Supply Chain Management

RI F A D H MO H A M M E D JE E L A N I

**** * ******* * **** Apt. 518 Houston, TX 77025 • 832-***-**** • rvahi *********@**.***

OBJECT I VE

Enthusiastic Industrial Engineer with comprehensive understanding and cutting-edge ideas in the fields of

Data Analysis, Supply Chain Management and Manufacturing, eager to implement in real-time scenarios.

ED UCAT ION

UN IVERSITY OF HOUSTON MASTER O F SCI ENCE, IN DUSTR IAL ENG I NEER I NG, SPRING 2015, GPA

3.88/4

Relevant Courses: Business Modelling, Advanced linear Optimization, Facilities Design and Materials

H andling, Supply Chain Management, Lean Manufacturing and Production System.

ANNA UN IVERSITY B ACHELOR SCI ENCE, M ECHAN ICAL E NG I NEER I NG, M AY 2012, GPA

OF

7.0/10

WORK EXPER I ENCE

UN I VERSI TY OF HOUSTON, H OUSTON, TX August 2014 – Present

I NSTRUCT IONAL ASSISTANT

• Assisted M BA Graduate students to build business models, analyse complex data using various

E xcel-based tools and add-ins, most importantly interpret the economic value of the solutions.

• Performed r isk analysis, Linear and non-linear optimization, data analytics and forecasting of

business models using Stat Tools.

HARDY MACH I NE AND DESIGN I NC., Houston, TX Fall 2014

E L I M I NAT ION I N TER -B U I L D I NG T RANSFERS ST EADY R ESTS U SED L ATHES

OF OF ON

• Performed t ime study to optimize method of sharing steady rests on multiple lathes, reducing

waiting time for lathe operators and t ransportation between buildings.

• Developed part families based on From-To Chart (Part Routing) and performed P-Q-$-R Analysis to

i dentify High volume – H igh Revenue and Low Volume - High Revenue i tems.

• Implemented a scheduling board to t rack the Work-In-Progress (WIP) and to assign jobs based on

machine and steady rest availability, thereby reducing the WIP to 8 from 12 for a part family.

• Identified shortcomings in the current facility and suggested improvement to reduce non-value

added activit ies, high t raffic in material handling aisle, cross-f lows, and back-t racking in part f low.

• Proposed Lean manufacturing and 5S principles to reduce changeover time, improve workflow and

for maximum utilization of the workforce and improved Line of Sight efficiency by 12%.

SH IPCOM WIRELESS I NC., Houston, Texas May 2014 – August 2014

I NVENTORY L OCAT ION ANALYST, I N TERN

• Analysed statistical data of more than 3000 i tems and performed ABC data analysis to interpret

usage t rends, inventory tu rns, and to adjust the stock through PAR level management.

• I ntegrated A BC analysis and Pareto principle with the subject matter expertise of clinicians to

effectively locate the surgical supplies thereby increasing the staff productivity, efficiency and

workflow by reducing search and wait t imes for ordered i tems.

• Implemented new room design with real-time locating system (RLTS) to automate and reduce

i nventory.

• Utilized K anban and high density racking to provide logisticians with improved supply

replenishment processes as well as ease of locating at Point-of-use (POU) for nurses/clinicians.

• Coordinated w ith senior project planner and logistics staff to ensure the project progress t racker

reflects the t rue progress of work accomplished.

ACADE M IC PROJECTS

UN I VERSI TY OF HOUSTON, HOUSTON, TX F ALL 2014

D ESIGN F OR ASSEMBLY ( DFA) ANALYSIS F OR B ASE C LA MP

• Performed Design for Assembly ( DFA) analysis and designed the base clamp with PTC Creo

Parametric 3.0 to calculate the operational t ime, cost and design efficiency.

• Re-designed t he base clamp, reduced the number of parts from 12 to 7 and showed up to 11%

i ncrease in design efficiency.

• Calculated position tolerance with GD&T for location control and assigned the required fits.

UN I VERSI TY OF HOUSTON, H OUSTON, TX SPRING 2014

SI M U LAT ION ST UDY, I N TERNAT IONAL ST UDENT SERV ICE O F F I CE

• Simulated I SSSO Office using SIM IO and reduced the waiting time of students in queue by

optimizing the resource capacity and layout of the office.

• Performed s tatistical analysis and determined various probability distributions using Stat Fit

software to provide input to the SIM IO software.

U N I VERSI TY OF HOUSTON, H OUSTON, TX F ALL 2013

E M P LOYEE SH I F T SCHEDUL ING

• F ormulat ed a m athem at ical m odel t o opt i m i ze t he numb er of empl oy ees al ong t he assembl y l i n e.

• D ev eloped an empl oy ee sch edule, consid er ing t h e av ai l able dai l y p rodu ct i on t i me, demand and

av ai l able r esour ces usi ng CPL E X .

ANNA UN IVERSI TY, CHENNAI, I NDIA . F ALL 2012

F I N I TE E L E MEN T ANALYSIS "TR I FE M U R"

O F O CTANT A ND F E M UR R OD O F T HE W EAR T ESTER

• Studied deformation characteristics for different materials of femur rod by buckling analysis.

• Optimized t he thickness of carbon steel octant through contact stress analysis of conformal geometry of

carbon steel ball on octant using ANSYS Workbench Release 13.

• Experimental verification p roved that the design of the "TRIFEMUR" was within safe limits.

TEC H N ICAL SK I L LS

• Proficient in software like Microsoft Excel, MS Project, MS Outlook, MS Visio, SIMIO.

• Knowledge in modeling software like PTC Creo 3.0, Solid Works, Auto CAD, Ansys.

• Basic SQL and Visual Basic.

ORGAN IZAT IONAL M E MBERSH I P AND CERT I F ICAT IONS

• Institute of Supply Chain Management (ISM) M EMBER 2013 – Present

• Six Sigma Green belt Certification 2014

HONORS AND AWARDS

• I ndustrial Engineering D r.Thomas C Chen Scholarship for academic excellence, year 2013/14.

• Texas Public Education Grant for International Students.

• Agarwal Scholarship Endow.

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