Academic Program

Build and nurture cross-disciplinary PhD program in Semiconductor Domain

1. To initially recruit XX PhD Scholars to be supervisors by 2 faculty members

2. Possibility to be guided by an Industry professional

Master’s program in microelectronics with a focus on contemporary semiconductor areas :

1. Upgrading the current program and Labs

2. Including more hands-on courses and Lab work

3. Targeted Internships with collaborating Industries

4. Improve the Student:Faculty ratio

5. Achieving 1:1 Equipment:Student Ratio

 

Start an undergraduate level minor program in Semiconductor domain

1. Semiconductor related courses (Design, Modelling, Simulation, Processing, Characterization, Testing, Validation, AI/ML) for Engineering Students

2. Setting up curriculum Labs

3. Industry Oriented Projects

4. Entrepreneurship focused projects / course mandatory

Critical Infrastructure

Implementation Plan – Semiconductor Centre of Excellence (SCoE)Implementation Plan – Semiconductor Centre of Excellence (SCoE)
  • Develop dedicated semiconductor lab infrastructure at BITS, including relevant equipment, modelling tools etc.
  • Material and device simulation / modelling, AI assisted methods, material optimization, reliability, and characterization.

Intellectual Capacity Development

Implementation Plan – Semiconductor Centre of Excellence (SCoE)Implementation Plan – Semiconductor Centre of Excellence (SCoE)
  • Recruit Chair / Visiting / Adjunct Professors pioneer in Semiconductor Domain
  • Appoint faculty member as Coordinators / Resources Person to drive the SCoE

Collaboration

  • Industry players for guiding PhD scholars, providing access to infrastructure, targeted Internships
  • International Universities for Twinning / Semester Exchange
  • TBIs, Venture Centers for Entrepreneurship focused projects / course