This document contains the resume of Sidharth Goyal, including his educational qualifications and professional experience. He has a PGDM in Marketing from IMT Ghaziabad and a Bachelor of Engineering degree. His professional experience includes working as a Design Engineer at Pacific Security Solutions and an internship at Dollar Industries studying their supply chain. He has undertaken projects on entry strategy for Mahindra Tractors and marketing operations of ICICI Bank. His areas of interest include sales, marketing, supply chain management and digital marketing.
GITM - Best Engineering colleges in India & Top B-Schools in Gurgaongitmcollege
GITM is one of the best engineering colleges in India & top B-schools in Gurgaon, Delhi/NCR. This AICTE approved college is amongst top B-schools & offers best engineering courses based in Gurgaon.
- Studied the wireless transmission of power using the principle of electromagnetic induction.
- The transmission of power is done with the help of Tesla coil.
GITM - Best Engineering colleges in India & Top B-Schools in Gurgaongitmcollege
GITM is one of the best engineering colleges in India & top B-schools in Gurgaon, Delhi/NCR. This AICTE approved college is amongst top B-schools & offers best engineering courses based in Gurgaon.
- Studied the wireless transmission of power using the principle of electromagnetic induction.
- The transmission of power is done with the help of Tesla coil.
Nowadays, it is well-understood that the burning of fossil fuels in electric power station has
a significant influence on the global climate due to greenhouse gases. In many countries,
the use of cost-effective and reliable low-carbon electricity energy sources is becoming an
important energy policy. Among different kinds of clean energy resources- such as solar
power, hydro-power, ocean wave power and so on, wind power is the fastest-growing form
of renewable energy at the present time.
Moreover, adjustable speed generator wind turbines (ASGWT) has key advantages over
the fixed-speed generator wind turbines (FSGWT) in terms of less mechanical stress, improved
power quality, high system efficiency, and reduced acoustic noise. One important
class of ASGWT is the doubly-fed induction generator (DFIG), which has gained a significant
attention of the electric power industry due to their advantages over the other class
of ASGWT, i.e. fully rated converter-based wind turbines. Because of increased integration
of DFIG-based wind farms into electric power grids, it is necessary to transmit the
generated power from wind farms to the existing grids via transmission networks without
congestion.
Series capacitive compensation of DFIG-based wind farm is an economical way to increase
the power transfer capability of the transmission line connecting wind farm to the
grid. For example, a study performed by ABB reveals that increasing the power transfer
capability of an existing transmission line from 1300 MW to 2000 MW using series
compensation is 90% less than the cost of building a new transmission line.
However, a factor hindering the extensive use of series capacitive compensation is the
potential risk of sub- synchronous resonance (SSR). The SSR is a condition where the wind farm exchanges energy with the electric network, to which it is connected, at one or more
natural frequencies of the electric or mechanical part of the combined system, comprising
the wind farm and the network, and the frequency of the exchanged energy is below the
fundamental frequency of the system. This phenomenon may cause severe damage in the
wind farm, if not prevented.
Therefore, this dissertation deals with the SSR phenomena in a capacitive series compensated
wind farm. A DFIG-based wind farm, which is connected to a series compensated
transmission line, is considered as a case study. The small-signal stability analysis of the
system is presented, and the eigenvalues of the system are obtained. Using both modal
analysis and time-domain simulation, it is shown that the system is potentially unstable
due to the SSR mode.
Then, three different possibilities for the addition of SSR damping controller (SSRDC)
are investigated. The SSRDC can be added to (1) gate-controlled series capacitor (GCSC),
(2) thyristor-controlled series capacitor (TCSC), or (3) DFIG rotor-side converter (RSC)
and grid-side converter (GSC) controllers. The first and second c
FIRING ANGLE SVC MODEL FOR ANALYZING THE PERFORMANCE OF TRANSMISSION NETWORK ...IAEME Publication
This paper deals with Power flow, which is necessary for any power system solution and carry
out a comprehensive study of the Newton- Raphson method of power flow analysis with and without
SVC. Voltage stability analysis is the major concern in order to operate any power system as
secured. This paper presents the investigation on N-R power flow enhancement of voltage stability
and power loss minimization with & without FACTS controllers such as Static Var Compensator
(SVC) device. The Static Var Compensator (SVC) provides a promising means to control power
flow in modern power systems. In this paper the Newton-Raphson is used to investigate its effect on
voltage profile and power system lossess with and without SVC in power system.. Simulations
investigate the effect of voltage magnitude and angle with and without SVC on the power flow of
the system. This survey article will be very much useful to the researchers for finding out the
relevant references in the field of Newton-Raphson power flow control with SVC in power systems.
In order to reach the above goals, these devices must be located optimally. In this paper the
Optimal placement of SVC is carried out by Voltage collapse Prediction Index (VCPI).The size of
the SVC is determined by suitable firing angle which reduces the losses in the system. Simulations
have been implemented in MATLAB Software and the IEEE 14 and IEEE 57-bus systems have been
used as case studies.
Air pollution: its causes,effects and pollutantsMaliha Eesha
This presentation gives the complete detail of air, air pollution, air pollutants and their types, each pollutant in detail and its causes and effects, acid rain, methods of prevention,smog,acidification,indoor pollution and so on. It is a complete package and I hope it'll be helpful in school! :)
Guru Nanak institutions are fast gaining eminence as institutions of repute through their holistic approach in delivering education, offering refreshingly new perspectives to young minds along with facilitating the accomplishment of their creative talents. The institutes aim at preparing engineers and managers of global standard through imparting an education that not only trains them for the competition in life, in the current scenario, but also provides an overall growth of the being. The qualified and compassionate faculty, conducive environment, modern infrastructure and stimulating atmosphere in Guru Nanak Institutions enable students to dream and to work hard to achieve their goals.
