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Marco M.

@MarcElectric

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5.0
5

4.3

4.3

100%

Electrical Designer | MEP | PLC | CAD & Lighting

$30 USD / Hour

・

Flag of

Italy (9:39 PM)

・

Joined on April 13, 2025

$30 USD / Hour

・

I’m an Electrical Designer with a diploma in Electronics and certifications in PES, PAV, and PEI (electrical safety for live work). I specialize in remote collaboration on civil, industrial, and light commercial electrical systems, providing complete technical support from design to documentation. My services include: ☑️Electrical/Electronics schematics (single-line, multi-line diagrams and PCB) ☑️Plant layout drawings (FM systems, lighting, conduit paths) ☑️Photovoltaic Solar System - PVSyst and PVGis ☑️Load calculations, dimensioning, and cost estimation ☑️Detailed AutoCAD drawings/table ☑️EPLAN Electric P8 drawings ☑️Schneider Tools ☑️Ladder diagram for PLC, MITSUBISHI, SIEMENS... ☑️LOGO SoftComfort, GXWorks 2 ☑️HVAC System Design ☑️ATEX Electrical System Design ☑️Lighting simulations and layouts with DIALux ☑️CEI 64-8, CEI 11-27, CEI 0-2, UNI-EN 12464... ☑️Structural Design ⚡ LV switchboard design (standard and automated) ⚡ BTicino TiSystem & TiQuadri switchboard configurations I also provide modern electrical design solutions for residential buildings, including: ☑️Smart lighting layouts ☑️Energy-efficient circuit planning ☑️Modern socket, switch, and home automation positioning ☑️Aesthetic integration of electrical components into architectural design I collaborate directly with engineering firms, electricians, architects, and private clients. Although I am not a licensed engineer for official sign-off, I deliver fully detailed, ready-to-stamp documentation tailored to each project. You can count on: ✅ Clear communication ✅ Accurate, regulation-compliant results ✅ Respect for deadlines ✅ A modern, functional design approach

Verifications

On time

100%

On budget

100%

Accept rate

83%

Repeat hire rate

25%

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Portfolio

Portfolio

13685229
I completed the complete electrical design for a restaurant, including the system layout and single-line diagram of the electrical panels. The work included line distribution, circuit sizing, protection design, and load organization in accordance with current regulations. I ensured a clear, safe, and easily manageable design during installation and maintenance.

ELECTRICAL PROJECT

I completed the complete electrical design for a restaurant, including the system layout and single-line diagram of the electrical panels. The work included line distribution, circuit sizing, protection design, and load organization in accordance with current regulations. I ensured a clear, safe, and easily manageable design during installation and maintenance.

ELECTRICAL PROJECT

13322386
Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

13128861
During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

13045264
Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

13032513
I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

13005194
We offer a precise and professional PDF to AutoCAD (DWG) format conversion service for architectural plans, system layouts and electrical diagrams. This service is ideal for technical studios, designers and companies that maintain editable documents ready for design or executive documentation. ✅What we offer: Faithful conversion of plans, sections and elevations Accurate transposition of electrical, HVAC and hydraulic systems Reorganization of layers and optimization of DWG files Compliance with technical standards and CAD conventions ✅Advantages: Reduction of working times Greater precision in technical drawings Fully editable DWG files

PDF to AutoCAD Conversion

13685229
I completed the complete electrical design for a restaurant, including the system layout and single-line diagram of the electrical panels. The work included line distribution, circuit sizing, protection design, and load organization in accordance with current regulations. I ensured a clear, safe, and easily manageable design during installation and maintenance.

ELECTRICAL PROJECT

I completed the complete electrical design for a restaurant, including the system layout and single-line diagram of the electrical panels. The work included line distribution, circuit sizing, protection design, and load organization in accordance with current regulations. I ensured a clear, safe, and easily manageable design during installation and maintenance.

ELECTRICAL PROJECT

13322386
Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

Step-by-step design and installation of the entire photovoltaic electrical system for a home. Calculation and sizing of electrical panels, lines, and pipes, efficiency and maximum production when positioning the photovoltaic panels, with installation details. Installation with remote guidance provided personally by me. I attached some photos by the client.

PV System design and Installation

13128861
During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

During one of my most interesting projects, I had the opportunity to develop an electronic dashboard for scooters, starting completely from scratch. The first phase was focused on the creation of a working prototype with Arduino, useful for beta testing and validation of the main functions. The system managed different parameters such as speed, battery voltage, engine temperature and other useful signals, integrating both analog and digital sensors. In this phase I took care of both the hardware and firmware, optimizing the communication between the sensors and the display. After testing on breadboard and Arduino, I moved on to the complete design of the printed circuit board (PCB), designed to be integrated compactly inside the vehicle. I worked on the layout, the choice of components and the printing of the first physical samples for road tests. This allowed me to validate the stability of the system and its effectiveness in real conditions. It was a challenging project, which combin

Scooter Dashboard

13045264
Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

Bluetooth remote control system based on Arduino Nano and HC-06 module, designed to manage digital outputs (fixed or timed) via smartphone. Configurable via firmware (ports, timers, output polarity), the project includes an opto-isolated relay module, automatic disconnection for inactive users and support for simple commands via apps such as DCmote. It also includes an activable sound alarm and the ability to upload melodies in RTTTL format converted via Python script.

Bluetooth Control with Arduino

13032513
I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

I created a 10kW photovoltaic system for a client, complete with all the technical documents needed for design and sizing. The activity included: Detailed electrical calculations for sizing the system; Technical drawing and planimetric layout with AutoCAD; Design of the electrical diagram of the field panel; Drafting of the technical report accompanying the project; Verification of regulatory compliance and optimization of performance; The project was developed using CAD software and calculation tools specific to photovoltaic systems, ensuring precision and consistency between graphic documents and technical reports.

