Alexander Vorster Email and Phone Number

I am an experienced Quality Control Engineer specializing in the procurement and quality assurance of various tools and industrial equipment. My role covers all aspects of product acquisition, from supplier audits to final product approval. I manage the purchase of hand tools, gas heating systems, and high-performance inverter welding machines, ensuring they meet rigorous quality standards.A critical part of my responsibilities is conducting thorough audits of manufacturing facilities, ensuring suppliers follow strict quality control protocols. I also perform in-depth testing and analysis of products from both competitors and potential suppliers. This allows for informed decisions on product performance, quality, and pricing, ensuring we procure the best options available.Beyond technical assessments, I provide detailed pricing analysis to secure cost-effective solutions without compromising quality. I also address and resolve product-related issues found in the marketplace, helping to prevent future problems and improve customer satisfaction.I excel at preparing comprehensive reports and documentation, which support decision-makers in selecting the best products for procurement. By aligning product choices with company requirements and market needs, I ensure we source products that drive business success.I have expertise in the following product categories: Inverter equipment with IGBT transistors, including professional welding machines. Pump systems from vibration pumps to deep well submersible pumps. LED lighting solutions. Gas water heaters. Electric water heaters.With a strong technical foundation, analytical skills, and attention to detail, I am committed to improving product quality and functionality while maintaining cost-efficiency. My work directly contributes to the success of the company by ensuring we acquire high-performing, reliable products that meet market demands.

I worked as an Onboard Wiring and Electrical Systems Engineer in a design bureau for a civil coaxial helicopter. In this role, I was the lead engineer responsible for developing electrical schematics for key systems, including the engine, battery, and their control mechanisms. My primary duty was to ensure these systems operated efficiently and reliably, which was essential for the overall safety and performance of the helicopter.I collaborated closely with the 3D modeling department, integrating electrical systems into the helicopter's design. This teamwork ensured that the schematics aligned with the physical constraints and functional requirements of the aircraft. I also performed voltage drop calculations, ensuring the electrical circuits provided the correct voltage levels under different operating conditions. My analysis of electrical circuit requirements helped ensure that each system met necessary safety and performance standards.In addition to design, I worked on troubleshooting and optimizing electrical systems, ensuring they adhered to regulatory and safety guidelines. My involvement extended from design through testing and verification, contributing to the overall reliability of the helicopter's electrical infrastructure.This role strengthened my skills in electrical design, system integration, and technical problem-solving, helping me ensure that the helicopter's electrical systems met all technical specifications and safety regulations.

Teaching beginner level English to school students and adults without prior knowledge

I worked as an Engineer responsible for Onboard Indication, Alarm Systems, and Computing Machines for large transport aircraft at the Ilyushin Design Bureau. My primary duties included developing electrical schematics for key systems such as indications, alarms, and radio altimeters. These systems were vital for ensuring flight safety and operational reliability.I collaborated closely with the 3D modeling department to integrate the electrical systems seamlessly into the aircraft's structure. This required balancing the technical demands of the systems with the practical constraints of aircraft design. I was involved in the full design process, from concept development to final system integration.I contributed to several major aircraft projects, including the Il-76, Il-96, Il-114, and Il-112. Each aircraft posed unique challenges, from military transport requirements in the Il-76 to the complex instrumentation of commercial planes like the Il-96. This gave me broad experience in managing different system needs and enhancing their functionality.My work ensured that critical flight information was displayed accurately and consistently, and that pilots received reliable warnings when needed. The radio altimeters I developed provided precise altitude data, crucial for safe flight operations. I also focused on creating user-friendly interfaces and ensuring system resilience in demanding operational environments.This role enhanced my expertise in aviation electronics and system design, particularly in ensuring the reliability of onboard systems under stringent regulatory and safety standards.