ANANTH K PASNOOR

Ph. 413-***-****

Email: acz7d0@r.postjobfree.com

SUMMARY

• Motivated engineering graduate with technical knowledge and willing to learn new things in the relevant field of study, which helps me gain practical experience and develop new skills.

• Organized, Detail-Oriented and efficient professional. Committed to the safety and High performance and thrives in the fast paced, challenging environment.

• Mechatronics engineer with an exposure to Supply chain management, Human Factor and Ergonomics.

• Knowledge and experience in Engineering Design projects, 2D drawings, creating complex 3D models and fabrication components.

• Concept design and Feasibility studies, Product life cycle.

• Develop design concepts, prepare mechanical assembly & sub assembly drawings. In addition, the ability to develop new quality methodologies and quality improvements to achieve positive outcomes.

• Effective communication skills and Good Problem solving skills with the ability to manage a team or to work within them.

• Good knowledge on Business Analytics, SDLC and its methodologies and the ability to talk with the clients to present a product.

• Diversified cultural knowledge is a plus and ability to merge with diverse cultural backgrounds. EDUCATION

• Masters of Science in Mechanical Engineering

Western New England University, Springfield, MA

• Bachelor of Technology in Aeronautical Engineering Jawaharlal Nehru Technological University, India

TECHNICAL SKILLS

• Expertise in SOLIDWORKS

• MS Office and its products

• CATIA, NX 10, ANSYS and AutoCAD.

• Knowledge on simFlow CFD, MATLAB, My SQL, Arduino software and Visual Basics.

• MS TFS, Documentation, MS Visio, MS Access, Business Intelligence 6.6, Crystal Reports (Xi R2/10), Lotus Note, Rational Tools, MS Outlook, MS Share Point, MS Project, MS-DOS, Windows Vista/XP/9x to 2k. PROJECTS

• NORTHEAST UTILITIES/EVERSOURCE Berlin, CT 2016

Project Intern

Northeast Utilities/Eversource is a publicly traded, Fortune 500 energy company headquartered in Berlin, Connecticut, with several regulated subsidiaries offering retail electricity and natural gas service to more than 2.1 million customers in New England.

Project: CLMTRS (Conservation & Load Management Tracking and Reporting System) This is web based application and basically used to manage the tracking and reporting in the NU. Also, the customer care people use this application to provide the details, enrollment for services and track the details. We have different role in this application with different -2 access level. We can create lead, project, vendors etc. and the business persons see the reports.

• Responsibilities:

Served as a liaison between the business team and project team by assisting the business in identifying, understanding, and documenting their business needs.

Collected and documented business processes as well as business rules.

Participated in the identification, understanding, and documentation of business requirements, including the applications capable of supporting those requirements.

Active Participation on Scrum RNC Project and executed the whole work flow in Business Process Management (BPM).

Created User stories in MS TFS and driven the tracking progress.

Designed KPI reports for company managed operations based on transport modes to identify strengths and weaknesses against industry standards. Prepared ad-hoc reports internally and externally for customers.

Translated the business needs into system requirements, communicated with the business on a non-technical level, and with the Development team on a more technical level.

Familiar with OSHA Health Guidelines, Industrial Hygiene.

Prepared market assessment reports spanning the past, present, and future.

Developed market segmentation models and forecasts reflecting market evolution.

Collaborated with the development architect and business to develop both high-level and detailed application architecture to meet the business needs.

Performed gap analysis.

Documented and delivered Functional Specification Documents to the project team with SLA expectations specified in FSD.

Participated in the logical and physical design sessions and developed design documents.

Provided technical assistance in identifying, evaluating, and developing systems and procedures that are cost effective and meet business requirements.

Developed test scenarios and implemented test plan.

Provided key inputs in working with users in defining project and system requirements. Environment: MS office tools, MS Visio, SQL server, SSRS tools, Lotus note, MS TFS.

• WIND TUNNEL AOA AND DATA COLLECTION SYSTEMS 2016 During my tenure as a graduate assistant at the College of Engineering, I am assigned for developing a system to replace an old airfoil holding system in the wind tunnel. I started working on it and designed a system that can change the angle of attack of the airfoil. This system was designed aerodynamically to reduce the drag caused by the wind. I used load cells to collect the data from the system. It was manufactured and tested and the result data was exact to the actual data with a 0.1 error margin. With the AOA system in place, I am tasked to develop a system that will collect the speed of air at any given point in the wind tunnel cross-section. Here I developed an XY coordinate system for which I then fitted a pitot tube. Using linear actuator, the system positions the pitot tube in the required position. Environment: Solidworks, ANSYS, NX10, Visual Basics, SQL server.

• INVERTED PENDULUM EXPERIMENT 2015

This was a class project developed during my first graduate year at school. It is made to demonstrate the robust behavior of Arduino system that can be used for some simple things. We, a team of four members designed an inverted pendulum system using a linear actuator that is fitted with an inverted pendulum. We used encoder and sensors to get the feedback from the system the motor was fitted to an Arduino Uno board that we programed to keep the pendulum in balance inverted.

Environment: Arduino Uno.

• DESIGN OF A GOLF BALL TESTING SYSTEM 2015

In this project, me and my team is tasked to design a golf ball testing system which tests the golf balls in three major aspects i.e., its dimple dimensions, its weight and the last is the compressibility test. We designed a conveyer belt system to feed the balls into the testing area. Here there is a circular rotating disk that takes the balls to each station to do the measurements. All the designing is done using Solidworks, NX10 and the data collection system is coded using SQL and Visual Basics.

Environment: SQL server, Visual Basics, Solidworks, NX10

• VAYUSHASTRA EDUCATIONAL ACADEMY Hyderabad, INDIA 2014 Project Intern

Worked on Computational analysis of Supersonic combustion engines. In this project, we studied the working of combustion engines at supersonic speeds and the effects in a combustion chamber due to the supersonic flights. Here the fuel injection plays a key role in giving us an efficient flight at supersonic speeds. Therefore, we analyzed several types of fuel injection methods and decided to go with a stud in the middle of the combustion chamber. To keep the stud in an aerodynamic shape, a Diamond shape is considered which further helped in altering the shockwaves and diverting the airflow for better combustion. We used different number of injectors and finally came up with a five number fuel injectors that gives us an efficient flow and combustion rate for a longer duration of flight. SIMFLOW CFD software used to do the designing and simulation. The achieved results are validated by using an actual flight data. Environment: Simflow CFD, CATIA V5, FLUENT

• SWARNA AEROSPACE TECHNOLOGIES Hyderabad, INDIA 2013 Project Intern

Worked on structural, flow analysis of a combustion, and exhaust nozzle. In this project, we learned how important is the exhaust nozzle in achieving an efficient flight with an optimum burn rate in the solid fuel grains, liquid and cryogenic engines. Therefore, we started working on the angle of the exhaust nozzle in rocket boosters. After a good research on the nozzles and the materials used in this nozzle, we then started to design the nozzles using CATIA V5 software. Here we altered the angles at the exhaust from 15 degrees to 65 degrees and then analyzed it structurally and then did a flow analysis to see which nozzle gives us an efficient flow rate. We then validated it with the results from a live rocket nozzle and we prototype a 1:10 scale nozzle with a 45-degree outlet angle.

Environment: CATIA V5, ANSYS, GAMBIT, CAM, Auto CAD.

• Presentations on Futuristic air travel and aircrafts, Single Stage to Orbit (SSTO) spacecraft’s. AWARDS & ACHIEVEMENTS

• Cultural Advisor at International Student and Scholar Services, Western New England University.

• Chief Technocrat of Forum of Aerospace Technocrats (FAST) since 2014 and leading it since then.

• Organized a National level technical symposium AEROCRAFTICS 2K14 in Hyderabad, India.

• Volunteer at VRIDHI FOUNDATION that works on empowering people towards green energy and environment. REFERENCES AVAILLABLE ON REQUEST.

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