10kW Photovoltaic System Project

13005194
We offer a precise and professional PDF to AutoCAD (DWG) format conversion service for architectural plans, system layouts and electrical diagrams. This service is ideal for technical studios, designers and companies that maintain editable documents ready for design or executive documentation. ✅What we offer: Faithful conversion of plans, sections and elevations Accurate transposition of electrical, HVAC and hydraulic systems Reorganization of layers and optimization of DWG files Compliance with technical standards and CAD conventions ✅Advantages: Reduction of working times Greater precision in technical drawings Fully editable DWG files

PDF to AutoCAD Conversion

5.0 · 5 Reviews
Reviews
C

Computo Metrico impianto elettrico e fotovoltaico • €420 EUR

Good work, well done.

Lawrence C.

@ChuckCanali

•

Flag of

Barberino Tavarnelle, Italy

•

2 months ago

Share

C

Progettazione impianti elettrici e fotovoltaici • €600 EUR

Good work, project was well done.

Lawrence C.

@ChuckCanali

•

Flag of

Barberino Tavarnelle, Italy

•

2 months ago

Share

R

Αναπαραγωγή σχεδίου AutoCAD 2d απο pdf - 19/08/2025 10:03 EDT • €30 EUR

Everything perfect. Highly recommend

romakolks

@romakolks

•

Flag of

Αθήνα, Greece

•

3 months ago

Share

User Avatar

Office Building HVAC Installation -- 2 • $100 USD

very nice and good freelancer

Kiran Graphix & 3D Studio

@CreativeDesign50

•

Flag of

Mohali, India

•

4 months ago

Share

User Avatar

Inrush current for 2 Transformers • €40 EUR

He was very good with my calculation and very professional. Will use him again

Chijioke O.

@joshuaokorie

•

Flag of

Norwalk, United States

•

4 months ago

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Experience

Technical

Nov, 2024 - Jan, 2025

•

2 months, 1 day

Ducati Motor Holding

Nov, 2024 - Jan, 2025

•

2 months, 1 day

On-line electrical assembly worker on Ducati Multistrada V2 with electrical/electronic repairs and test checks.

Flag of

Italy, Italy

Nov, 2024 - Jan, 2025

•

2 months, 1 day

Technical / Designer

Jul, 2024 - Oct, 2024

•

3 months

Robotikos Mokykla

Jul, 2024 - Oct, 2024

•

3 months

Design and development of electronic kits based on temperature, pH and oxygenation sensors, BLDC motors, used for educational and industrial applications. In parallel, carried out activities of analysis and repair of battery packs for hybrid and electric vehicles. Also, study and implementation of CAN Bus communication system, with interfacing of engine control units.

Flag of

Vilnius, Lithuania

Jul, 2024 - Oct, 2024

•

3 months

Electrical Engineer | School

Feb, 2024 - Jun, 2024

•

4 months, 1 day

School Projects Industrial

Feb, 2024 - Jun, 2024

•

4 months, 1 day

Design of an electrical system for a supermarket. Used software such as: AutoCAD, TiSystem, TiQuadri and Dialux, producing detailed drawings of the project, such as: single-line diagrams, panel fronts, lighting calculations, line sizing and graphic production of the electrical system on a floor plan.

Flag of

Italy, Italy

Feb, 2024 - Jun, 2024

•

4 months, 1 day

References

User Avatar

Samantha M.

@SamyHR

 ·

Private Client – Designed Full Electrical System

I had the pleasure of entrusting Marco with the complete design of the electrical and photovoltaic system for my home, and I couldn't be more satisfied with the result. From the first meeting, Marco proved to be extremely competent, precise and available. He was able to listen to my needs, offering innovative and tailor made technical solutions, always oriented towards energy saving and efficiency. The project was taken care of down to the smallest details, both from a functional and aesthetic point of view, with impeccable planning and punctual management of the timing. Particularly appreciable was his ability to explain even the most technical aspects in a clear and understandable way, always making me feel involved and confident in the choices made. The photovoltaic system, in particular, was designed in an excellent way: today the energy autonomy achieved is higher than initial expectations. I highly recommend Marco to anyone looking for a serious, up-to-date professional who is passionate about his work. His support was essential in transforming an idea into an efficient, modern and perfectly functioning system. An absolute reference figure for anyone who wants a job truly done to perfection.

Education

Electrical and Electronics

2019 - 2024

•

5 years

Flag of

Italy

2019 - 2024

•

5 years

Qualifications

AutoCAD 2D

2024

ItronixSolution

Certification obtained on AutoCAD 2D, validating skills in creating, editing and managing two-dimensional technical drawings. Along the way I have mastered the use of layers, dimensions, blocks, layouts, printing and scale management, developing accuracy and efficiency in technical design. The certification attests to the ability to work professionally on CAD projects within industry standards

2024

PES-PAV-PEI

2025

Texa

I am certified with the PAV (Persona Avvertita), PES (Persona Esperta), and PEI (Persona Idonea) qualifications, in compliance with the CEI 11-27 standard for electrical work in low-voltage environments. These certifications confirm my competence in working safely on or near electrical installations, including live work (PEI), under specific safety protocols.

2025

UAS A1/A3 Open Sub Category

2024

EASA

Certified under EASA regulations for Unmanned Aircraft Systems (UAS) in the Open Category, subcategories A1 and A3. Trained in safe and responsible drone operations, with knowledge of airspace rules, risk mitigation, privacy considerations, and safety procedures for flying in uncontrolled environments and away from people.

2024

Certifications

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