Control Electrical

ELECTRONIC, ELECTRICAL & CONTROL SYSTEMS ENGINEERING

An accomplished engineer with over 16 years' experience in management, training and project management.

Control Systems & Instrumentation Automotive Powertrain Control Systems Hybrid Electric Vehicles

Automation Renewable Energies Artificial Intelligence Modeling & Computer Simulation Mechatronics Maintenance

Embedded Control Systems Electrical/Electronic Circuits and Systems(AC & DC - LV and HV) Analogue and Digital

Electronics

MATLAB/Simulink/State Flow

PROFILE

EFFICIENT PROJECT LEADER Motivating and assisting a team of high caliber staff to ensure

complete understanding of projects, strategy, scope and vital elements for successful completion. Able to

develop Specification, Design, Installation and Startup of Research Projects and Industrial Plants.

HIGHLY VERSATILE & SOLUTIONS-FOCUSED PROFESSIONAL Provides technical assistance

and real solutions, effectively working with a team or individually. Develops research projects, new

technologies, mathematical models and simulation of industrial processes. Designs and analyzes electrical

and electronic circuits/systems, control systems and electronic instrumentation devices, sensors and

actuators.

FLEXIBLE FACILITATOR/CONSULTANT Confident and qualified to carry out roles including

Electrical, Electronic & Control Systems Engineering trainer, Embedded Control System Engineer,

Automation Engineer, and Control System Engineer.

COMPUTER EXPERTISE

• Microsoft Word, Microsoft Excel, Microsoft Power Point, Microsoft Visio, World Wide Web

• Programming languages such as: Fortran, Basic, C and C++ languages

• MATLAB/Simulink/Stateflow, LABVIEW, MAPLE, PSPICE, SIMNON, MULTISIM, PROTEUS, DOORS and

PCB Design

• Programming PIC microcontrollers using Assembler, MPLAB IDE, MPLAB X, MPLAB SIM, MPLAB C30

Compiler from Microchip Technology

• Programming microprocessor and microcontrollers using Assembler language

• Programming PLC using Ladder language (i.e. i-TRILOGI 6, Allen Bradley-RSLogix for Allen Bradley PLC 5

and SLC 500, Siemens/Telemecanique and Mitsubishi)

• Programming VHDL and Verilog for CPLDs, FPGAs and ASICs for Digital Systems (Xilinix and Altera)

ELECTRICAL&ELECTRONICS AND CONTROL SYSTEMS ENGINEERING

SKILLS, ABILITIES AND EXPERT KNOWLEDGE

Analysis and Design of the Electric & Electronic Circuits/Systems using: Ampere Law, Ohm s Law,

Kirchhoff Voltage s Law, Kirchhoff Current s Law, Voltage Divider Circuit, Current Divider

Circuit, Power Calculation, Energy Calculation, Node-Voltage Method, Mesh-Current

Method, Supernode Method, Thevenin s Theorem, Norton Theorem, Superposition

Theorem, Series Circuits, Parallel Circuits, Serie-Parallel Circuits, Wheastone Bridge,

Complex Circuits, AC/DC Circuits, RC Circuit, RL Circuit, RLC Circuit, Sine-Wave

Characteristic (i.e. Period, Phase, Average, RMS, and Peak Values), Total

Resistance/Inductance/Capacitance, Impedance, Reactance Inductance/Capacitance, Power

Factor, Kilowatt hour, Volt Ampere, Efficiency, Electrical Motor Efficiency, Electrical Motor-

Power, Electrical Motor-Ampere, Horse Powers, PCB trace Width and Wire Parameters

Calculators. Also, I am expert user of the Polyphase Alternant Current and Electrical

Properties of the Delta and Wye connections. Common-Emitter Amplifiers, Common-Base

Amplifiers, Common-Colector Amplifiers with BJTs. Common-Source Amplifiers, Common-

Gate Amplifiers and Common-Gate Amplifiers with JFETs. Also, I am expert in Power

Supplies, Filters, Regulators, Cascaded Amplifiers, Power Amplifiers, Function Generators

and Oscillators.

I am a proficient user of those formulas and techniques with more than 16 years of experiences

developing analysis, design, implementation and troubleshooting for single phase and

three phase. Moreover, I am expert in Electricity, Magnetism and Electromagnetism. I also

used the resistor and capacitor colour coded. I addition I used the inductor numerical

coded. Moreover, I have proficiency using, reading and interpreting Electrical/Electronic

Schematic Symbols and Diagrams.

