HUSAIN AHAMMED

Designed high-speed boards with complex layouts and routing requirements
Developed and implemented AC-DC and DC-DC power supply boards with high efficiency and reliability
Created wireless boards with precision RF layout and routing techniques
Worked on form factor boards with compact design and thermal management considerations
Utilized Cadence Allegro and Altium CAD tools for schematic capture, layout, and simulation
Collaborated with cross-functional teams to ensure design for manufacturability and testability

• Reduced product development time by streamlining the design process for complex multilayer boards.
• Maintained a strong understanding of current technologies through regular attendance at industry conferences and seminars.
• Updated and maintained documentation for all completed designs, facilitating seamless handoff to manufacturing teams.
• Contributed to company-wide standardization initiatives by developing internal guidelines for PCB design processes.

• Managed multiple projects concurrently, prioritizing tasks to meet deadlines without compromising quality.
• Developed custom libraries for schematic symbols and PCB footprints, improving design consistency across projects.
• Collaborated with cross-functional teams to ensure efficient project completion and timely delivery of products.
• Supported continuous improvement efforts by providing constructive feedback during post-project evaluations.
• Participated in regular meetings with suppliers to stay updated on new materials, components, and manufacturing capabilities.
• Improved thermal management in designs by incorporating heat sinks and optimizing component placement strategies.
• Ensured compliance with industry regulations and certifications by staying informed on relevant updates and incorporating necessary changes into designs.
• Assisted sales teams in generating accurate proposals for prospective clients by providing technical expertise as needed.
• Optimized PCB designs by implementing high-speed and high-density routing techniques.
• Conducted signal integrity analyses on high-speed digital circuits, ensuring optimal performance in final products.
• Resolved challenging layout constraints through effective communication with mechanical engineers and component vendors.
• Enhanced reliability of electronic systems with thorough design reviews and quality control checks.
• Assisted in installation of electrical systems and components for commercial and industrial applications.
• Analyzed and documented test results to comply with industry standards.
• Prepared detailed reports on electrical systems and components for project review.
• Coordinated with vendors to identify and procure appropriate equipment necessary for project completion.
• Utilized various electrical tools and equipment to diagnose and troubleshoot electrical problems.
• Monitored installation and operations to consistently meet rigorous customer requirements.
• Developed and implemented preventive maintenance and operational procedures for electrical systems.
• Improved methods for measurement, documentation, and work flow management.
• Established and maintained effective communication with clients and contractors.
• Initiated project management knowledge study and subsequently standardized project management practices.
• Evaluated and identified opportunities to improve performance of electrical systems.
• Designed and approved power distribution requirements for facility construction.
• Rendered technical drawings and electrical systems specifications exceeding company standards.
• Wrote protocols, qualification documents, test plans and test reports for quality assurance purposes.
• Evaluated project scope to estimate costs and set timelines for project delivery.
• Designed electrical products and systems based on client briefs.
• Retested electrical products and systems to determine effect of modifications.
• Applied principles of electrical theory to advance and improve product development and efficiency.
• Conducted projects and performance presentations to clients and company executives.
• Implemented and approved design control procedures for electrical development in accordance with regulatory guidelines.
• Increased overall efficiency by training junior engineers on industry best practices and advanced design tools.
• Contributed to company-wide standardization initiatives by developing internal guidelines for PCB design processes.

• PCB laying out multilayer boards up to 34 layers of ATE (Automatic test equipment)
  designs (Both DUT boards-HP93K, J750 templates & Probe cards), Burn In boards,
  and system boards.
• Working on multiple projects on ATE boards