Dr. Francisco Reyes Email & Phone Number

England, United Kingdom

Coventry, England, United Kingdom

Research and Development of advanced modelling technologies to help academia and industry make informed business decisions, from assessment of strategic investments all the way to systems and component level optimisation.

Nottingham, England, United Kingdom

Development of predictive physics based models for additive manufacturing technology in the semiconductor industry.Major investigations: a. Lattice Boltzmann method to predict the surface topology of dielectric films in printed electronics applications. b. An efficient surrogate-based model optimisation to predict the morphology of inkjet printed dielectric tracks. c. The roles of wettability, drop spacing and frequency in droplet spreading during inkjet printing d. 3D Surface reconstruction of inkjet printed films using a Shape from Shading inverse problem technique e. Prediction of the deformed geometry of inkjet printed components using a multi-physical stochastic framework f. Multi-physics FE simulation of coupled photopolimerization process with material constitutive models to predict the distortion of polymer-based parts g. Development of an error compensation approach to improve the quality of AM parts using an artificial neural network.Lecturer in numerical methods for partial differential equations, Matlab programming and Industry 4.0Programming skills: MATLAB, Python, C++, Fortran

Puebla, Mexico

Responsible of teaching and redesigning the curricula of the engineering quality and productivity specialisation for the Industrial and Mechatronics Department at Universidad Madero. The specialisation includes four courses: Engineering Productivity and Innovation, Internet of things applications to industrial processes, Continuous Improvement and Lean Manufacturing and Industry 4.0. Major achievements include:Internet of Things course was fully designed to provide the students an introduction to supervised, unsupervised and reinforcement learning with applications to supply chain, logistics and manufacturing processes. Using MATLAB, R and Python programming languages, the course includes examples on how to interfacing with Arduino hardware and create hands-on experiences on computer vision object recognition and predictive analytics. The continuous improvement course was redesigned to incorporate on DMAIC and DFSS methodologies with particular attention to optimisation techniques for robust design.Other responsibilities include the supervision of undergrad students in conducting investigations and lab work, Support students designing experiments and advising on ways to validate measurements systems using statistical tools. Linking up industry and academia to identify and develop required skillsets and building opportunities such as industrial placements for students.Skills: Teaching, assertive communication, collaboration, coaching, course development

Querétaro Area, Mexico

• Engineering leader with 10+ years of experience leading by example, inspiring others innovative thinking and learning as an integral part for growing in the aviation industry. • Proven ability leading multi-disciplinary teams, driving new product introductions and services projects while collaborating effectively with teams worldwide.• Led technology transfer from Poland in 6 months involving 150 employees, developing the required skill sets thru on the job activities and training, hiring talent from aerospace industry and creating enough pipeline for team sustainability.Skills Developed: Business & Strategy Development, Customer Relationship Management, Lean Six Sigma, Manufacturing Operations, Leadership & Organizational Development, Strategic Planning & Execution, Critical Thinking & Creativity, Financial Analysis & Contract NegotiationAwards: GE Infrastructure Queretaro Leadership Award (2013). GE Aviation VP Leadership Award (2017).

Queretaro

Fostered a positive and challenging work environment where team-members feel valued by ensuring company Compliance, EHS and Export Control initiatives are implemented within the Product Engineering Center organization.Skills Developed: EHS Policies and Standards, Export Control Laws, Leading without Authority, Influencing and Negotiation, Assertive Communication, Sourcing of Facilities, Labs Management, Work-Life Balance, Health in Workplace.Awards: Lead by Example - HealthAhead Initiative Leader (2011). Simplification of Document Tagging Process for Export Control (2013)

Queretaro, Mexico

Led 50+ engineers providing engagement and technical direction for the Mechanical Systems and Military Design, Stress and Life Management team supporting Fan, Compressor and Turbine GE Engine modules. Implemented 3 year strategy to become the best Global Engineering Stress and Life Management Team for GE creating value with other global sites: India (BEC), Poland (EDC) and Turkey (TTC) teams.Skills Developed: Bearing Design and Analysis, Lube Systems Design, External Systems Design, FEA, Life Cycle Fatigue, Turbomachinery Design, Repair Methods for Structural Components, Business Strategy, EVM, Critical Path.

Queretaro

Coached and led five lean events and over 50 Green Belt Projects. Managed Bullet Train and Technical Growth metrics exceeding customer requirements.Reviewed financial feasibility of infrastructure investments, such as material labs, buildings & computer cluster. Adjusted rates for savings, keeping operations and delivery commitments untouched. Team efficiency increased by 30% in three years.Procured engines for employee training & special equipment with financial support of Mexican government.Skills Developed: Operations Research, Leading without Authority, Big Data Analytics, Financial Analysis, Negotiation, Influencing, Presentation and Communication , Lean Manufacturing, Design for Six Sigma.

Querétaro Area, Mexico

Led a team of 12 engineers in charge of all GE military Mature Engines Stress Analyses.• Developed Finite Element Analysis and Low Cycle Fatigue foundations of turbine components spanning rotors, airfoils and structure casings.• Developed transfer function to characterize materials using kinematic hardening approach for elastic-plastic FEA simulations. Authored GE Best Practice to model and analyze Edge of Contact Phenomenon.• Reduced finite element analysis cycle time by 33% through APDL programming implementation.Awards: GE Aviation Technical Growth Award (2005) Highest honor for GE Engineering Teams.Skills: Turbofan/Turbojet Architecture, Turboprop/Turboshaft Architecture, Rotor and Airfoils Component Design and Analysis, Finite Element Analysis, Life Analysis, 5S, TOPS8D, ANSYS, Supply Chain Integration, Green Belt Certification, MRB, DPR, Departure Records.

Doctor Of Philosophy - Phd, Mechanical Engineering

Activities and Societies: Mexican Society Cultural Secretary

Executive Master Of Business Administration (Mba), Business, Management, Marketing, And Related Support Services

Activities and Societies: Enterprise Incubator support

Master Of Science (Ms), Mechanical Engineering

Activities and Societies: Design Optimization Lab (GM)

Bachelor Of Science (Bs), Mechanical Engineering

Activities and Societies: Soccer team all-star team

Business Administration And Management, General