Electrical & Electronic Devices used: Switches, Fixed Resistors, Variable Resistors, Light Dependent

Resistors (LDR), Fixed Capacitors/Condensers, Variable Capacitors, Fixed Inductors, Variable Inductors,

Transformers, Power Transformers, Autotransformers, Solenoids, Relays, Diodes, Zener Diodes, BJT

Transistors, Photodiodes, Phototransistors, JFETs, MOSFETs, Darlington Connections/Devices, SCRs,

TRIACs, DIACs, IGBTs, Batteries, Supercapacitors or Ultracapacitors, Electrical fuses, Circuit Breakers,

Operational Amplifiers, Induction Motor, DC Motors, DC Generators, AC Generators, Solid State Protection

Circuits, Motor Protectors, Compressors Motor Relays (current and voltage type relays).

Digital Integrated Circuits/Systems: Logic Gates (i.e. AND, OR, NOT, NAND,NOR, OR-Exclusive and

NOR-Exclusive), TTL devices, DDL devices, NMOS Logic Gates, CMOS Logic Gates, Buffers, Three State

Devices, Data Buses, Analog-to-Digital Converters, Digital-to-Analog Converters, Cristal Oscillators, Astable

Multivibrators, Monostable Multivibrators, Bistable Multivibrators, The Schmitt Trigger, Microprocessors,

Microcontrollers, Microcontrollers PICs and dsPICs, FPGAs, CPLDs and ASICs.

Proficiency using the following Electrical & Electronic meters (for AC, DC, LV and HV) : Oscilloscope,

AC/DC Voltmeter, Ammeter (i.e. Clamp-on ammeters and AC/DC Ammeters), Ohmmeters, Megohmmeters,

Capacitance Meter, Inductance Meter, Impedance Meter, Energy Meter and Power Meter or Wattmeter,

Multimeter, Meggers; Three-Power Measurements, Q-meters and Frequency Meter. I used the Electronic

and Electrical meters for checking design performance, maintenance, solving problems and troubleshooting.

Specification, design and implementation of sensor and actuators: Current Sensors, Voltage Sensors,

Temperature Sensors (i.e. RTD and thermistors), Temperature Control Switches, Pressure Sensors,

Pressure Control Switches, Photoelectric Sensor, Light Sensors, Force Sensors, Displacement Sensors,

Motion Sensors, Sound Sensors, and Switches (i.e. Encoders), Gyroscope, Accelerometers, Hall Effect

Sensor (i.e. measurement of the speed of rotation), Fluid Flow Sensors and Humidity Sensors, actuators

(i.e. Control Valve and PWM generator).

Signal Conditioning and Electronic Instrumentation: Wheastone Bridge, Potencial divider circuits,

Interfacing Sensors Circuits, Noninverting Amplifier, Amplifier Inverter, Amplifier Follower, Buffers, Adder

Amplifier Inverter, Instrumentation Differential Amplifier, AC-coupled Feedback Amplifiers, Voltage-to-Current

Converters, Current-to-Voltage Converters, Reference Voltage Sources, Voltage Regulators, Current

Amplifiers, Diode Limiter Networks (i.e Series Limiters, Shunt Limiters, Feedback Limiters, Resistance Ratio

methods, Zener diode Feedback Limiters, Precision Limiters), Voltage Level Detectors, Two Level Detectors,

Zero Crossing Detectors, Precision AC to DC Converters, Logarithmic Amplifiers, Logarithm current-to-

voltage converter, Voltage Level Detectors Analog Multipliers, Analog Dividers, Active Filters, State-Variable

Circuits, Digital-to-Analog Converter, Peak Detectors, Peak-to-Peak Detector. Pulse Circuits – Monostable

Multivibrators, Voltage-to-frequency converters, Pulse Width Modulators (PWM), Voltage-to-Pulse-width

converter.

Power Electronics: Power Converter AC-DC, Power Converter DC-DC, Power Converter DC-AC.

