Srinivas Thadi is a production engineer with over 4 years of experience in manufacturing medical devices. He currently works at Opto Circuits India Ltd in Visakhapatnam, where he leads production teams and coordinates various functions like production planning, quality assurance, and process improvement. Some of the key products he has experience with include thermometers, pulse oximeters, and vital sign monitors. He is proficient in manufacturing processes, quality management systems, and calibration of electronic equipment. Previously he interned at Vizag Steel Plant where he maintained electrical and electronic equipment. Srinivas holds a B.Tech in Electronics and Communication Engineering as well as a post-graduate diploma in Industrial Engineering and Management.

1. SRINIVAS.THADI
Email ID: srinivaskamal.thadii@gmail.com Ph No: +91- 9985861861
Career Objective:
Having 4 years of experience in product manufacturing technology and strategic planning .Looking for a
challenging position in industry where my technical knowledge, logical and analytical skills will greatly
enhance the organization success and my growth.
Professional Strengths:
Production planning process control Manufacturing Integration Process validation CAPA & SCAR
PFMEA Total quality management Familiar with Internal & External audits
Present Employer:
Working as a production Engineer- Manufacturing for OPTO CIRCUITS INDIA LTD (HEALTH CARE &
MEDICAL) Visakhapatnam from July 2011 to till date.
Job Description:
 Lead the production team for Medical Electronic products.
 Provide technical leadership/guidance for the team of process Engineers/ Technicians/ Operators (with
specific responsibility to ensure that the preventive maintenance program is adequate and timely)
 Coordinate and manage cross product issues through product life cycle management (Agile).
 Experience in Production Operations and Production planning process.
 Material planning for production flow through ERP.
 Support to Quality Team on SCARs & Failure Analysis.
 Primary responsibilities involved production process flow, manufacture of jigs and special tools to aid in
efficiency improvements.
 Duties also included ongoing Lean Manufacturing process evaluation for efficiency gains for all production
process.
 Familiar with active and passive components Soldering, PCBA Assembly and Testing.
 Assembly of Thermometers, pulse Oximeters and Vital sign Monitors (Used to measure NIBP,BPM,
SPO2, ECG, IBP and body Temperature applications)
 Efficient Handling of Measuring and Testing Equipments (CRO, Patients simulators, PID Controllers &
Pressure Gauges etc.)
 In-charge for calibration process.
Diagnostic Ability - Ability to analyze the problem by finding the root cause.
Awareness with the ISO 9001 and ISO 13485, QMS, Quality Management Policy, Quality Goals.
 Good knowledge on PFMEA.
 Build Quality into all aspects of work by maintaining compliance to all quality requirements.
 Excellent team work and communication skill.

2. Products:
 Thermometers
 Pulse oximeters
 Vital Sign Monitors (SPO2, BPM, ECG, NIBP, Temperature & IBP applications)
Previous Experience:
 Worked as Graduate Apprentice Trainee in Vizag steel Plant.
 Position : Graduate Apprentice Trainee
 Period : 1year (2010 May to 2011 May)
Roles/Responsibilities:
 Maintenance of electrical and electronic related equipments ( such as Thyristors ,Fire alarms, AC &
DC drives, UPS & Telecom Equipments)through the co-ordination of maintenance teams.
Educational Qualification:
 PG-Diploma in Industrial Engineering & Management at Andhrapradesh productivity Council.
 Electronics & Communication Eng (B-Tech) from GITAS affiliated to JNTU.
TechnicalSkills:
 Programming Languages : C-language.
 Packages : MS-Office.
PROFESSIONALPROFILE
ProjectName 1: Digital Thermometer
Clients:- , www.faichney.com , www.careline.com
Duration:- 18th july 2011 to till date
This Digital thermometer is made up with a microprocessor chip and thermistor to enable quick and accurate
measurement of body temperature.
Roles/Responsibilities:
 Inspecting the functionality of the device based on documents provided by the Organisation.
 Setting parameters to PID Controllers to maintain the temperatures in specific baths for Calibration of
Digital Thermometers.
 Checking the status of rework for the devices (by replacing components) which are rejected by quality
department.
 Calibration of electrical & electronic equipments, testing etc.
 Maintaining daily yield, monthly yield, series yield reports, with these analysing the rejection ratio and
implementing the corrective actions/preventive actions in production.

3. ProjectName 2: Patient Monitor Systems
Clients:- : www.csiusa.com , www.cardiacscience.com
Duration:- july 2011 to till date .
The project is aimed for multi-parameter measurements, including ECG, NIBP, SpO2, temperature, and
respiration. Optional CO2 monitoring is also available. These monitors are designed to be used with only one
patient at a time, and capable of monitoring a full range of patients from neonate to adult.
Roles/Responsibilities:
 Inspection and Reworking of assembled PCBA.
 Assembly of Oxy-Sensors Cables for SPO2 and BPM Indication.
 HI-Pot testing of Medical equipment compatible with CE standards.
 Developing New Test Fixtures for the PCB’s required for the monitors, which measures SPO2, BPM,
and NIBP Parameters.
 Jigs developed to load Software (HEX FILE) into Microcontrollers.
 Maintaining daily yield, monthly yield, series yield reports, with these analysing the rejection ratio and
implementing the corrective actions/preventive actions in production.
Academic Project: Contamination Monitors
Project Description:
Contamination Monitors are located in various areas of the plant for monitoring personnel contamination.
The Probe is used to check, if the clothing or any part of the person is contaminated. In case the
contamination exceeds a preset level, an Audio Alarm Signal starts and stays only for predetermined time.
Visual Alarm Signal continues till contamination condition exists. G.M.Counters signal output is taken
from the Split Load Resistor mounted on H.V.Power Supply PCB and fed to Signal PCB. The Signal PCB
consists of a Rate meter which converts Pulse rate into D.C.output. The rate meter output is given to meter
to display contamination in CPS.
Applications: Wide range of usage in Power plants, Nuclear reactors, Hospitals, Security systems.
Personal profile:
Name : Mr. Srinivas Thadi
Email id : srinivaskamal.thadii@gmail.com
Location : D-no: 45-58- 3/3, narsimhanagar,
Visakhapatnam, Andhrapradesh. Pincode-530024.
Contact no’s : 9985861861, 9494185448
Declaration:
(I hereby declare that the information furnished above is true to the best of my knowledge and belief)
Date:
Place: Visakhapatnam (Srinivas. Thadi)