• Gender: Female
• Age: 38
• Designation: Engineer
• Highest Education Level: Graduate - Degree
• Current Gross Salary: INR  150000 /Annum
• Expected Gross Salary: INR  200000 /Annum
• Preferred Country: India
• Notice Period: 5  Days
• Preferred Location: Bangalore
• Work Experience: 15.6 Year(s)

Education

BE - E&C, Engineering From Visvesvaraya Technological University, MITK College, Kundapura 2009.

Skill Sets

Having Experience of E-Plan & Auto-cad software for designing.
Having knowledge of Electrical Panel Designing.
Having knowledge of MS-office, PCB mounting.

Work Experience

Design Engineer
Since 2009
Company Profile: Industrial Automation in various sectors like Pipe Plant, Iron & steel, Paper, Chemical & Material Handling
Projects:
Preparation of Input and output list of PLC panel, Training of PLC Programming by GE Fanauc & sensors by MEL.
Preparation of Junction Box drawing, Designing of PLC & MCC Panel under the supervision of Project Engineer.
Responsible for designing of projects like End Brushing Machine (ESSAR), LMNS-Himachal (ASSAD CONSULTANCY), PHAMITECH Mill & Trolley panel, Recoiler & Uncoiler Edge Controller (JINDAL) using E-PLAN S/W.
Center Guide Controller: Based on designing the complete circuit on PCB, mounting the components, testing & mounting the PCB on specific panels, designed using E-PLAN & AutoCAD s/w & use of proficy machine s/w for programming PLC.
Preparing quantity schedules and bills of materials managing project costs and performing cost analysis. Managing different project quantities related to the implementation of the project such as, materials, equipment and resources.
Preparation of termination chart of power and control cables of various projects.

Project details held during final semester of engineering:
Project Name:-“Wind - Evergreen Energy”
Team Size: - 4
Company Name: Enercon India Limited
Description:-This particular study project includes certain concepts like how a wind turbine converts kinetic energy in wind to electricity, power of the wind, control mechanisms & assets. The main principle in a wind mill is to convert this to electrical energy. This is done by rotor which converts kinetic energy to mechanical energy which is then converted into electrical energy by generator. This energy is having varying power and voltage, which is converted to standard AC using Rectifiers and Inverters. Step–up transformers are used to step-up voltage before giving it to the government substation. It is then step-down and supplied to the customer.

Future Goals

To obtain a position utilizing my experience in design engineering as well as project management.