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Este programa busca educar a profesionales ante una creciente demanda y preocupación de la industria en temas de gestión de energías renovables y eficiencia energética que sean capaces de gestionar proyectos energéticos. Se educará a profesionales que requieran adquirir experiencia en cómo implementar y gestionar proyectos energéticos a través de metodologías de diagnóstico sustentadas en la norma ISO 50001:2018, energías renovables y eficiencia energética.
Con este curso el participante aprenderá a cuantificar los ahorros, así como detectar y evaluar oportunidades de nuevos modelos de negocios de una manera integral a través de metodologías de diagnóstico sustentadas en la norma ISO 50001:2018.
Online
95 hours - 79 hours of real-time class and 16 hours of self-directed learning.
Mondays and Wednesdays from 6:00 PM to 8:00 PM + Saturdays from 9:00 AM to 1:00 PM (see schedule).
Early Bird Price: $990 (Apr 1)
General Public: $1100
Groups (3 people): $970 each
General Description
General Objective:
To train professionals from various Ecuadorian industries, capable of implementing and managing energy efficiency projects with reference to ISO 50001:2018 Standard. The tools learned will allow for continuous and systematic improvements in energy performance as well as making organizations more profitable.
Specific Objectives:
- Introduce topics on energy management systems NTE INEN-ISO 50001:2018 and Methodology for Energy Resources Diagnosis
- Review fundamentals of Engineering.
- Apply energy management in the analysis of Equipment and Systems.
- Understand renewable energy resources.
- Initiate the training of Auditors NTE INEN-ISO 50001:2018.
- Apply Energy Projects and identify environmental, economic, and energy benefits.
- Understand techniques for selling projects to managers.
Target Audience:
The program is aimed at professionals and executives responsible for production, operations, maintenance, quality, environment, logistics, among others with decision-making responsibilities for energy consumption.
Professionals in Mechanical, Industrial, Civil Works, Electrical, Electronics, Electromechanical, Mechatronics, Chemical, Industrial, Environmental, Food, Civil, Systems, or any engineering background, in any of its disciplines.
*It is desirable but not mandatory for the candidate to have a background in engineering in any of its disciplines, such as mechanical, industrial, civil works, energy, environment, systems, food, among others.
Graduate Profile:
Professionals who complete the program will be able to:
- Diagnose problems and excessive energy consumption in different industrial processes.
- Acquire updated knowledge related to new practices and improvements in the industry, as well as update basic knowledge of thermodynamics, electrical principles, and drive systems.
- Identify improvement opportunities in energy management and how to implement audit systems, through the analysis of energy indicators.
Content
MODULE 1 | Asset Management Structure and Analysis.
Academic Responsible: TÜV Rheinland
Duration: 20 hours
Topics:
- Introduction to Asset Management System
- Terms and definitions
- Context within the organization
- Leadership
- Planning an Asset Management System
- Support and assistance
- Operational control
- Performance evaluation. Continuous improvement
MODULE 2 | Identification of Savings Opportunities.
Academic Responsible: USFQ
Duration: 39 hours
Topics:
In this module, energy-saving opportunities will be identified in:
- Ecuadorian regulations
- Steam systems in industry
- Electrical systems in industry
- Pumping systems in industry
- Compressed air systems in industry
- Energetic design in buildings
- Evaluation of the potential for renewable energy utilization: solar
- Evaluation of the potential for renewable energy utilization: biomass
- Analysis of industrial energy data
- Monitoring and evaluation of industrial energy performance
- Monitoring and evaluation of the Energy Management System
MODULE 3 | Internal Auditor Training - Asset Management System
Academic Responsible: TÜV Rheinland
Duration: 20 hours
Topics:
- Audits. Introduction. Terms and definitions
- Audit principles
- Managing an audit program. Objectives, risks, and opportunities.
- Establishment of an Audit Plan and a checklist for an audit in an Asset Management System
- Conducting audit activities (opening meeting, gathering objective evidence, closing meeting, Writing audit findings and audit report).
- Determining the competence of auditors for an Asset Management System
With the ISO 50001 Internal Auditor certificate from:
Schedule
Course Start Date:
Monday, April 15th, 2024
Course End Date:
Saturday, July 6th, 2024
Class Schedule:
Mondays and Wednesdays from 18:00 to 20:00 + Saturdays from 9:00 to 13:00 (Please review the schedule).
Day Details:
Instructors
Andrea Afranchi (Argentina)
Chemical Engineer, specialized in efficiency, energy management, and climate change topics. She is a Lead Auditor in ISO 50001 and a Certified Professional in Measurement and Verification. Currently working for Energy Performance SRL. She is the Coordinator of the energy efficiency group, a community of energy leaders at CACME (Argentine Committee of the World Energy Council), and also serves as a lecturer for undergraduate and graduate programs in her country.
Bernal Picado (Costa Rica)
Master's in Reliability Engineering, Maintainability, and Risk - University of Las Palmas de Gran Canaria, Spain. Managing Partner at Consultoría Activa BCN, S.A., an expert in productivity improvement. An international consultant with over 25 years of experience in roles in production, maintenance, and operations in companies across various sectors.
David Escudero (Ecuador)
Ph.D. in Mechanical Engineering, Iowa State University (USA). Master's in Biorenewable Resources, Iowa State University (USA). Currently a professor and researcher at USFQ in the field of expertise in multiphase fluid mechanics and renewable and alternative energies.
