Bhuvaneshwaran worked as a Core Team Executive for the 2021 Tamil Nadu state elections, managing a team of 28 people on social media and digital content creation. He created a network of 33 million people using 37,000 WhatsApp groups, exceeding his target. In past projects, he designed fixtures for measuring transmission parts and developed a system to automate WhatsApp messaging using Python.

1. Core Team Executive
PROJECT TRAINEE
Working as a part of the Digital Communications team,
managing Social Media and Digital Space of campaigns
as well as content generation for the same, under the
guidance of Mr. Prashant Kishor.
Part of the Core Team for managing the Tamil Nadu
election campaign for State Elections 2021
Leading a midsized team of 28 members comprising
Content Creators, Curators and Campaign Managers.
Interviewed prospective candidates and educate
candidates on company process. Coordinated onboarding
processes.
Created a network of 33L people from scratch within a
span of 8 months using 37K WhatsApp Groups. Thrice that
of our given target
Leading a responsibility role for setting up different digital
narratives for every week and devising content strategy for
it.
Leading a responsible role for the successful delegation of
workflow for the team based on the narrative and
execution of it.
Responsible for end-to-end execution of digital media
amplification for field campaigns by aligning with the field
Team.
Supervising Monthly reports and offering strategic
guidance to the Campaign Team on delivering better
Digital Media Numbers.
Monitoring digital media sentiment and manage positive
image for the client through effective Social Media
Listening and content rebuttal strategies.
Observed the Manufacturing plant, identified problems
faced while fabricating and assembling parts. Gave
solution to rectify it
Designed a fixture for holding selector housing of the
transmission system to measure the Gear Change Finger
Play using GD&T and CREO
INDIAN POLITICAL ACTION COMMITTEE (I-PAC) | AUG
2020 - PRESENT
ASHOK LEYLAND LIMITED, ENNORE | JAN 2020-FEB 2020
http://bit.ly/Bhuvaneshwaran
Interfacing arduino program with the arduino nano
microcontroller
Preparation of report and power-point presentation
Assembling of dynamic components of the project
DEVELOPMENT OF AUTOMATED WHATSAPP
MESSAGING USING PYTHON
Our Goal:- To reach people through WhatsApp and
grow the network.
Problem Statement:- To increase overall reach,
eliminate manual errors and reduce operational
expenses
Proposed Solution:- To automate the messaging
process which helped in reducing the workload and
increased productivity. In this project the role given to
me was to reach people through whatsapp and grow the
network. Initially, we had a total manpower of 10
members, through which we sent our content to a total
of 2K groups with 2L reach. Later we grew our network
to 38K groups with a total reach of 33L. Due to the lack
of manpower and deteriorating productivity, I voluntarily
took up this problem and wanted to resolve this using
engineering techniques. I wrote a python code which
can automate the message sharing process using
Selenium and Chromedriver.
GESTURE CONTROLLED ROBOT
One of the frequently implemented motion-controlled
robots is a Hand Gesture Controlled Robot. In this
project, a hand gesture-controlled robot is developed
using MPU6050, which is a 3-axis Accelerometer and 3-
axis Gyroscope sensor and the controller part is Arduino
Nano
My roles in project:
PROJECTS WORKED ON
BHUVANESHWARAN.S
C O R E T E A M E X E C U T I V E
Results-oriented and data-driven Research Analyst with
a comprehensive background in strategies, planning and
development. Capable of evaluating the market and
competitive conditions with a blend of strategic and
managerial skills. Determined to achieve required
agendas
PROFESSIONAL OVERVIEW
EMPLOYMENT SUMMARY
bhuvan123van@gmail.com

2. REFERECES
EDUCATIONAL HISTORY
Jeppiaar Engineering College
St.Patrick’s Anglo-Indian Higher Secondary
School
BE Mechanical Engineering
CGPA: 7.02
BACHELOR OF ENGINEERING | JULY 2016 - MAY 2020
PERCENTAGE: 88.75
HIGHER SECONDARY CERTIFICATE | JUNE 2015 - MAY
2016
St.Patrick’s High School (I.C.S.E)
PERCENTAGE: 74.33
SECONDARY SCHOOL LEAVING CERTIFICATE | JUNE
2013 - MAY 2014
Attended 5 days IPT based on fabrication of Dump
Trucks and Excavators in Komatsu India PVT. LTD
Attended workshops on Industrial Automation conducted
by Madras Institute of Technology and on Transducers
conducted by NSIC
Attended one-week workshop on C programming course
conducted by Ramanujan Computing Centre,
AnnaUniversity
Attended workshop on Modern trends in Automobile at
Jeppiaar Engineering College
Attended virtual internships at Microsoft and Accenture
through InsideSherpa platform
Attended Short Term Course on “Digital Skill: Digital
Marketing” mentored by Accenture for 2 weeks
Attended “The fundamentals of Digital Marketing”
through Google Digital Garage program
Completed “Data Science methodology” conducted by
IBM Cognitive Class
Completed “Introduction to Data Science”; IBM Certified
course offered by Coursera
TRAINING AND CERTIFICATION
Statistical Analysis
Project Management
Strong Team Collaboration
Conflict Resolution
Production Support
Leadership
Delegation
CORE COMPETENCIES
PROFESSIONAL SKILLS
PROGRAMMING : C, C++, Java,
Python
DESIGN SOFTWARE : AutoCAD, CATIA,
CREO
DOMAIN BASED : Car servicing
SOFTWARE TOOLS : Basics of SEO,
Email Marketing, Pay Per Click Adverts
EDITING SOFTWARE : Canva, Adobe
Illustrator, Adobe Photoshop
ACHIEVEMENTS & HONOURS
Got selected to represent my school for "Developed
India 2020 Summit" which was Chaired by Former
President Dr. A.P.J. Abdul Kalam in the year 2015
Served as Cultural Secretary in St. Patrick’s
High School (I.C.S.E)
CONTACT INFORMATION
Residential Address: No.15/35, 1st Street,
Arunachalapuram, Adyar, Chennai-600 020
E-mail: bhuvan123esh@gmail.com
Phone: 96770 66778
Solomon Kirsten - Senior Analyst +91 99624 26977
Vignesh - Senior Executive +91 95977 1 1 1 8 1
Designing and assembling of components using
design software CREO
Preparation of report and power-point presentation
DESIGN OF A FIXTURE FOR CHECKING AND
MEASURING THE GEAR CHANGE FINGER PLAY
In this project a methodology to measure the Gear
change finger play is developed by using a fixture with a
dial gauge. The process goes through three main phases,
initially design of base fixture using conventional machine
drawing method, secondly the fabrication done by
machining process and finally analyzing the specific
value acquired from inspection process and selecting the
exact size of the detent plunger to be used
My roles in project: