Didot

25/05/2001

À propos du candidat

Formation

E
ENGINEER PROGRAM IN ECO-ENERGY 2023 - Present
ENSIATE Tremblay-en-France

• Green Hydrogen Central Project Initiative ; • Study abroad opportunities.

L
LP BUSINESS MANAGER IN ELECTRICAL INSTALLATIONS 2021 - 2022
CNAM Tremblay-en-France

• Top of the class, "Energy" Unit ; • Solving a company issue.

A
ADVANCED TECHNICIAN CERTIFICATE IN ELECTRICAL ENGINEERING 2019 - 2021
Lycée Gaston Bachelard, Chelles

• Class representative for two academic years ; • Top of the class in Electrical Engineering.

B
BACCALAUREAT STI2D, Specialty EE 2019
Lycée Martin Luther King, Bussy saint George
M
MOOC (Massive Open Online Course)

• Photovoltaic Systems, Technical University of Denmark ; • Foundations of Project Management, Google Project Management ; • Electric Vehicles and Mobility, École des Ponts ParisTech ; • Global Energy and Climate Policy, University of London.

Travail et expérience

P
PROJECT MANAGER – ENERGY DIVISION 02/01/2023
SOPRELEC

Work-Study Contract 2023-Present Development, Design, Construction, and Maintenance of Energy Facilities. Project Management, Planning, Budgeting, and Technical Team Coordination

E
ELECTRICAL PROJECT MANAGER
AVB INNOVATIONS

WSC and Fixed-term Contract 2021-2023 Response to RFPs, Technical Specifications, and Cost Estimation. Project Monitoring and Management, Budget Development and Management, Site Surveys, Scheduling, and Deliverables. Business Development, Prospecting for New Clients. Key Account Maintenance Contracts.

N
NETWORK OPERATIONS TECHNICIAN
ENEDIS

Internship 2021 High Voltage (HTA) Management, Electrical Network. Diagnostics, Troubleshooting, Preventive and Corrective Maintenance, and Construction. Coordination of Network Interventions (PD Station).

M
MAINTENANCE TECHNICIAN
UCPA

weekends and holidays 2019-2022 Conducted preventive and corrective maintenance on center's cleaning equipment.

Diplômes

P
Professional License, Project Manager in Electrical Engineering 2022
The Professional License in Electrical Engineering Project Management is a degree designed to equip students with the essential technical knowledge and managerial skills required to oversee projects in the electrical engineering sector. The curriculum emphasizes a blend of theoretical knowledge and practical skills in electrical engineering, coupled with business management skills to manage projects effectively. Course Highlights: Technical Proficiency: Deep dive into electrical engineering principles, technologies, and applications to develop a robust technical foundation. Project Management: Comprehensive understanding of project management methodologies applicable to the electrical engineering field, including planning, executing, monitoring, and closing projects. Client Relationship Management: Strategies and skills to manage client expectations, communicate effectively with stakeholders, and ensure customer satisfaction. Regulatory Compliance: Ensuring projects adhere to relevant codes, standards, and legal requirements specific to the electrical engineering domain. Sustainability: A focus on implementing environmentally sustainable practices and technologies in electrical engineering projects. Team Leadership: Development of leadership and interpersonal skills to effectively manage and motivate project teams. Career Prospects: Graduates typically move into roles such as Electrical Engineering Project Manager, Project Engineer, or Sales Engineer in sectors including energy, manufacturing, and electrical design, ensuring projects are delivered on time, within scope, and budget.
A
Advanced Technician Certificate in Electrotechnology 2021
The Advanced Technician Certificate in Electrotechnology (often referred to as BTS Électrotechnique in France) is a vocational qualification aimed at preparing students for technical careers within the electrical engineering and electrotechnology industries. The curriculum is designed to offer a balanced approach that encompasses theoretical knowledge and practical skills, thus enabling graduates to efficiently engage in various electrical engineering contexts. Course Highlights: Electrical Engineering Fundamentals: Deep understanding of the principles, methods, and technologies utilized in electrical engineering and technology. Power Systems: Exploration of power generation, transmission, distribution, and management, ensuring the reliability and efficiency of electrical power systems. Electrical Machines: Study of various electrical machines including motors, generators, and transformers, as well as their design, operation, and maintenance. Control and Regulation: Gaining insights into automatic control theory and its application in regulating and optimizing electrical systems and processes. Safety Protocols: Learning about the safety protocols and standards relevant to working with electrical systems and ensuring occupational safety. Project Management: Developing skills to manage projects, work in teams, and coordinate with various stakeholders involved in electrotechnology projects. Career Pathways: Graduates typically find opportunities in fields like electrical design, electrical maintenance, power system operation, and project management, across a multitude of sectors including energy, manufacturing, and construction. They might take positions such as Electrical Technician, Maintenance Engineer, Project Coordinator, or Technical Sales Specialist, ensuring the smooth operation, management, and development of electrical systems and solutions.
B
Baccalaureate in Industrial Science and Sustainable Development, Specialization in Energy and Environment 2019
The Baccalaureate in Industrial Science and Sustainable Development, with a specialization in Energy and Environment, is a French secondary education diploma that emphasizes the integration of sustainable development practices and knowledge into the industrial sector. This educational program aims to equip students with a foundational understanding of industrial sciences while emphasizing the imperative of environmental preservation and energy management. Course Highlights: Industrial Sciences: Comprehensive knowledge about processes, materials, and technologies used in the industrial sector. Sustainable Development: In-depth study of sustainability principles and their application within the industrial context to promote environmentally responsible practices. Energy Management: Exploration of energy sources, conversion technologies, and efficient management strategies to optimize energy utilization in industrial processes. Environmental Impact: Understanding and analyzing the environmental impact of industrial activities, and developing strategies to minimize their ecological footprint. Project Management: Developing skills in managing projects related to industrial activities and environmental management, ensuring compliance with sustainability principles. Innovation: Encouraging the development of innovative solutions to address challenges related to energy use and environmental protection in the industrial context. Career Pathways: Graduates are well-placed to pursue further studies in engineering, environmental science, or related fields. Career prospects may include roles in industrial management, environmental consultancy, energy auditing, and sustainable development planning, ensuring that industrial processes align with sustainability and environmental conservation goals.

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