Automation, Control Systems and Condition Monitoring : Analog PID Controllers, Discrete PID

Controllers, Tuning and Implementation of PID Controllers, Control Systems for the Power Converters,

Intelligent Control Systems for the Electronic Differential Traction System, Power Management Control

Systems, Regenerative Braking Control Systems, Embedded Controllers using C language and

Microcontrollers PICs and dsPICs. Design and Implementation of SCADA and DCS Systems using PLC,

Microchips microcontrollers PICs/dsPICs, LABVIEW and MATLAB/Simulink technologies, Mathematical

Modeling of Dynamic Systems, Proficiency in Computer Simulation (MATLAB/Simulink/ Stateflow, C/C++,

PSPICE, MAPLE, SIMNON, PSIM, Electronic Workbench and Proteus), Linear Controllers, LQG/LQ

Controllers, Internal Model Control Systems, Nonlinear Control Systems, Model Based Predictive Controllers

(Linear/Non Linear), Fuzzy Controllers, Neural Network Control Systems, Neuro-Fuzzy Controllers,

Observers, Modeling and Identification, Minimum Variance Controllers (Linear/Non Linear), Digital Filters.

Additionally, I have experiences with Communication Systems and several Industrial Communications

Protocols such as: ETHERNET, DeviceNet, ControlNet, DataHighway+, CAN, Profibus, Fieldbus, SPI, I 2C,

UART, DB25, RS232 and R485. Finally, I have experiences Programming PLC using IEC 1131-3, Instruction

List (i.e. Ladder Program), Sequential Function Charts and Structured Text.

GENERAL SKILLS AND ABILITIES

Work under pressure

Work to strict deadlines

Work independently and as part of a team.

Reading text and Document use

Writing and Oral communication

Public Speaking/Relations

Proficiency in English and Spanish

Working with others

Problem solving, Decision making and Critical thinking

Job task planning and organizing

Continuous learning

Significant use of memory

Finding information

Installation, maintenance and Inspection of electric and electronic equipment or facilities

Maintenance: Planning, Preventive, Predictive and Corrective

Project planning and management of Industrial Applications

Team Development/Coaching

Supervision

Willingness to push existing boundaries and learn/develop new skills

Self motivated and able to work with or without direct supervision

Quick Learner and Adaptation to new Technologies

Identify system behavioural trends and assess possible solutions

Strong leadership capabilities

Consulting and Training

Research projects and technological development

Technical Manuals and Scientific Information

Proficiency in Mathematics and Numerical Methods: Theories and Applications

Standards and Norms (ISO, ANSI, IEEE and IEC): Analysis and Implementation

Quality Control and Quality Assurance Management

Prepare material cost and timing estimates, reports and design specifications

Supervise and inspect the installation and operation of electrical and electronic systems and equipment

Team player who will be committed to success of the team and organization

Strong interpersonal and communication skills

Commitment to customer satisfaction

High level of analytical ability where problems are complex

Experience in supervision of multi-trade workforce

Ability to interpret blueprints and engineering drawings

Awareness of safety concepts

Artificial Intelligence/Soft Computing: Expert Systems, Fuzzy Logic, Fuzzy Systems, Artificial

Neural Networks and Neuro-Fuzzy Systems

Power Plants and Renewable Energies

Author and reviewer of the following types of documents: Design Proposal, Design Substantiation Documents,

Project or Engineering Quality Plans, Procurement specifications (for purchase of bespoke equipment) and

Works Test Specifications.

Knowledge and application of advanced control methodologies

Expertise in control system design and modeling (system identification and first principles).

Condition Monitoring

Fault Detection

Calibration,Verification and Test

Control Systems Engineering

Electronic and Electrical Engineering

PLC programming: Ladder Language and Instruction Language

Automation and Control Systems Design with PLC

Process control using PID and DCS control technologies

Instrumentation & Control Systems for Industrial Processes

Develop the I&C portion of P&IDs

Powertrain Control Systems

Electric Vehicles (EV) and Hybrid Electric Vehicles (HEV)

PROFESSIONAL EXPERIENCE

DANSER Mechatronic Consulting Ltd. August

2012 – Present

Owner and External Consultant for Mechatronic Applications and Renewable Energy Systems

Modeling, Computer Simulation and Control Systems of Mechatronic and Renewable Energy Systems

Instrumentation, SCADA and DCS technology applied to Mechatronic and Renewable Energy Systems

