Fardeen Ahmed Khan

**** ******* ******, ********* ****, Knoxville, TN 37919 • 906-***-**** •aczhzo@r.postjobfree.com Objective: Seeking a position as an Electrical Engineer, where I can use my experience, knowledge & skills, to carry out tasks with efficiency, professionalism and cost effectiveness. Education

Master of Science in Electrical Engineering Advanced Electric Power Engineering GPA 3.72 Michigan Technological University, Houghton, MI Expected April 2017 Relevant Coursework

Power System Analysis I & II Transient Analysis Methods Power System Operation Linear Controls Systems

Power Quality Adv. Methods in Power Systems Power System Protection Distribution Engineering Internship/Industry Experience

Power Systems Engineering Intern Enernex LLC Knoxville, TN Jan 2017–Present

Working on the assignments to develop designs and research studies for the electric utility industry clients (Southern Calif. Edison)

Responsibilities include modelling and analyzing the power system designs using various tools like MATLAB, Open-DSS and EMTP

Under the supervision of Senior Consultants, produced desired results and performed distinct studies/calculations including load flow studies, system sizing, short circuit studies and voltage drop calculations

Applied power system principles to tackle any power quality/Harmonics issues associated, to improve the system reliability

Supported in the development of electrical schematics, electrical plans and single line diagrams

Currently involved in computer modelling of Solar PV and its effects on Distribution System and innovating ways to enhance the DER hosting capacity of the system for the future

Our next assignment is working on protective relay design and fault analysis

Documentation of results using Visio and MS Office suite on MV, LV Distribution Systems after weekly project team meetings

Executed designs for power installations and smart grids for best voltage regulation and efficient transmission Electrical Design Intern Asa Bhanu Tech. Services Hyderabad, AP May 2016–Jun 2016

Successfully performed Power Flow Analysis using Newton Raphson method in Simulink and stabilized a 500 KV line

Improved transmission and optimized cost with SVC installations for inter-area power transfer per client blueprint on PSCAD

Helped in executing different studies including short circuit studies, load flow and protection coordination

Performed discrete power calculations required for various data analyses and prepared cost estimates for the project

Developed acquaintance with Allen Bradley PLC controller for Micrologix 1400 series B model

Performed testing, maintenance and inspection of 33/11 KV substation equipment such as relays, CTs, PTS and Circuit Breakers

Maintained familiarity with single line diagrams and PLC/SCADA utilized in Advanced Distribution Networks

Carried out network modelling and designed protection schemes on various platforms and identified various protection zones Engineering Project Experience

Control switching to limit Inrush current of Power Transformer Spring 2015

Designed a 300 KVA 11KV/235V transformer from the current loop obtained from Hybrid Transformer model

Related both Hybrid and Power Transformer and validated voltage control switching for inrush limitation using POW technique Analysis of Distribution System during faults in presence of Distributed Generation Fall 2015

Designed and Analyzed the effect of Distributed Generation on bus 12 on an IEEE 14 bus system

Explained and Related the magnitudes of line-line voltages and current for different faults placed on bus 12 Economic Load Dispatch with renewable energy sources using GA toolbox Fall 2015

Led a team of 3 to construct and present an ELD system considering wind and biodiesel energy in MATLAB

Proved low cost of power generation in the system with renewables by contrasting it with a system without renewable energy Modelling and Integration of Wind Power Plant Fall 2015

Modelled an IEEE 9 bus system and studied the effects of integration of wind plants on the system

Evaluated the best integration site that lead to minimal power losses by replacing generators with wind plants Fardeen Ahmed Khan

2718 Painter Avenue, Apartment D102, Knoxville, TN 37919 • 906-***-**** •aczhzo@r.postjobfree.com Simulation of an Ultrabattery® vehicle and impact on battery lifetime Spring 2016

Modelled an Electric Vehicle (EV) in MATLAB, first using LA battery and then with Ultrabattery® and contrasted the battery lifetime

Scrutinized SOC/ Time and SOC/ SOCallowed in HWFET, UDDS and US06 drive cycles for battery performance Dual Axis Solar Tracking System for Optimal Power Generation Sprig 2015

Constructed a hardware prototype with two axes, horizontal during the day and vertical throughout the year

Diagnosed the model with an Arduino board and coded its input for maximum power efficient conversion Activities/Awards

Recipient, Science Stream Top Scorer Award Jun 2010

Active Member, IEEE, Hyderabad Chapter Aug 2012-Jul 2013

Active Member, The Institution of Engineers (India) 2011–2015

Graduate Certificate, Advanced Electric Power Engineering, MTU Fall 2016

Engineer-In-Training (EIT/FE) Certificate Expected Apr 2017 MOOC Certifications

Solar Energy, ET3034x: Delft University (Netherlands) Oct 2015-Dec 2015

Studied components and working principle of Semiconductor based Solar cell, its concepts and their applications at Electrical and Material Science level

Achieved understanding of design specifications for Solar cells, technologies used in Si wafers, thin film PV & Solar rooftop systems Introduction to Project Management, Project101x: The University of Adelaide Jan 2016-Mar 2016

Understanding of characteristics of a project, its application and skills required for project management

In Depth knowledge of Initiation and Planning Phase of Project and Risk Management, factors involved and possible precautions Introduction to PLC programming: UDemy open source Jan 2017-Mar 2017

Thorough expertise of Allen Bradley PLCs, RS Logix 500, HMI and controllers used in automation and industries

Programming ability of heating and plumbing systems, its setup, testing, debugging and troubleshooting. Technical Skills

Power System Electrical Design Renewable Energy

Protection and Control Sustainability PLC/SCADA

Power Generation Transmission & Delivery Switchgear Design Computer/Software Skills

MS Office C/C++ Simulink/MATLAB EMTP/ATP

ASPEN One Liner GAMS/AMPL AutoCAD PSCAD

OpenDSS CYME Visio ETAP

REFERENCES

Jens Schoene aczhzo@r.postjobfree.com

Director of Research Studies, Enernex LLC 865-***-****

Dr. Bruce Mork aczhzo@r.postjobfree.com

Director, Power & Energy Research Centre, MTU 906-***-****

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