Yyyyyy x. yyyyyy

Apt. 5 4625 Steinback Ave. | Xxxxxx, XXXXXX xxxxxx xxx-xxx-xxxx

linkedin.com/in/vikram-kumar-reddy-chiluka-36941778 | abc@xyz.com

Confident, knowledgeable and driven professional with years of practical and project experience in the engineering field. Presently serve as an Electrical Electronic System (EES) Integration Engineer at French Door Bottom Mount (FDBM) in the Built-In Side-by-Side Refrigeration Department. Align personal goals with company objectives in an effort to work towards success. Develop and sustain trust-based business relationships with stakeholders at all levels. Skilled in promoting a company image rooted in professionalism and commitment to achieving excellence. Work well under pressure in time-sensitive environments. In search of a full-time position as a Power System Engineer that promotes career growth, stability and goal achievement in an innovative work setting, effective January 2018.

Regional Sales | Marketing | Rental Management | Client Satisfaction | Leadership | Creative Problem Solving | Teamwork

Administrative Support | Billing | Scheduling | Contractor Relations | Project Management | Communication | MS Office

Programming Languages: C, C++, Python, JAVA, HTML, CSS, SQL.


Software: PSS/E, GE PSLF, MATLAB Simulink, Mathematica, AutoCAD, ETAP, PLEXOS, SKM power 
tools, Easy Power, CPLEX, Atmel studio, SAP, GES, Windchill, STVP. 


  Oversee adherence to technical requirements across all projects including BOM, A3, Drawing Release, test plans, DVP&R, Business Case and Control System Specification

  Lead numerous engineering tasks such as root cause analysis, design, development, test, installation and service; call on the use of instructions, drawings, proposals and specifications in order to achieve this

  Complete failure analysis on refrigeration product and system; also work on microelectronics, PCB, component, wiring harness, HMI, along with hardware and software design modification

  Lxxxxxxise with hardware and software vendors to tackle complex system integration tasks together in order to produce efficient, yet cost- and quality-effective product solutions

  Worked on a 3X/Bella LED strip optimization cost project that generated cost savings of about $350K

  Also contributed actively to a quality project by adding retainers to connectors in order to avoid terminal backout; saw a 15K PPM improvement as a result

  Carefully crafted mathematical algorithms using Mathematica to assess the stress across a power system area using data from Phasor Measurement Units (PMUs)

  Modeled load areas such as the Seattle area and generation areas to allow efficient placement of PMUs

  Effectively calculated the stress within a 20K-bus western interconnection system as well


  Calculated load flows using Matpower; determined the area angle across the load areas and transmission corridors through assessing the data from PMUs

  Developed efficient algorithms to reduce the computation time for calculating DC load flow and area angle by almost 50%

  Summarized project results concisely and clearly, as well as prepared progress reports and delivered informative presentations



  Created single-line dxxxxxxgrams to represent the electrical transmission and distribution network configurations

  Assisted Field Engineers in installing and testing numerous substation equipment e.g. circuit breakers, transformers, relays etc. in electrical substation settings

  Contributed notably to the EMS transmission model and performed load flow, short circuit and N-1 contingency analyses vxxxxxx the use of PSS/E software

  Worked in conjunction with the field staff throughout the dxxxxxxgnosis, repair and upgrade of SCADA field equipment

  Prepared and presented a thorough technical report that contained the findings that remained after collecting and analyzing data from the existing power systems area

Yyyyyy x. yyyyyy

Continued

  Created and analyzed a model for local mode and inter-area oscillations on an IEEE nine-bus system through the use of MATLAB

  Developed the model to rank generators needed to re-dispatch, which allowed for rapid damping of Interarea oscillations

  Simulated the stochastic behavior of a given load when the power system is near its edge of voltage stability; done through varying the reactive power on an IEEE 30-bus system

  Analyzed the system near the voltage bifurcation points

  Recommended procedures to reach system stability using the Lyapunov function

  Called on the use of PLEXOS software in completing power system expansion planning studies


  Performed short- and long-term expansion planning on an IEEE 3-bus system

  Factored in generation costs from natural gas, coal and renewables in the future as a part of this effort

  Built a mixed integer linear programming model used to troubleshoot unit commitment issues on an IEEE 24-bus system

  Resolved issues through the use of CPLEX software

  Conducted SCED, SCUC and sensitivity analyses to tend to unit commitment problems under various constraints

  Teamed up with a dynamic team of Computer Engineers to play out the Man in the Middle attack and defense scenario

  Included presenting on the power-cyber testbed at Xxxxxx State University on a nine-bus power system

  Implemented an IEEE nine-bus power system model in an RTDS and Python script; modified the communications between RTDS and the Command Center, where Automatic Generation Control (AGC) was located

  Brought the power system to an unstable state by creating this attack; caused load shedding and other power system disturbances 


  Built a comprehensive power system and used PSSE to conduct load flow; completed analyses for different types of faults using PSSE as well

  Analyzed the economic cost, as well as successfully optimized capital cost for the system

  Developed an algorithm for rotor flux amplitude reference generation using doubly-fed, induction machine-based wind turbines

  Worked with an algorithm that addressed voltage dips and over-currents in rotor and stator windings

  Replicated the above algorithm on a DFIG wind farm model using SIMULINK


Master of Science, Electrical Engineering, Power System Engineering, Minor in Computer Engineering-Information Assurance

Xxxxxx State University (GPA 3.73, ongoing)

Bachelor of Technology, Electrical and Electronics Engineering

Jawaharlal Nehru Technological University (GPA 8/10, 2014)

EDX Certificate, Introduction to Computer Science and Programming Using Python

EDX Honor Code Certificate, A System View of Communications: From Signals to Packets

Received BRAVO thrice for One Whirlpool for supporting trxxxxxxl runs, PPAP, etc.

Yyyyyy x. yyyyyy

Apt. 5 4625 Steinback Ave. | Xxxxxx, XXXXXX xxxxxx xxx-xxx-xxxx

linkedin.com/in/vikram-kumar-reddy-chiluka-36941778 | abc@xyz.com

March 16, 2018

Hiring Agent Name

Title

Company Name

Address

City/State/Zip Code

Dear [Hiring Agent Name],

I am currently seeking a challenging career opportunity in a (INSERT TITLE OF TARGET POSITION) capacity and am submitting my resume for your review.

In advance, thank you for your time and consideration. As demonstrated in the accompanying resume, my professional qualifications include the following accomplishments:

  I bring to any role years of proven engineering experience, including practical roles, project work and my strong educational foundation, which includes current Master of Science studies.

  I have a global educational background, including earning my Bachelor s Degree at a university in Indxxxxxx. This allows me to not only have a sturdy engineering background, but also a sharpened sense of interpersonal acumen and cultural competence as a result of my internationally-spanning studies.

  My experiences thus far have sharpened my analytical, problem solving and critical thinking competencies, as well as my ability to connect with clients, colleagues and other important stakeholders at all levels, either through project work or in operating on a day-to-day basis.

  As a professional, I am able to excel in fast-paced, deadline-driven settings that call for adaptability and flexibility. I work well as both an independent achiever and trusted team member to lend to smooth, fluid engineering operations.

As an employee, you will find me to be a driven team player committed to supporting you in achieving your objectives through superior performance. I am confident that I could be a valuable asset to your organization, and look forward to interviewing with you in the near future.

Sincerely,

Yyyyyy x. yyyyyy

Enc. Resume