Experience

Nikalyte Ltd

• United Kingdom
• Nanotechnology Research
• 1 - 100 Employee

• Technical Director

  • May 2019 - Present

  o Designing and developing a novel (possibly the world’s first) benchtop nanoparticle deposition system with user-friendly operating features. o Researching and identifying cost-saving technical solutions and implementing in the product without compromising the quality. o Overseeing various business processes and providing crucial support where necessary (web-site development, design user interface for software, sales, marketing, and finance, etc…) o Analyzing experimental data using python for data wrangling and exploration to improve product quality. o Developing plasma and magnetic mathematical models to understand the nanoparticle production process. The effort resulted in, high purity nanoparticles with 2 orders of magnitude increase in yield, reducing the production cost for precious metal, high yield, and low-cost applications.



MANTIS DEPOSITION LIMITED

• United Kingdom
• Appliances, Electrical, and Electronics Manufacturing

• Data Scientist

  • Jan 2014 - Apr 2019

  o Gathering and carrying complex data analysis using machine learning algorithms, according to business development and customer requirements.o Maintaining, testing, and modifying firmware and software code written in C#.o Collaborating with production and business development teams to define KPIs and to assess the progress and recognize the opportunities for product analytics projects.o Mentoring engineering, production, and business development teams in building data-fluent culture.o Developed regression machine learning algorithms using Python, for analyzing the quadrupole mass spectrometer data, which helps the customer to optimize the nanoparticle generation process efficiently.o Developed classification machine learning algorithms for test and research data, which improved product quality.o Built profit-maximizing pricing model by predicting the demand curve of each product.o Used various visualization techniques (Python, Excel, PowerPoint) for presenting complex data analysis to international customers and diverse internal management needs.o Developed various mathematical models to improve quality and reducing production costs.o Composing and maintaining user and engineering manuals.

• Research Scientist

  • Jun 2009 - Dec 2013

  o Developing new products and improving the quality of existing products for a wide range of scientific instruments.o Providing innovative solutions according to customer requirements.o Identifying the cost-saving technologies and implement in new and existing products without compromising the product quality.o Supporting production team where required and deliver quality products on time.o Mentoring and training production staff and customers while maintaining & scheduling research lab and analytical tools.o Developed plasma and magnetic mathematical models to understand the nanoparticle production process. The effort resulted in, high purity nanoparticles with 2 orders of magnitude increase in yield, reducing the production cost for the precious metal, high yield, and low-cost applications.o Developed mechanical and heat transfer FEM analytical models using multi-physics Elmer package, which reduce the design time and product cost.



Ulm University

• Germany
• Education Management
• 700 & Above Employee

• Research Associate

  • Jan 2005 - Apr 2009

  o Developed software based on mathematical equations using Python to understand the micromagnetic structures of nanoparticles. o Developed a mathematical model for nanoparticle formations using Python and C which helped to build a cost-effective and high-quality nanoparticle production system. o Teaching how to develop Monto-Carlo simulation in C to master students and how to use the visualization techniques in Python on Linux based system to generate the report. o Developed software based on mathematical equations using Python to understand the micromagnetic structures of nanoparticles. o Developed a mathematical model for nanoparticle formations using Python and C which helped to build a cost-effective and high-quality nanoparticle production system. o Teaching how to develop Monto-Carlo simulation in C to master students and how to use the visualization techniques in Python on Linux based system to generate the report.

• Lab Assistant

  • Jan 2003 - Oct 2004

  o Developed an algorithm based on mathematical equations to understand the micromagnetic structures of thin films o For better understanding of magnetic domain motion upon application of a magnetic field, a new electromagnet was constructed and included in the Kerr-microscopy system. o Developed an algorithm based on mathematical equations to understand the micromagnetic structures of thin films o For better understanding of magnetic domain motion upon application of a magnetic field, a new electromagnet was constructed and included in the Kerr-microscopy system.



Aster industry

• Greece
• Food and Beverage Manufacturing
• 1 - 100 Employee

• Quality Control Engineer

  • Jan 2002 - Aug 2003

  o Performed daily data queries and prepared reports on a daily, weekly, monthly, and quarterly basis. o Used advanced Excel functions to generate spreadsheets and pivot tables. o Performed daily data queries and prepared reports on a daily, weekly, monthly, and quarterly basis. o Used advanced Excel functions to generate spreadsheets and pivot tables.