Eddison Arcos (Ecuador)
International Expert in Energy Efficiency, energy management systems, and Training from UNIDO-MEER. Expert in cleaner production. Instructor for the specialization course in Industrial Energy Efficiency and Independent Consultant. Owner of CEPEL Ecuador consultancy.
Felipe Lagos (Chile)
Physicist Engineer in Energy Management and Systems Technology from the University of Santiago de Chile. Expert in energy management for the industrial and mining sectors. Currently working at the Energy Sustainability Agency (formerly AChEE) as responsible for the national promotion program for energy management in industry. Has experience in over 31 energy management implementations focusing on integration into operational strategy.
Juan Sebastián Proaño (Ecuador)
Ph.D. in Mechanical Engineering and Biorenewable Resources, Iowa State University (USA). Master's in Manufacturing Engineering and Industrial Systems, Iowa State University (USA). Currently a professor and researcher at USFQ in the field of expertise in thermochemical biomass processing for the production of fuels, energy, and chemicals.
José Luis Larrégola (España)
Telecommunications Technical Engineer, specialized in electronic equipment from the Universitat Politècnica de Catalunya. Senior Consultant for major industrial groups and facility management in the areas of Facilities, Energy, and Environment. Lead Auditor for Energy Management Systems according to ISO 50001:2011. Currently dedicated to the "Energy Efficiency in Argentina" project as a key expert in demonstrative energy-saving programs, funded by the EU.
Paulo Peña (Ecuador)
Industrial Engineer in Mechanics from the Salesian Polytechnic University, Cuenca; completed his Ph.D. in Engineering, Isolated Systems of Electric Generation with Renewable Energies, at the Polytechnic University of Madrid and the Public University of Navarra, also obtained a Diploma in Advanced Studies - DEA. He has completed several training courses in energy consumption, energy audits, occupational risks, project development, with skills in the design and execution of energy efficiency projects, renewable energies, and industrial innovation.
Rafael Orjuela (Colombia)
Master's in Integrated Systems Management: Professional Risk Management, Quality, Environment, and Corporate Social Responsibility, Specialist in Environmental Management Systems. Bachelor's in Electromechanical Engineering. Accredited International Lead Auditor IRCA ISO 9001:2015, ISO 14001:2015, OHSAS 18001:2007, ISO 45001:2018, ISO 50001:2018, Lead Auditor ISO 22001, ISO 27001, ISO 28000, ISO 55001:2014, ISO 50001:2011 and 2018, Internal Auditor ISO 55001:2014, ISO 20000-1:2018. Senior Consultant in Management Systems for ISO 9001:2015, ISO 14001:2015, OHSAS 18001:2007, ISO 45001:2018, ISO 22001, ISO 20000-1, ISO 27001, ISO 28000, ISO 50001:2011 and 2018 schemes, among others. University Lecturer and Coordinator of Diplomas in Management Systems.
USFQ - TÜV Rheinland Agreement
Thanks to the interinstitutional cooperation agreement reached between USFQ and TÜV-Rheinland, participants will have access to two modules organized by TÜV-Rheinland during the diploma program that will complement their preparation to obtain TÜV-Rheinland certification: Internal Auditor in ISO 50001:2018 Energy Management Systems
The International Diploma in Industrial Energy Efficiency, resulting from the collaboration between USFQ and the renowned certification firm TÜV-Rheinland, offers you an unparalleled learning experience and the opportunity to obtain a dual certification that will enhance your professional profile.
On one hand, you will receive the certificate from USFQ for the International Diploma in Industrial Energy Efficiency, backed by its academic excellence and commitment to quality education. On the other hand, you will obtain the prestigious Internal Auditor in ISO 50001:2018 Energy Management Systems certificate, awarded by TÜV-Rheinland.
Don't miss this unique opportunity to boost your professional career and become an expert in industrial energy efficiency. Enroll now and be part of this transformative experience!
Registration
International TÜV-Rheinland Certification + USFQ Certificate (95 hours)
Regular Price: $1100
Early Bird Price: $990 Rate available until April 1, 2024.
Groups (minimum 3 people): $970 each Subject to availability of spots
Option 2 (Exclusively for active USFQ students): International TÜV-Rheinland Certification (40 hours)
Regular Price: $380
Early Bird Price: $280 Rate available until April 1, 2024.
STEP 1: Make the payment
Bank Transfer or Cash Payment
Account Information:
Payable to Universidad San Francisco de Quito
Banco Bolivariano
Checking Account No. 5075003350
(TIN: 1791836154001)Payable to Universidad San Francisco de Quito
Banco Pichincha
Checking Account No. 3407330004
(TIN: 1791836154001)
Credit Card
Click on the following PAY HERE and complete the information requested by the form. Upon completion, you will be automatically registered in the system.
With Banco de Pichincha or Banco de Guayaquil credit cards, you can access the following financing options: 3 and 6 months interest-free, 9 and 12 months with interest.
STEP 2: Confirm your payment
If you made the payment by Bank Transfer or Deposit, please send a copy of the deposit slip (scanned) and your personal details (full name, ID number, phone, and address) to the following email: rordonez@usfq.edu.ec
* If you require an invoice with different details than the participant's, please specify the following details in the email (company name, TIN/ID number, phone, address, and email).
If you made the payment with a Credit Card, it is not necessary to confirm your payment, the system will automatically register your details.
STEP 3: Registration Confirmation
You will receive a registration confirmation email with relevant course information.
* The program coordination reserves the right to suspend or reschedule the activity if it does not have the minimum required number of students or due to force majeure reasons. In such a case, the total amount will be refunded to enrolled students as soon as possible.
