Ongoing
Design Automation of Wireless Connectivity Radio Transceiver Blocks
About The Project Advisor(s) Industrial Partners

Objectives

The proposed VIP team will be working with Ubilite (Industrial Partner) to develop automated optimized design solutions for the following blocks and components for SOC Wireless Transceivers operating in the (RF) frequency range 2.5 – 7 GHz:
  • Inductors
  • Transformers
  • Blocks with two stage amplifier topologies including low-pass filters, programmable gain amplifiers, transimpedance amplifiers, etc.
  • Low Noise Amplifiers, Power Amplifiers, and Mixers
Methods and Technologies
The intended research activities will be carried out in the following four phases:
PHASE I. Design constraints and KPIs
In phase I, we identify, for each block,
  • the design constraints from Ubilite and TSMC (commonly through the DRC in the design environment CADENCE)
  • the KPIs
  • the common topologies
Phase III. Implementation of the Optimization Algorithm
The proposed solution methodology will employ classical optimization algorithms where the design constraints will be imposed as constraints for accepting or rejecting a sample design as well limits on the considered ranges of design parameters. The objective function will be synthesized in terms of KPIs.
Phase IV.
Building the Dictionary and subsequent ML Driven Automated Design of a selected component (the inductor) as a starting stage for our longer-term plan for the next 5 years, in which all other blocks will be included.
Academic Majors/Disciplines
Academic Majors/Disciplines
  • Electrical Engineering
  • Software
  • Computer Science

Preferred Skills and Experience

  • Programming
  • optimization methods
  • Electronic Circuits
  • Microelectronics RF Circuit design CAD (Cadence)

Advisor(s)

Department of Mechanical Engineering

MSFEA, AUB

il01@aub.edu.lb

Department of Mechanical Engineering

MSFEA, AUB

lb13@aub.edu.lb

Industrial Partners

Ubilite

Ubilite

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