Electric Hub Motor.
• Background about battery management systems, motor driver circuits, and energy management systems.
• Implementation of automotive composites and making vehicles lighter, safer, and more efficient.
• Using Carbon Fibers, chemical resins, and core materials in the production of vehicles.
• Design and production of the safety system of the driver, steering system, door lock system, and braking system.
• Controlling the auto wiper, headlight, klaxon, and brake signal with an accessory circuit.
• Strong working abilities such as soldering, welding, cutting, and emery with different types of materials.

• Project Budget: 565.733.06 TL (70.000USD)
• Role in Project: Manager
• BAP Project Number: 21Y0430001
• Project name: Hydrogen Fuel Cell and Lithium-ion (Li-ion) Battery-Driven Hybrid Car Design and Production (TURAZ-U1)
• Following the works of the electronic team, the software team, the mechanical team, the energy team, and the composite material team.
• Inspection of their outcomes and their compliance with the specifications.
• Main works of the project: Hydrogen Fuel Cell, motor controller circuit, battery management system, energy management system, microcontroller programming, telemetry circuit, the mechanical design of the car, mechanical analysis of the materials, and safety control of all parts.
• Applied robust project management tools and techniques to ensure the project's success, from the beginning through planning, execution, monitoring, and closure.

Project name: Autonomous Armored Vehicle

Project Description: The project aimed to design a tracked vehicle that can travel to a specified point autonomously or under human control, and eliminate the threat elements that may occur in the external environment.

Using of 3D Printer, Power Management System, Battery Management System, Electrical Montage, Safety and Durability Inspection