Named after the immortal saint Guru Nanak Dev ji and established in July 2008, Guru Nanak Institute of Technology and Guru Nanak Institute of Management are premier institutes bearing Quality Assurance Seal ISO 9001:2008.
Both GNIT and GNIM are approved by AICTE/State Govt. of Haryana, Directorate of Technical Education, Haryana - DTE, affiliated to Kurukshetra University, Kurukshetra and are supported by Mela Singh Memorial Educational Trust.
Sagar Group of Institutions — SISTec Ratibad, among the top-rated engineering institutes in Bhopal, presents the Bulletin Edition 2022-III & IV filled with the institute's in-house / out-house events and activities compiled in Newsletter style for an immersive reading experience. SISTec Ratibad established in the year 2009 is a vital part of SGI Bhopal, with two prestigious colleges: Sagar Institute of Science Technology & Research (SISTec-R) and Sagar Institute of Science Technology & Engineering (SISTec-E).
I seek for full time opportunities in the field of mechanical engineering . I specialize in controls engineering and experienced in the field of product quality and after sales engineer.
1. 1302-162
Sidharth Goyal
Date of Birth: 12th October, 1990
PROFESSIONAL EXPERIENCE
Design Engineer- Pacific Security Solutions
Pvt. Ltd.
16th August, 2012 –
30th April, 2013
The company is one of the largest system integrators for Security Solutions
Key Responsibilities:
Design, Installation & Commissioning of Security & Surveillance Equipment for clients.
Providing post installation support.
EDUCATION
Qualification College/ University Year CGPA/ %
PGDM – Marketing IMT Ghaziabad 2015 6.53 (Till
Term 5)
Bachelor of Engineering
Fr. C. Rodrigues Institute of Technology,
University of Mumbai
2012 67.00%
XII Atomic Energy Junior College,
Maharashtra State Board
2008 81.33%
X Atomic Energy Central School, CBSE 2006 87.20%
SUMMER INTERNSHIP AT IMT
Dollar Industries Ltd. Operations 14th April 2014 -
7th June 2014
To Study the Supply Chain & Estimate the Optimal Production & Safety Inventory
Project Brief:
Understanding the production process and flow of materials.
The project involved visits to production plant and warehouse of company.
Collection and analysis of sales data to estimate the production.
Objectives:
Prepare a Gantt Chart for the manufacturing process.
Calculate optimum production quantity.
Calculate the safety inventory to prevent stock outs.
Deliverables:
The average time required for each process in the manufacturing was calculated.
Prepared Gantt Chart to map the entire production process.
Calculated optimum production and safety inventory for SKU’s.
PROJECTS UNDERTAKEN
1. Academic Project on Entry Strategy – Mahindra Tractors.
The project dealt with analysis of entry strategy of Mahindra Tractors in African market using the OLI
Model.
Competitor Analysis
2. Academic Project on Marketing of Services – ICICI Bank.
The project dealt with in depth study of banking sector in India along with an analysis of marketing
operations of ICICI Bank on various parameters such as:
-Services offered
-Marketing Strategy and Marketing Mix
-Business Segmentation
-Branding Elements Analysis
POST GRADUATE DIPLOMA
IN MANAGEMENT (PGDM)
Marketing
2. 1302-162
AREAS OF INTEREST ELECTIVES AT IMT
Sales & Marketing
Consulting
Digital Marketing
Supply Chain
Management
Customer Relationship
Management
Business to Business
Marketing
Project Management
Business Intelligence & Big
Data
Sales Management
Quality Management & Six
Sigma
Digital Marketing
Marketing of Services
Enterprise Resource Planning
Operation Strategy
EXTRA CURRICULAR ACTIVITIES
Member of Analytics Club at Institute of Management Technology, Ghaziabad (2014).
Conceptualized & organised two events namely ‘Make It From Scrap’ & “Meet the Media’ under ‘Vaudeville
2014’- Annual Cultural & Business Festival of IMT Dubai. (2014)
Runners up at IMT Dubai Incubation Week 2014, organised by Innovation & Entrepreneur ship Cell, IMT Dubai.
(2014)
Secured First Position in Football at IMT Sports Week. (2013)
Won First prize in Electrical in Technical Paper Presentation for paper titled ‘Fractional Frequency Transmission
System’. (2012)
Won Second prize in Poster Presentation for Poster titled ‘Setting up of New Test Lab for Induction Motor’.
(2012)
Won Second prize in Technical Paper Presentation for paper titled ‘Wireless Power Transmission’. (2010)
Won First prize in School (Medal recipient) in 6th National Cyber Olympiad, 2006.
Attended the Learning Curve Simulation by enParadigm Knowledge Solution (2014)
Participated in Robo-Wrestling, Robo-Soccer, Robo-Track & Robo-Maze under Etamax (2012).
Participated in Science Exhibition and exhibited ‘Automatic Street Light Control’. (2004)
ADDITIONAL INFORMATION
Final Year Engineering project in Siemens India Ltd., Navi Mumbai under the heading ‘Setting up of new Test
Lab for Induction Motor’. (2012)
One month Internship at Advanced Fuel Fabrication Facility, BARC, Tarapur to study the power distribution
system of the plant. (2011)
Languages known: English, Hindi, Marathi, French (Elementary).
Interests: Reading, Table Tennis, Chess.
Technical Skills- MS Office, Basics of C++ & Java, Movie Maker, Basics of MATLAB & AutoCAD.