About me
First of all, I am a passionate Engineer. Driven by this need to understand how things work, I spend most of my time studying, reading or consuming media about devices, technology and machinery. Besides that, I love to work with people. I really enjoy learning different things from them and, when possible, I really like to teach as well. For the last years, I have worked alone, with small teams and bigger teams. Being an easy person to get along, it is almost natural for me to befriend with any stakeholder, being them superiors, colleagues or subordinates.
My perfect job is where I can learn new things and be part of different projects that challenge me. Also, I do work outstandingly under pressure, specially because there were few moments in my career where I did not work this way.
Regarding skills, I have been most of my career designing equipment and devices. Mainly by classical mechanic of solids calculations, which I am really comfortable with. Although, I have some relevant experience with finite elements, specially with CAE simulations in Ansys. Besides that, I have designed hydraulic systems (the Paper Roll Cutting Guillotine described at the homepage of this website) and some simple pneumatic systems (mostly safety protections and locks to other equipment).
To finish, I would like to say that I am a really motivated guy and a really versatile person. So, if you are looking for someone that is capable to carry any project by himself, able to work with multi-disciplinary team, or even someone that can talk, or even intermediate, between lay people and specialists, I am your guy!
Experience
2022 - 2023 | Metal Service Machinery and Equipment
Mechanical Design Engineer
In January 2022, I started working at Metal Service, a metalworking company focused in manufacturing equipment for paper and pulp industry. As I was admitted as an experienced Mechanical Engineer, and the company was facing a significant increase on its sales, since day one I worked in a wide range of projects, equipment and customizations. I can easily say that it was my most productive year so far, and I enjoyed it a lot!
At first, I was requested to update some of the company’s most frequent sold projects. Since they were transitioning between CAD Software, many old projects needed to be recreated in the new software environment, and as many of them had unattended requests from the production sector, or were out-of-date with the current work safety regulations, I was requested update their projects in order to avoid any future problem. Besides redesigning those machines, I had to develop all operations and maintenance related documentation, such as manuals, instructions certifications etc. As a matter of fact, the company did not have a standard to its manuals, despite this kind of information is standardized by regulation in Brazil. So, after gathering the NBR standards related to equipment documentation, we scheduled a meeting in which we discuss and implemented those standards for every next manual we had to do. After some time, when the projects reach the manufacturing stage, my changes were well accepted and I received some nice compliments. Due this nice performance, the managers decided to assign me to solve a bigger problem in which they had just got into.
Due to a failed communication between the sales team and the client, the company had just got into a bad deal. Trying to get rid of an old equipment that was stored at the yard for almost a decade, we had accepted some several modifications and customizations to meet the client’s expectation, but those modifications would be way more expensive than the price charged. However, due to the possibility of future sales, the company’s board decided to proceed with the project regardless the financial loss. The concerned equipment was a Paper Roll Cutting Guillotine, which was designed to cut paper rolls, of 1300 mm of diameter and 2300 mm of length, only until its tube i.e., it would cut only until half of the paper roll diameter. Nonetheless after the modifications promised to the client, the equipment was supposed to cut full diameter length of a 1600mm diameter and 2600 length paper roll. The project was really challenging and required me to constantly intermediate between the client and the company’s financial sector, besides the extensive Engineering work that this kind of modification requires. Simplifying, I had to redesign the whole blade and its supporter, and as the new paper roll would not fit into the structure’s opening, it had to be redesigned as well. After this first redesign stage, we manufacture the new parts, assemble them and test the equipment. Unfortunately, the increase in the load required to cut the new paper roll length has created different component forces that started to bend the blade supporter. Therefore, fearing the arise of new unforeseen force loads, I recreate the blade support in a CAE environment and undertook several simulations to evaluate the best geometry thereof. Besides that, the tests had shown some operational problems that required my attention such lubricating and safety locks. Then the new blade support modifications were undertaken, the new lubricating system was installed as the safety, mechanical and electronic, locks as well. After running some final tests, the equipment has run smoothly and received all approval to be delivered to the client, which is using it until nowadays.
Even though this was the project I am most pride of, because the feeling of being pushed to my highest perform as Engineer, strategist, professional and person, I have designed several more machines during my time working at Metal Service. And since my results were greatly appreciated after these projects, I started receiving more and more complex projects, what made me each time more motivated.
Unfortunately, my thirst for knowledge and experience hit me hard after the arise of possibility to work in Australia. So, knowing that my colleagues were counting on me, I insisted in notice them well in advance so I could finish every project and pending matter that depended on me. With an invitation to come back at anytime I need, and a lot of affection from all my coworkers, I left the company at the finish of April with the feeling that not only I have made a great work, but I have made a lot of great friends.
