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Software: Microsoft Office, SPC, Minitab, DOE, JMP, 5S, 8D, Kaizen

Hackettstown, New Jersey, United States
85,000 - 95,000
December 05, 2018

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Victor Labyuk

** **** **** **, ************, NJ 07840 Cell: 908-***-**** E-mail:


Results-oriented individual experienced in Semiconductor and Fiber optics devices Epitaxial growth. Strengths include: Epitaxial growth and Technical support of III-V materials and Faraday Rotators, Strategic planning & execution, Troubleshooting MOCVD Epitaxial Growth Systems and Liquid Phase Epitaxy Systems, Process integration, Data analysis, Technical documentation. Reliable, self-motivated managing multiple tasks, striving to improve methods, while functioning well within teams.



Integrated devices on a common compound semiconductor III-V wafer.


Integrated devices on a common compound semiconductor III-V wafer.


Integrated devices on a common compound semiconductor III-V wafer.


Process for manufacturing epitaxial wafers for integrated devices on a common compound semiconductor III-V wafer.


Integrated Photonics, Inc. Hillsborough, NJ. August 2014 – October 2018

Senior Process Engineer. Faraday Rotators.

•Evaluated manufacturing processes by designing and conducting research programs; applying knowledge of product design, fabrication, tooling and materials, conferring with equipment vendors, soliciting observations from operators.

•Analyzed testing requirements of various products. Proposed and implemented methods and equipment that would detect defects introduced during the production process.

•Improved Product and Process Quality as well as Production Control by implementing testing methods for finished-product and process capabilities, establishing standards, confirming manufacturing processes.

•Achieved yield improvement from 50% goods to 89% utilizing root cause analysis failing at Final test by redesigning manufacturing process in Polishing Garnet Slabs, resulting in reduction in manufacturing labor cost and achieving deliveries.

•Managed various production process/product improvement projects by conducting root cause analysis, implementing corrective action and evaluating design plans while meeting project deadlines 100% of time.

•Keep equipment operational by coordinating maintenance and repair services, following manufacturer's instructions and established procedures, requesting special service.

•Wrote special engineering processes and model specific process instructions used as guides for production floor operators and for document control.

•Trained operators on revised various process instructions using a “hands-on” approach, while ensuring a clear understanding of how the process affects product.

•Responsible of Liquid Phase Epitaxy Technology lines supporting & improving current processes, including Reactors Temperature Control & manual operations in a high mix low volume production environment.

•Conducted as part of a team, a Failure Mode and Effects Analysis required to prioritize improvement opportunities of entire factory.

•In charge of Control and Technical Support of the Liquid Phase Epitaxy Fab. Accountable for the Distribution, Qualification, Calibration, and Repair of Production and Test equipment.

IQE-RF, LLC. (Division EMCORE Corporation). Somerset, NJ. March 1999 - July 2014

MOCVD Senior Production Engineer. InGaP, InGaAs Electronic Materials.

•Epitaxial growth of III - V materials included InGaP HBT, InGaP Bi-FET, InGaAs Phemt.

•Interfaced with design engineering in coordinating the release of new products.

•Developed III-V materials-based processes on multiple MOCVD tools for pre-production and pilot production on MOCVD reactors include the Veeco E400 and E450 systems. Products include AlGaAs and InGaP Phemts, Emode FETs, Bi-FET and InGaP HBTs.

•Developed engineering procedures for sustain production, improve uptime, wafer throughput, and product yield. Analysis of SPC and DOE data identified key process variables that lead to a 33% increase in yield for InGaP Bi-FET.

•Created Design and Process Failure Mode and Effects Analysis documentation for developed processes.

•Established work procedures for training maintenance and operations personnel.

•Familiarity with and interpretation of XRD, SEM, SIMS, Hall, PL, Lehighton, and Surface Scan test data as well as knowledge of fabrication and test of HBT and Bi-FET devices.

•Operated and maintained production reactors in a class 100 cleanroom.

•Supervised the maintenance and redesign of reactors for high volume production of GaAs based

Growth and process.

•Designed, developed, and implemented cost-effective methods of testing and troubleshooting systems and equipment.

•Reviewed the request from customer and follows conceptual design to meet customer requirements.

•Analyzed projects/proposals to determine feasibility, producibility, cost and production time, and discusses results with engineers and other personnel.

•Evaluated product design for conformance to engineering principles, customer requirements, quality standards, and specifications.

•Analyzed test data and provided test reports.

•The Member of “Kaizen” and “5S” teems to improve “Green to Green” production timeline.

•Operated and maintained MOCVD reactors E400, E450, E475, D180 for production lines and research laboratory.

•Responsibilities included control of replacement of alkyl sources, exhaust and chamber maintenance, maintaining vacuum systems, and calibration of the tool for epitaxial growth as well as training of new hired Engineers, Fab operators, and Systems Technical Support technicians.


•Byelorussian Polytechnic Institute, Minsk, Belarus. 1982-1987

MS in Mechanical Engineering

•Evaluation Determination: Diploma MV #082649, CIP code 14.1901. 7/2000

Combined Bachelor and Master of Science Degree in Mechanical Engineering

Global Language Services, 319 Broadway, NY 10007

•THE CHUBB INSTITUTE, Parsippany, NJ. 1998-1999

Diploma in Computer Programming


•Software: Microsoft Office, SPC, Minitab, DOE, JMP, 5S, 8D, Kaizen, ISO 9000, familiarity with Six Sigma.

•Hardware: Proficient with R&D scale to full production machines including Veeco E400, E450, E475, D180 Reactors and Liquid Phase Epitaxy Reactors.

•Test Equipment: XRD, Bio-Rad PL, Hall, Capacitance-Voltage measurements, HBT and Bi-FET Prober Device Fabrication and test.

REFERENCIES: Available upon request.

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