Omkar Khadilkar

Experience in designing, analysis, quality assurance, and commissioning of

mechanical and thermal systems. Highly skilled in commercial software like SolidWorks, CATIA, ANSYS, MEP, and FEA.

7922 Day Creek Blvd.69

Rancho Cucamonga,91739

209-***-****

add7b1@r.postjobfree.com

linkedin.com/in/omkar-khadilka

r-84172177

EXPERIENCE

Rutgers State University, New Jersey — Graduate Researcher SEPTEMBER 2017 - PRESENT

• Six types of rectangular heat sink microchannels required for electronic cooling were designed SOLIDWORKS.

• Thermal Performance and Flow analysis were carried out in ANSYS FLUENT for the influence of various operating parameters.

• Simulated data was validated and verified for different aspect ratios and velocities for 40% improved cooling performance.

Gokul Dairy Industry, India — Refrigeration Engineer Intern MAY 2016 - AUGUST 2016

• A 3% increased efficiency was achieved then the regular electric refrigerator, in designing a Solar Absorption refrigerator.

• Designed and developed Evaporator Heat Exchanger assembly as per TEMA standard using SolidWorks,to reduce cost by 60%.

• Assisted in the setup of HVAC units, recycling of HCFC and CFC refrigerants, and performed tests on cooling towers. Purna Industry, India — Design and Validation Engineer JANUARY 2016 - MARCH 2016

• Lead the Design Team, which performed structural and stress analysis of 2D wireframe in ANSYS and 3D model of a Go-Kart in CATIA.

• Performed Design optimization experiments to optimize frame design and reduced 17% weight of chassis.

• Involved in all phases of Product Life Cycle Management and documented DVP&R, DV&V, and DFMEA report.

KIT’s College of Engineering, India — Undergraduate Researcher

JANUARY 2016 - MAY 2017

• Numerical Analysis of Spherical and Semi-Elliptical Bulk Milk Cooler for the effect of the evaporator location, the use of stirrer and heat transfer characteristics at different operating conditions were studied.

• Designed a Waste heat recovery unit in the Spherical Type Cooler, to recover approximately 55% of heat loss.

SKILLS

Mechanical Software:

ANSYS (APDL and Workbench),

SOLIDWORKS, REVIT MEP,

CATIA V5, AUTOCAD, CAD/CAM.

Programming Software:

MATLAB, C & C++, CNC

Programming.

Manufacturing:

FEA, DFMA, MEP, GD&T, LEAN

Six Sigma, DMAIC, DFMEA, and

PFMEA.

CERTIFICATIONS

Design:

• Master SolidWorks.

• SolidWorks Advanced

Simulation.

• SolidWorks Simulation for

Finite Element Analysis.

• SolidWorks Sheet Metal Design.

• SolidWorks Design for

Mechatronics.

• SolidWorks Advanced Tools.

• Revit 2020: Essential Training

for MEP

Project Management:

• Google Analytics for beginners.

• Project Management Essentials

Certified

• Business Analysis Foundation.

• Product Marketing Foundation.

• Six Sigma: Green Belt.

• Reverse Engineering

Foundations: Product Design.

EDUCATION

Rutgers State University, New Jersey — Master of Science

(M.S) in Mechanical Engineering

AUGUST 2017 - JANUARY 2020

Coursework: Conduction Heat Transfer, Thermodynamic theory, Fluid Mechanics I, Supply Chain Engineering, Computational Solid Mechanics and Simulation Modeling and Analysis in Packaging Engineering. KIT’s College of Engineering, India — Bachelor of

Engineering (B.E.) in Mechanical Engineering

JULY 2013 - MAY 2017

Coursework: Applied Thermodynamics, Fluid Mechanics, Fluid Turbo Machinery, Heat-Mass Transfer, Refrigeration and Air Conditioning, Design of Thermal Systems, Cryogenics, Industrial Fluid Power, Operational Research, and Finite Element Analysis. PROJECTS

Design of Square Twisted Tube Heat Exchanger

• SOLIDWORKS and ANSYS CFD were used to design and analyze the square twisted tube heat exchanger to obtain empirical equations.

• Devised and fabricated Square Twisted tube for enhancing 8% cooling performance of the Heat Exchangers.

• Designed CAD assemblies for test fixtures using SolidWorks to save up to 7.1% in manufacturing cost.

Supply Chain for Food Industry in Packaging

•A project on Forecasting was done to achieve 60% more efficiency in meeting customer demands. This was achieved by studying Trends, Seasonality, Buying Costs, Holding, and transportation costs.

• Labor costs and demands were also studied to meet the increasing production, as per the forecasting needs.

Vertical Axis Wind Mill

• Designed and Manufactured a prototype of Vertical Axis Wind Mill.

• Structural and Thermal analysis upon varying load was conducted to obtain a more efficient design and improve mechanical efficiency by 6%. CERTIFICATIONS

Thermal:

• Package Type Air

Conditioners.

• Advances in Heat Treatment.

• Heat Treatment of Steel.

Manufacturing:

• Ready Engineer- Tata Tech.

• Quality Engineering and

Management

• Non-Destructive Treatment.

AWARDS

• KIT PRIDE STUDENT

AWARD for overall

performance in academics,

curricular and extracurricular

activities, in 2016 and 2017.

• Chairman of American

Society for Metals (ASM) KIT

Student Chapter, for years

2015 and 2016.

• Vice-Chairman of Society of

Automobile Engineers (SAE)

KIT Student Chapter in 2016.

• CWC Member of Indian

Society of Heating,

Refrigerating, and Air

Conditioning Engineers

(ISHRAE) Student Chapter,

2016.

Contact this candidate