CHANNU LAL

HOD

PROFESSIONAL EXPERIENCE:

 Worked as guest lecturer in College of Engineering Perumon for one year (2002-2003)

 Worked as Lecturer in Indian Engineering College, Tamil Nadu for one year (2003-2004)

Worked as Assistant Professor in Travancore Engineering College, Kollam for four years from        (2007- 2011)

Presently working in Bishop Jerome Institute from the year 2011 onwards and have completed 8 years

SPECIALIZATION:

UG:  B.E IN ELECTRICAL & ELECTRONICS ENGINEERING (CSI INSTITUTE OF TECHNOLOGY)

PG: M.E IN CONTROL & INSTRUMENTATION (SAINT XAVIERS CATHOLIC COLLEGE OF ENGINEERING)

PUBLICATIONS: published a paper in “International Journal of Engineering Associates ISSN:2320-0804” titled “ Design of single phase matrix converter based frequency regulator for  low voltage miniature synchronous wind electric generator”, published in IJEA, volume 2,Issue 6- 0ctober 2013. Ref.No.: IJEA/13/10/02/10.

PARTICIPATIONS: 

Presented a paper titled “Intelligent Multi Agent Matrix Converter Based Smart Power Conditioner for Smart grid Applications” on December 26th ,2015 in Karpagam Academy Of Higher Education, Coimbatore

Presented a paper titled “Design of PSS for multi machine systems using modified swarm optimization algorithm with wing energy generation” on December 8th, 2018 in Karpagam Academy Of Higher Education, Coimbatore

Presented a paper titled “ Coordinated optimal tuning of PSS & SVC for the enhancement of rotor angle stability via hybrid PSO- GSA approach on December 14th, 2019 in Karpagam Academy Of Higher Education, Coimbatore

Paticipated five days FDP titled “Electric and Hybrid Vehicles” in College of Engineering Perumon from 18th December to 22nd December

MEMBERSHIPS: NIL

RESEARCH INTEREST: CONTROL SYSTEMS,POWER SYSTEMS

 PROJECTS GUIDED: 

Direct Torque Control of Induction Motor using vector Modulation Sensorless control of a Brushless DC motor

Superconducting power cable application in DC electric railway systems

Advanced cooling methods for high speed electrical machines

Eddy current probe identification and analysis

 CONTACT DETAILS: 9544730898