Renewable Energy Systems

Mechatronic Systems

Robotics

Electric Vehicles

Hybrid Electric Vehicles

Conventional Power Generation and Renewable Energy Systems

Subway, Train and Locomotive Machines

Underwater Vehicles

Airplanes

Aircraft

Helicopters

Ships and Boats

Motorcycles

Training and Instructions Course about Mechatronics

Tutorial Courses

Research Projects and Technological Developments

Conferences

Electronic and Electrical Engineering

Instrumentation and Control Systems Engineering

External Consultant

Development of Academic Programs (Postgraduate Courses, B.Sc., M.Sc. and Ph.D.) for Mechatronic

Systems, Renewable Energy Systems and Hybrid Electric Vehicles

Metropolitan Autonomous University (UAM) Mexico November 2011-

December 2012

DINA/Energy Department

Electronic and Control Systems Engineering External Consultant & Team Leader

• Coordinator, manager and developer of the research projects for the Hybrid Trolebus and the Hybrid Bus.

• Responsible for the design and implementation of electronic and control systems; control algorithms; Electronic

Differential Traction System; Temperature Control System for the subsystems and the vehicles; Power

Management Systems for the Combustion Motor, Ultracapacitors, Batteries, the Regenerative Braking System

and the HVAC source.

• Developed mathematical model and simulation of the Hybrid Trolebus and the Hybrid Bus; Regenerative

Braking System; Control Systems for the LEDs.

• Design and teach training courses in electrical, electronic and control systems engineering.

• Supervisor of the research projects related to electronic and control system engineering.

• Design the Power Electronics Circuits (CD/CD Converters, CA/CD Converters and CD/CA converters/

Inverters).

• Accountable for specification and Development of the SCADA System

• Embedded Control Systems (C/C++, MPLAB, PLC and LABVIEW)

• Mathematical Modeling and Simulation with MATLAB\Simulink

• Electrical/Electronic Design, Analysis, Implementation and Troubleshooting

• Instrumentation and Control Systems using DCS control technologies

• Design and Implementation of Electronic Circuits: Amplifiers, Filters, Power Supply

• Condition Monitoring

Metropolitan Autonomous University (UAM) Mexico November 2010-

October 2011

Electronic Engineering Department

Researcher Professor - Control Systems, Mechatronics Systems and Robotics

• Team Leader of the Mechatronic systems and Robotics Research Group.

• Lecturer of the following courses: Control systems I, Control Systems III and Laboratory of Control Systems.

• Coordinator and developer of the New Research Areas of the Electronic Engineering: Mechatronic Systems and

Robotics.

• Development of the Postgraduate Diploma of Artificial Intelligence applied to Modeling, Signal Processing,

Process Control, Mechatronic Systems and Robotics.

• Development of the Postgraduate Diploma of Modeling and Control of Industrial Processes.

• Coordinator and Developer of the academic programs for the M.Sc. and Ph.D. in Mechatronic Systems and

Robotics Engineering.

• Expositor of the following conferences: Artificial Intelligence, Control Systems Applied to the Industry, Solar

Energy-An Alternative for Saving Energy, Mechatronics and Robotics as Multidisciplinary Sciences,

Mechatronics and Robotics Engineering as Application Field, Solar Energy and Hydrogen as a Energy Sources.

• Researcher in charge of the research projects related to Control Systems applied to Mechatronic Systems and

Robotic.

• PID controller applications for Industrial Processes

• Control Systems Design and Computer Simulation with MATLAB\Simulink

• Intelligent Control Algorithms: Artificial Neural Networks, Fuzzy Logic and Neuro-Fuzzy Systems

• Signal Conditioning: Electronic Instrumentation (OPAMP, Diode and Transistor Circuits, voltage to current

signal conversion, voltage to voltage signal conversion, voltage to frequency signal conversion)

• Design and Implementation of Digital Systems using Logic Gates, VHDL, Microcontrollers,PICs, dsPICs,

CPLD, FPGA and ASIC

University of Strathclyde UK February

2004-August 2007

Industrial Control Centre, Electronic and Electric Department

Teaching Assistant

• Providing assistance to the undergraduates and postgraduates students in the development of the tutorials,

laboratories and practical sessions of the courses.

• Development of the exam solutions and marking of the students’ logbooks.

