I hold a Master’s degree in Industrial Engineering from the University of Houston accented with the latest trends and techniques of the field. I also hold a Bachelor of Engineering in Mechanical Engineering from Gujarat Technological University. As an aspiring Industrial Engineer, I seek a challenging and rewarding opportunity in the industry focusing on Maintenance, Reliability and Process improvements. I offer 4 years of experience in Improving Manufacturing efficiency by using Lean tools, Cost reduction, Conducting FMEA & RCA, Risk Assessment, and Managing Manufacturing Projects, which make me a strong candidate for this position. I have strong management, decision-making, interpersonal and analytical skills. I am a certified Lean Six Sigma Greenbelt candidate, which help me to support, troubleshoot, quality improvement, reduction in operating cost and maximize the performance of the process including working with Computerized Maintenance Management System (CMMS) and SAP.

COMPANY	POSITION HELD	DATES WORKED
(Confidential)	Industrial Engineer/Maintenance Reliability Engineer	5/2017 - Present
Aramark	Warehouse Associate	2/2016 - 5/2017
Aviva Equipments Pvt. Ltd.	Production Engineer	7/2014 - 12/2015
Hindustan Coca-Cola Beverages Pvt. Ltd.	Engineering Intern	12/2013 - 4/2014

SCHOOL	MAJOR	YEAR	DEGREE
University of Houston	Industrial Engineering	2017	Master Degree
Gujarat Technological University	Mechanical Engineering	2015	Bachelor Degree

TYPE	TITLE	URL	DESCRIPTION
Website	Madhav Pandya	media url	LinkedIn Profile

Highlights:

Awards: Scott T. Poage Dean's Honor List GCA Chess Master

Companies I like:

Sulzer, The Coca-Cola Company, Lubrizol, TechnipFMC

Leadership
Decision Making
Problem Solving
Technical
Manufacturing Engineering skills
Lean Six Sigma Skills
Communication

• Lean Six Sigma
• Continuous Process Improvement
• 5S
• KAIZEN
• DMAIC
• Root Cause Analysis
• FMEA & PFMEA
• Leadership
• AutoCAD
• JMP
• SAP
• MS Excel
• Minitab
• Matlab
• Demand & Forecasting

• Using lean manufacturing tools recommends changes in current production methods, standards, tooling, procedures, equipment, plant layout, product design, and employee output as a basis for increasing production, reducing cost, improving safety, morale and quality • Maintain an acceptable level of performance by following established policies and participating in Continuous Improvement Projects • Establish the basis of ascertaining the reliability equipment and Conducting Root Cause Analysis & FMEA for critical equipment • Develop and Maintain Preventive Maintenance program for electrical, mechanical and Instrument system. • To reduce warehouse inbound and outbound time. • Working with a team to collect data and to map the process and improve it using Kaizen and DMAIC methodology. • Conduct multiple hypothesis testing, multifactor ANOVA using exploratory data analysis.