Tabish Irfan

As a Sales Executive at Maximus Engineering Pvt. Ltd., I am responsible for managing end to end sales operations with a strong focus on government and federal sector engagements. My role bridges sales strategy, supplier coordination, and quality assurance to ensure reliable delivery and long term partnerships. Key Responsibilities: - Managing federal bidding processes, including tender evaluation, documentation, and compliance - Handling supplier relationship management to build and maintain strategic partnerships - Overseeing vendor management and coordination to ensure timely procurement and delivery - Conducting supplier evaluation based on performance, quality, and risk factors - Managing distribution operations to ensure smooth supply chain flow - Ensuring quality assurance standards are met across products and services - Identifying and mitigating operational and supply chain risks - Acting as a sales specialist, supporting business development, client communication, and deal closure This role has strengthened my expertise in B2B sales, government procurement, supply chain coordination, and risk-Contract CoordinationRisk Managementaware sales execution.

• Reverse engineering of discontinued and undocumented PCBs for industrial and medical equipment • Recreation of form-fit-function replacement boards with identical dimensions and connectors • Schematic capture, PCB layout recreation, and BOM generation • Manufacturing handover: Gerbers, assembly drawings, and test documentation • Support for pilot manufacturing and functional validation

Promoted to Sr. Site Engineer in January 2025 based on performance and leadership in managing complex site operations. Managed a team of junior engineers and technicians, conducted regular inspections, and resolved technical site issues efficiently. Prepared and reviewed BOQs, procurement lists, and project reports; liaised with suppliers and contractors for timely material delivery.

Supervised the electrical infrastructure development across multiple residential and commercial real estate projects, ensuring adherence to safety standards and timeline Led the planning and execution of distribution systems, including transformer installations, wiring, lighting, and load calculations. Oversaw on site implementation of electrical layouts, coordinated with civil and mechanical teams, and ensured compliance with architectural drawings.

As an Embedded System Engineer at MBot Pvt Ltd, I was responsible for designing and developing cuttingbedge embedded systems solutions. Leveraging my expertise in PCB design, I collaborate with cross functional teams to create hardware designs that meet stringent performance and reliability standards. My role also involves Developed and tested embedded systems, designed circuit boards, and implemented firmware for various med-tech devices. Collaborated with cross-functional teams to meet project requirements and deliver solutions on time.

Gained hands-on experience in power systems, including the design, testing, and maintenance of electrical power distribution and transmission within the power industry. - Site Visits - Troubleshooting - Power Loss Mangement - Understanding of Transmission Line Management System - Hands-on Experience in Power Distribution Operations

Worked on PCB design and embedded systems projects, gaining knowledge of circuit design, IC integration, and microcontroller-based systems. - Quality Assurance and Testing - IC Manufacturing and Testing - PCB Designing and Manufacturing

Gained experience in telecommunications, working with senior engineers on network infrastructure and communication systems. Assisted in troubleshooting and implementing solutions. Understanding of Responsibilities included - Transmission Line Strategies - Troubleshooting - Site Visits

Developed a Self Balancing Electric Unicycle as my final year project. Designed and implemented control systems using embedded microcontrollers, integrated sensors for balance and stability, and developed PCB layouts for motor control. Focused on real time signal processing, hardware integration, and testing to deliver a functional prototype combining mechanical, electrical, and software engineering.