Dr. Sunasheer Bhattacharjee

The focus was on exploring potential macro-scale industrial applications of molecular communication through testbed design. The project was funded by the German Federal Ministry of Education and Research (BMBF). The tasks included the design and development of a macroscopic air-based molecular communication testbed using fluorescent dyes with the implementation of tools and techniques from communications theory Additional academic responsibilities: - Teaching assistant and supervision of master theses

The task was to develop a Student Conveyance Allowance System (SCAS) for the Department of Education and Training, Government of Victoria, Australia using .NET Framework 4.5.2 and Microsoft Dynamics CRM 2015. Additional responsibilities: - Taking part in technical knowledge sharing with associates and teammates in order to ensure overall efficacy of the process - Structured approach towards unit testing and bug fixing before deployment of application into production environment

Independently instructed students preparing for Bank Probationary Officers (Bank PO) Examination, Staff Selection Commission (SSC) Examination, Common Admission Test (CAT) and Civil Services (Union Public Service Commission) Examination. Additional responsibilities: - Preparing questions and conducting mock tests.

Summer Training on "Short Term Course on VLSI" . The main objective was to get familiar with VLSI design fundamentals along with hands-on experience on the software and CAD tools.

Summer Internship on "Development of Remotely Triggered Fiber Optic Analog and Digital Link". The main objective was to setup an online tool to remotely trigger fiber optic experiments by virtually accessing laboratory equipment such as the Scientech fiber optic trainer kit, interfaced online through NI Elvis II prototyping board.

Ongoing research on the design and development of macroscopic air-based molecular communication testbed using fluorescent dyes, under the supervision of Prof. Dr.-Ing. Peter Adam Hoeher, Chair of Information and Coding Theory, Faculty of Engineering, Kiel University.

Grade: 1.7 Master thesis: "EXIT Chart Analysis of Modulation Schemes in Molecular Communication"

Grade: 2.1 Bachelor's thesis: "Efficient Load Balancing in Wi-Fi Access Points"