Hussin Abdullah

Electrical Engineer specializing in CMOS circuit design, embedded systems, and VLSI fabrication

Engineering Innovation

I'm an electrical engineer with hands-on experience in CMOS integrated circuit design, VLSI fabrication, and embedded systems development. My work spans from chip-level design using Cadence Virtuoso to full-system implementations with wireless communication and sensor integration.

I specialize in bridging theoretical design with practical implementation, having fabricated custom CMOS chips, optimized operational amplifiers for 45nm SOI processes, and developed gesture-controlled robotic systems. My approach combines rigorous simulation and analysis with real-world testing and validation.

Currently seeking opportunities to apply my expertise in circuit design, VLSI, and embedded systems to solve complex engineering challenges.

Circuit Design

  • Cadence Virtuoso
  • CMOS Design
  • Analog IC Design
  • Layout & DRC/LVS
  • PVT Analysis

Embedded Systems

  • Arduino Programming
  • RF Communication
  • Sensor Integration
  • Motor Control & PWM
  • PCB Design

Testing & Analysis

  • Wafer Testing
  • Probe Station
  • Oscilloscope Analysis
  • Simulation Validation

CAD & Fabrication

  • 3D Printing & CAD
  • Circuit Simulation
  • VLSI Fabrication
  • Custom Chassis Design

Technical Projects

Fabricated CMOS Integrated Circuit

Designed, simulated, and fabricated a custom CMOS chip implementing a pseudo-random sequence generator (PRSG) using Cadence Virtuoso. Developed complete schematics, layouts, and testbenches for all logic blocks, ensuring full DRC/LVS compliance. Conducted comprehensive wafer-level testing with probe station, semiconductor analyzer, and oscilloscope, validating fabricated results against simulations.

Cadence Virtuoso CMOS Design VLSI Fabrication DRC/LVS Wafer Testing
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Two-Stage CMOS Operational Amplifier

Designed and optimized a two-stage CMOS op-amp with differential input stage and buffer for 45nm SOI process. Performed comprehensive PVT corner analysis to verify performance under varying conditions. Achieved strong metrics in gain, bandwidth, phase margin, and power efficiency. Implemented custom layout with multi-finger devices, symmetrical routing, and dummy transistors for enhanced noise immunity and mismatch reduction.

Analog IC Design 45nm SOI PVT Analysis Layout Optimization Op-Amp Design
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Gesture-Controlled Alpha-bot

Developed a complete wearable glove interface for wireless robot control through hand gestures. Programmed Arduino microcontrollers for RF communication protocol, precise motor control, and multi-sensor integration. Implemented gesture recognition using MPU6050 accelerometer/gyroscope, ultrasonic obstacle detection, and PWM-filtered motor control. Designed and 3D-printed custom robot chassis optimized for embedded systems integration.

Arduino RF Communication Sensor Fusion Motor Control 3D Design Embedded C++
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Let's Connect

I'm currently seeking opportunities in circuit design, VLSI, and embedded systems. Whether you have a project in mind or just want to connect, I'd love to hear from you.