• Courses assisted: B. Eng. in Control Systems Engineering, Degree Courses, MSc in Communications, Control &

Digital Signal Processing

• PID controller applications for Industrial Processes

• Control Systems Design and Computer Simulation with MATLAB\Simulink

• Virtual Instrumentation and Embedded Control Systems with LABVIEW

• Advanced Control Algorithms for Industrial Applications

• Intelligent Control Algorithms for Nonlinear Systems

University of Strathclyde UK June-

November 2005

The Applied Control Technology Consortium and the Industrial Control Centre

Research Assistant as Expert in Neural Networks

• Development of lecturer notes and hands on examples about Artificial Neural Network.

• MATLAB\Simulink and Neural Network Toolbox

• Delivery of the course British Aerospace (BAE) Systems, Hosted by SEIC, Leicester on 8 – 10 November 2005.

Autonomous University of Tlaxcala Mexico July 2001-

October 2010

Researcher Professor in Electronic and Control Systems

• Chief of Computer Centre and Electronic Laboratory

• Coordinator of the Electronic System Engineering

• Lecturer of the Master in Science in Computing Engineering and the Bachelor in Science in Electronic System

Engineering programs

• Academic Tutor and Supervisor of Thesis for the B.Sc. and M.Sc. students

• Chairman of the Control Systems and Automation Research Group in the M.Sc. in Computing Engineering of the

Engineering Department.

• Development of the academic programs for the B.Eng. in Electronic Systems, Control Systems and Automation

Research Area of the M.Sc. in Computer Engineering.

Facilitated the following courses in B.Sc. in Computer Engineering, B.Eng. in Electronic Systems and

M.Sc. in

Computer Engineering:

• Microprocessors and Micro-programming, Computer Architectures II, Interface Design, IC Family Technologies,

Electronic Instrumentation I, Electronic Instrumentation II, Control Systems I, Control Systems II, Electric

Circuits, Control Process I, Control Process II, Control of Industrial Processes and Instrumentation, and

Development of Real Applications with Microcontroller PICs.

• Mathematical Modeling and Computer Simulation (MATLAB\Simulink, PSPICE, MAPLE, SIMNON, PSIM,

Electronic Workbench and Proteus)

• Design of PI&D Diagrams and Layouts for Industrial Processes

• PID controller applications for Industrial Processes

• Virtual Instrumentation and Embedded Control Systems with LABVIEW

• Process control using PID as well as DCS control technologies

• Signal Conditioning: Electronic Instrumentation (OPAMP, Diode and Transistor Circuits, voltage to current

signal conversion, voltage to voltage signal conversion, voltage to frequency signal conversion)

• Design and Implementation of Digital Systems using VHDL, FPGA and ASIC

ATO QUIM INDUSTRIAL Mexico January 1996 –

July 2003

External Consultant as Electrical, Electronic, Automation, Instrumentation and Control Systems Engineer

• Specification of the Automation and Control Systems for Chemical Processes

• Layout of the Electrical and Electronic Processes, Instrumentation and Control Systems Engineering

• Automation and Control Systems Development with PLC: Analysis, Design and Implementation

• Electronic Instrumentation (Sensors) and Signal Conditioning

• Design and revision for Instrumentation and PID controller for PI&D Layouts

• Development of Temperature, Pressure and Humidity Control Systems for Industrial Processes

• Mathematical Modeling and Computer Simulation (MATLAB\Simulink, PSPICE and MAPLE)

• Process control using PID as well as DCS control technologies

• Signal Conditioning: Electronic Instrumentation (OPAMP, Diode and Transistor Circuits, voltage to current

signal conversion, voltage to voltage signal conversion, voltage to frequency signal conversion)

Technologic Institute of Apizaco Mexico July 2001-August

2003

Lecturer

• Courses taught: Digital Systems I, Analysis of Circuits I and Electric Machines.

Morelos University of Cuernavaca Mexico July 2001-August

2003

Professor of Engineering

• Courses taught: Electricity and Magnetism, Digital Control, Design of Digital Systems, Computer Application 1

(with C Language), Robotics and Automation, Electronics, and Electronic Devices.

Universitary Technician in Electronic, Instrumentation & Control, CENAVAL Mexico July 2009-

January 2000

Deputy Director, High School Final Exam

• In charge of coordination and Development of the structure and subjects of the final exams.

DICOPEL Mexico August 1998-January

1999

Quality Control Manager

• Specification, Analysis, Design, Implementation of Quality Control and Assurance Systems in the Electronic

Products: Antennas, Power Supplies, cables, harnesses and connectors.

