Hardware Engineer Ii Resume
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Richfield, OH
SUMMARY
- Electrical Engineer with 5+ years of experience working with a multinational Fortune 500 technology company.
- Expertise in hardware design, product development and innovation.
- Exceptional technical and leadership skills.
- Detail - oriented, results-driven professional and creative problem solver.
- Strong understanding of signal integrity concepts and issues, on-board power design, thermal, and EMC.
- Experienced with digital and analog circuit design, prototype, EDVT, and MDVT.
- Ability to design and successfully implement cost-saving and service-improving procedures.
- Able to work with other engineers and individuals to define and solve developmental problems.
- Knowledge and expertise in listening to the end-users and identifying solutions for their Wi-Fi and telecommunications needs.
TECHNICAL SKILLS
- Circuit Design
- IEEE 802.11 (Wi-Fi)
- Power Supply
- Cisco IOS
- Automation
- Cadence Allegro
- NBASE-T (mGig)
- PCIe 2.0
- Linux/Apple OS
- AutoCAD
- Mentor Graphics
- DDR protocols
- SPI/I2C/UART
- IXIA
- Wireless Networking
- CadSoft/Eagle
- NAND Flash
- TCP/IP
- MS Windows
- Routing & Switching
- MS Office/Visio
- IEEE 802.3af|at|bt
- MATLAB/Simulink
- PLC/Allen-Bradley
- Rexx/TeraTerm
PROFESSIONAL EXPERIENCE
Confidential, Richfield, OH
Hardware Engineer II
Responsibilities:
- Successfully designed, developed, and tested the next generation 802.11ac Wave 2 Cisco Aironet 3800 and first set of carrier-grade 802.11ac outdoor 1570 series Access Points.
- Involved in all phases of projects from requirements analysis and system architecture, through layout, prototype, and production.
- Debugged and tested the new industry-leading 802.11ac Wave 2 Wi-Fi standard with an over-the-air speed rate of up to 2.6 Gbps per radio, roughly double the rates offered by today’s high-end 802.11ac access points.
- Assigned to test the multi-gigabit Ethernet NBASE-T protocol (mGig) having uplink speeds of 2.5 Gbps and 5 Gbps, in addition to 100-Mbps and 1-Gbps speeds, using the IXIA traffic generator.
- Cross-functionally collaborated with RF, CAD, software, diagnostics, mechanical, signal integrity, thermal, compliance, and manufacturing teams to resolve problems during product development.
- Documented Engineering Test Plan (ETP) results into web-based test case reporting/database tool (TIMs) for auditing purposes.
Confidential
Hardware Engineer I
Responsibilities:
- Successfully solved a DDR calibration problem, which affected 1M+ Access Points currently in use and resulted in 0% customer product returns.
- Performed Electronic Design Validation Tests (EDVT) on Aironet 3500, 3600, and 3700 Access Points and WLAN Controllers (WiSM II & 5508) to ensure that all products were designed to specifications.
- Root-caused and resolved problems during prototype phase, EDVT, and manufacturing.
- Supported manufacturing team with older products and service related issues.
Confidential, Willoughby, OH
Control Systems Engineer
Responsibilities:
- Led a group of 6 engineers in evaluating and designing a control system that was sensitive to disturbance and plant uncertainty.
- Collected data, built mathematical models, and simulated the system by using MATLAB/Simulink.
- Tuned PID controller’s parameters on an existing controller to improve the performance by 3%.
- Implemented ADRC technology to improve the efficiency and reduce energy consumption of the system by 7%.
Confidential, South Euclid, OH
Electrical Engineer
Responsibilities:
- Researched Low-Level Light Therapy (LLLT) technology that stimulates human hair growth.
- Searched prior similar patents to avoid patent infringement.
- Organized a light therapy clinical trial for a group of 20 people.
- Designed and assembled flex PCB’s for Confidential (SMT).
- Debugged and troubleshot problems associated with Confidential .
- Conducted experiments, performed tests, collected and analyzed data, and documented test results.
- Created root cause analysis report and implemented manufacturing improvements.