Udaykiran Rokkam

**** ****** **., *** ***, Houston – 77054.

Cell: 918-***-**** acpa8x@r.postjobfree.com

MECHANICAL PRODUCT DESIGN ENGINEER [CAD]

Highly skilled design engineer with 7 years of experience in R&D, new product development

and sustaining engineering of pipe line and semi-conductor manufacturing equipment.

Proficient in handling projects at any stage of life cycle from concept to manufacture. Expert

skills in Solidworks, Pro/E and comprehensive knowledge of pipeline equipment and various

manufacturing processes.

Expertise

• New Product Development • Project Management

• Electro-mechanical, Hydraulic & • Verification & Validation Testing

•

Pneumatic systems Finite Element Analysis (FEA)

• Manufacturing Drawings & support • Vendor Management

• Concept to Manufacture • 3D CAD, ERP, PDM & PLM Tools

• Product R&D • Sheet metal design & manufacturing

• ASME Y14.5 drafting standards, GD&T • Sustaining engineering & BOM

• DFM, DFA & DFS capability

Engineering Experience

Aegion [CRTS] Houston, Tx.

Mechanical Engineer, 01/2014 to Present

Hired as an R&D engineer for new product development of pipeline robots in small diameter pipe.

Had to step into variety of successful quick turnaround projects to meet volatile requirements and

deadlines. Worked closely with manufacturing to ensure quality & achieve faster design iterations

between testing.

Project Highlights:

• Pipeline Robots: Generated concepts for internal pipe tap servicing robot to operate in

a 6” fresh water pipeline. This complete cycle project could increase revenue from $5M to

$300M in 4 years. The iTap robot is 6 DOF system reduces cycle time by 80%.

• Double Joint Equipment: Designed internal pipe cleaning & coating systems as part of

a $26M double joint plant project which was being built for the first time in 30 years from

scratch. Developed the plant layout for blasting, heating & coating. Worked with vendors

on the project to complete the hydraulic & pneumatic systems.

• Induction Heating Coils: Involved in R&D for the induction heating coils for thermal

calculations, power requirements, cooling specifications and prototype build. Performed

investigation on existing design to evaluate high cycle times compared to market and

recommended high frequency power source solution.

Stanley Black & Decker [CRC-HCL] Tulsa, OK.

Lead Mechanical Engineer, 03/2012 to 12/2013

I was a lead engineer assigned to work on multiple projects & product lines simultaneously with a

team of 6. CRC manufactures heavy equipment used in laying pipe-line. Fit in seamlessly in spite

of this being a completely new domain because of my adaptability & learning skills.

Project Highlights:

• Pipe Bending Machines: Structural analysis of the pipe bending machine frame to

make it efficient and prevent break down. Designed fixtures to reduce build time and

manufacturing errors. Employed alternate manufacturing methods for the bending die to

reduce lead time from 12 to 2 weeks.

• Internal Pipe Line-up Clamps & Mandrels: Redesigned the entire product line from

size specific to pipe range system, thereby having to maintain minimal inventory &

interchangeability.

• Value Engineering: Performed value analysis on the 6-20 pipe bender to understand

the manufacturing costs and suggested alternate designs to reduce cost by 15%. Using

that budget enhanced functionality by deploying a solenoid directional valve.

Axcelis Technologies [HCL] Beverly, MA.

Lead Mechanical Engineer, 12/2007 to 02/2012

Started working as a junior mechanical engineer in sustaining engineering team to support

production and maintain product life cycle. Continued good work in the field issues resolution and

new product development teams. Instrumental in the launch of high current single wafer ion

implanter.

Project Highlights:

• Ion Implanters: Designed and developed magnetic confinement tunnel assembly to

prevent beam blow-up in the high current ion implanters. This improved performance and

eliminated particle issues in the beam path.

• Cleaning & Curing Tools: Designed enclosures for high voltage time of flight PCB

used in CCS tools. Developed cooling lines within the chuck to reduce temperature

distortion on wafer. Generated installation, calibration & troubleshoot procedures.

• Field Issues Resolution: Designed retrofit & upgrade kits for tools installed in the field

with issues. This generated aftermarket revenue close to 10% of total revenue.

Implemented a methodology to transfer the retrofits into the new product design.

• Sustaining Engineering: Managed a group of 8 including engineers and drafters to

ensure smooth production of semi-conductor equipment. Part of engineering design

review board to approve & release ECNs.

Education & Credentials

ANDHRA UNIVERSITY Visakhapatnam, India

BE in Mechanical Engineering, 04/2007

Certified in structural analysis, Design optimization and Finite Element Analysis.

Technology Tools

Solidworks, Pro/E, Inventor, CATIA, AutoCAD, Ansys, MS Office, Intralink, SAP & Oracle JDE.

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