• Development of Automation and Control Systems

• Electronic Instrumentation

• Temperature control systems for the molding process

• Effect-Cause Diagrams

• Control Stochastic

• Maintenance

• Standards and Norms: Analysis and Implementation

Mayekawa of Mexico (MYCOM) Mexico July 1997-August

1998

Electronic and Electrical Engineer

• Specification, Analysis, Design, Implementation and Troubleshooting for Electronic and Electrical Systems

• Specification of the Automation and Control Systems for Industrial Processes

• Development of Electrical Circuits for Industrial Processes

• Drivers and Power Systems for Motors

• Development of Temperature, Pressure and Humidity Control Systems for the Beverage and Food Industry

• Layout of the Electrical and Electronic Processes

• Layout of the Instrumentation and Control Systems Engineering

• Automation and Control Systems Design with PLC/HMI

• Design and Selection of Sensor and Actuators

• Electronic Instrumentation (Sensors) and Signal Conditioning

• Installation, maintenance and Inspection of electric and electronic equipment or facilities

• Maintenance: Planning, Preventive, Predictive and Corrective

• supervision of multi-trade workforce

• Design and Implementation of Electronic Circuits: Amplifiers, Filters, Power Supply

• Condition Monitoring and Signal Processing

Mexica Petroleum Mexico January 1996-

July 1997

Unit of Control and Process Optimization

Instrumentation and Control Systems Engineer

• Installation, maintenance and Inspection of electric and electronic equipment or facilities

• Maintenance: Planning, Preventive, Predictive and Corrective

• supervision of multi-trade workforce

• Troubleshooting and Calibration of Sensors and Actuators

• PLC programming: Ladder Language and Instruction Language

• Automation and Control Systems Design with PLC/HMI

• Process control using PID as well as DCS control technologies

• Control Systems Engineering

• Electronic and Electrical Engineering

• Instrumentation & Control Systems for Industrial Processes

• Develop the I&C portion of P&IDs

EDUCATION

Ph.D. in Electronic and Electrical Engineering

Industrial Control Centre- University of Strathclyde, UK 2011

Master in Science in Electronic Engineering, Nonlinear and Intelligent Control

National Centre of Research and Technological Development, Mexico 2001

Diploma in Electric Measurements in Telecommunications, Electronic Communication

National Polytechnic Institute- Federal Commission of Telecommunication, Mexico 1996

Bachelor in Science of Communication and Electronic Engineering, Electronic Circuits and Devices

National Polytechnic Institute, Mexico 1993

Partial Certificate of Bachelor in Science of Electromechanical Engineer, Electric and Electronic

Circuits

Technologic University of Panama, Panama 1988

PROFESSIONAL DEVELOPMENT

• LabView Basic II, National Instruments Corporation, Edinburgh- Scotland-UK, 2004

• LabView Basic I, National Instruments Corporation, Edinburgh-Scotland-UK, 2004

• Development of a New University, Autonomous University of Tlaxcala, 2003

• Construction of Curriculum Maps, Autonomous University of Tlaxcala, 2002

• Fuzzy Control, American University, Puebla, Mexico, 1995

• Basic C-Language, National Polytechnic Institute, Mexico, 1993

• Dbase III PLUS, National Polytechnic Institute, Mexico, 1990

• Getting Started with Microchip Tools, TLS0101, MICROCHIP

• Fundamentals of the C Programming Languages, Embedded C Programming Series, TLS2101,

MICROCHIP

• Getting Started with MPLAB® C for dsPIC® and PIC24, TLS2130, MICROCHIP

REFERENCES

Dr M REZA KATEBI

Título de trabajo Industrial Control Centre

Departmento Electronic and Electrical Engineering

Dirección Royal College Building

204 George Street, Room 2.22

Glasgow G1 1XW

Email *.******@***.******.**.**

Phone +44 (0-141-***-****

•

• • •

PROFESSOR MICHAEL JOHN GRIMBLE

Título de Trabajo Professor of Industrial Systems,

Founder of the Industrial Control Centre

Departamento Electronic and Electrical Engineering

Dirección University of Strathclyde

Royal College Building, Room 2.22

204 George Street

Glasgow G1 1XW

Email *.*******@***.******.**.**

Phone +44 (0-141-***-****/2876

Contact this candidate