Discover Academic Contributions
With more than 20 years of teaching experience in electrical and electronic engineering, I have contributed to the development of hundreds of engineers in Chile and Australia.
My work spans from undergraduate courses to thesis supervision and professional mentoring, always ensuring strong academic foundations combined with applied industry knowledge in HV protection, BESS systems, renewable integration, and automation — a contribution directly aligned with the global energy transition.
ACADEMIC CONTRIBUTIONS & IMPACT
More than 20 years of teaching, supervising, and mentoring in electrical engineering across Chile and Australia – shaping future engineers and strengthening the bridge between academia and industry.
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Courses Delivered & Developed
Undergraduate & Postgraduate in Electrical Engineering.
+15
Pre-Postgraduate Thesis Supervisions
Master’s and engineering degree projects in HV protection, BESS, and renewable integration..
+200
Student Mentorships
Undergraduate students, young engineers, and professionals guided through academic and industry projects.
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Student Mentorships
Including conference proceedings, industry reports, and applied research contributions.
University Lecturer (2012–2013) – Universidad Tecnológica Metropolitana (UTEM), Chile
Delivered undergraduate courses in Electrical Machines, Electrical Circuits, and Power Systems.
Designed lectures, labs, and assessments connecting theory with practical engineering applications.
Contributed to the redesign of lab modules improving student engagement and industry alignment.
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University Lecturer & Thesis Supervisor (2006–Present) – Universidad Mayor, Chile
Teaching undergraduate and postgraduate courses in Electronics, Electrical Circuits, Power System Analysis, Electrical Protection Systems, and Industrial Automation.
Developed course materials and mentored students, connecting academic knowledge with applied industry projects.
Supervised over 15 final-year thesis projects integrating renewable energy, automation, and HV protection.
Guided students in advanced research methodologies and practical applications aligned with industry standards.
Professional Degree Thesis Supervisor (2021–Present) – Universidad Mayor, Chile
– Guided students in advanced research methodologies and practical applications aligned with industry needs.
– Reviewing and supervising final-year engineering theses in Electronics, Electricity, HV protection, renewable integration, and smart grids.
Postgraduate Lecturer (2021–2023) – Academia Politécnica Militar (ACAPOMIL), Chile
Strengthened the academic and technical training of professional officers, ensuring alignment with national defense requirements and international engineering standards.
Delivered exclusive postgraduate-level courses in Electrical Systems, Electronics, and HV Protection.
Designed advanced curricula emphasizing applied protection studies, SCADA, and renewable integration within defense-sector infrastructure..
📘 1. Undergraduate Courses Delivered
Focus: Delivery of fundamental and advanced modules in Electrical and Electronic Engineering, emphasizing control systems, automation, and applied electronics. Courses integrate theoretical foundations with laboratory experimentation and industrial practice, fostering analytical and problem-solving skills.
Fields: Renewable Energy Systems (Solar, Wind, and Distributed Generation)
Courses:
Electrical Circuits I & II
Electrical Machines
Power Systems I & II
Electrical Protection Systems
Industrial Automation & SCADA Systems
Digital Systems & Microcontrollers
Electronic Instrumentation
Control Systems
Power Electronics
Engineering Projects & Laboratory Practice
Technical English for Engineers
High Voltage Engineering
Substation Design & Commissioning
Renewable Energy Integration
Smart Grid & Distributed Generation
Electrical Measurements & Instrumentation
PLC Programming & Industrial Control
Communication Systems
Energy Conversion & Storage Technologies
Project Management for Engineers
Safety in Electrical Installations
⚡ 2. Postgraduate & Renewable Energy Courses
Focus: Advanced modules in Renewable Energy Integration, HV Protection, and Smart Grid Systems, bridging academic instruction with simulation-based design and research. Emphasis on BESS integration, renewable transition strategies, and system reliability.
Fields: Electrical, Electronic, and Renewable Energy Systems
Courses:
Applied Research in Electrical & Renewable Energy Systems
Advanced Power System Protection
BESS Integration & Smart Grids
Renewable Energy Management Systems
HV Coordination & Relay Configuration (ETAP & SEL Systems)
Grid Stability and Energy Storage Applications
📘 3. Thesis Supervision & Professional Guidance
Focus: Supervision and mentoring of undergraduate and postgraduate theses in Electrical, Electronic, and Renewable Energy Engineering, emphasizing automation, HV protection, robotics, and BESS integration.
Research projects under Cristopher Sanhueza’s supervision have contributed to innovation in renewable energy, mining, and industrial automation sectors.
Fields: Electronics · Robotics · Control · Power Systems · Renewable Energy Engineering
Supervised Thesis Projects:
Daniel Muñoz Salgado (2020) – Design and Implementation of a Rail Monitoring Controller for HRT Thickener – Minera Doña Inés de Collahuasi
Diego Maldonado Vicencio (2021) – Technical and Economic Proposal for the Power System of the Nanosatellite UMSAT-I. https://www.diariomayor.cl/ciencia-um/equipo-de-ingenier%C3%ADa-electr%C3%B3nica-mostrar%C3%A1-en-fidae-los-avances-del-nanosat%C3%A9lite-umsat-de-la-u-mayor
Christian Pino (2021) – Water Recirculation and Temperature Control System for Laboratory Distillers
Hugo Andrés Martínez Pereira (2021) – Home Automation System for Monitoring and Control of Residential Lighting, Pumps, and Boilers
René Chacón Oyarce (2022) – Design and Implementation of a Data Measurement System for Agricultural Applications – SIT Electronics
Diego Ignacio Rojas Cifuentes (2023) – Irrigation Control System Based on Water Stress Index Calculation
Matías Nicolás González Ruiz (2024) – Submarine Motor Control: Design and Testing of an Electronic Controller with MPV Approach