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Machinery design assisted by software (CAD - SolidWorks);
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Work safety standard focused machinery design and customization (ISO 13849-1 - Safety of machinery)
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Manufacturing 2D drawings development (CAD - SolidWorks);
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Workshop staff and manufacturing sectors Engineering support;
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Operation and maintenance manuals, instructions, certification and other documentation development.
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Equipment and machinery commissioning.
2015 - 2021 | Amaral Tech & Food
Mechanical Engineer and Business Owner
After my college graduation, my country had suffered a strong economic impairment due to political reasons, what made my graduation colleagues and I face a hard time looking for jobs. Even though, knowing that I already had gathered some experience, which is always useful for companies, I decided to open my own business and start to developing customized devices and machines. At the beginning, it was really hard, since I was only able to get minor projects with very strict budgets. During this first time (2015 – 2018) I had designed some small dry and wet filling machines and some bread modeling devices for an industrial bakery. However, after 2018 I made a partnership with a Brazilian-German Engineer who was specializes in grinding machines. At that time, he was looking for someone that would be able to manufacture some specific equipment that he was offering to his customers. After several meetings, we agreed in a strategy that was beneficial for both of us. And then, my career as a Blast Rotor Dry Grinding Machine manufacturer has begun.
Happily, this kind of equipment had an outstanding acceptance and we are getting from 20 to 30 quotation requests per month. And after six months, we made our very first sale. An industrial fan and cooling systems company had approached us looking for a way to reuse the wrongly produced fan cases in order to not waste its material. After some tests, the client ordered a full industrial grinding unit, what consisted in the equipment itself, an electric control panel, the screw feeder, the air-dust cyclone separator and an air filter. After that, I have designed every single part of the system, although, due to lack of resources, I only manufactured the grinding machine, the screw feeder and the control panel. Regarding the cyclone and the air filter I, after specifying their parameters, ordered them from a specialized outsourced company. Since I did not have a metalworking industry facility, I looked for other small businesses that would be interested in make a partnership in order to manufacture the equipment. After some research, I found a metal sheet, and bending service, company and a small business owned by a former welding instructor that would be able to provide me welding and machining services. Both of them provided me these materials and services until 2021. Supported by these suppliers, I was able to manufacture and deliver the equipment. During the commissioning, the machine worked outstandingly and exceeded the client’s expectations.
Until late 2020, I had sold two more equipment, and had ordering promises for two more. However, after the pandemic and its severe consequences in my country, everything stopped. And until mid-2021, I saw my self struggling to maintain my company running. Knowing that I already have gathered valuable experience, I have decided to look something else to provide for my family.
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Technical customer prospection;
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Products and Process tests and assessment;
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Customize and adaptation equipment, devices and machinery design.
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Mechanical design assisted by software (CAD – SolidWorks)
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Work safety standard focused machinery design (ISO 13849-1 - Safety of machinery)
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Electrical control panel design, assembling and set-up;
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Mechanical manufacturing (welding, machining, bending etc.) oversee;
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Mechanical parts and assembling quality control;
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Equipment and machinery logistic arrangement;
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Equipment and machinery commissioning;
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Technical after sales service;
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Scheduled maintenance assistance;
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Project financial management;
2013 - 2014 | Ritter Aeronautical Projects
Mechanical Design Engineer Intern
Given that I wanted to gather as much experience as I could, I decided to explore other fields of the Engineer profession. And after some time, by a college colleague indication, I started a new internship at Ritter Aeronautical Projects. The role was awesome. We had this incredible experienced Aeronautical Engineer (Ritter) who designed medical evacuation equipment for aircrafts. Basically, he proposed to us some new equipment and we had to develop its parts, its assembling and the way it would be produced. During this internship, I was assigned to design a medical supply tower for a two seats helicopter. This equipment was a little box that had to be placed next to the stretcher in order to the nurse in charge be able to use oxygen, compressed-air, vacuum and electric power during the medical procedures, besides that a whole air-compressed and vacuum unit has to be placed somewhere in the aircraft in order to supply the supply tower. It was a really challenging project since the space in the aircraft was absurdly limited, and even though I had to design, and specify how would be installed, not only the supply tower but the air-compressed and vacuum unit as well. During this internship, I have learned a lot about standards, since any aircraft operation are strictly regulated. Besides that, I have a nice time working with aluminum, which, although does not seem, it is really different than working with steel.
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Extensively Engineering work based on FAA standards;
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Medical evacuation aircraft accessories design assisted by software (CAD - SolidWorks);
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Manufacturing 2D drawings development (CAD - SolidWorks);
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Following outsourced manufacturing process;
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Stress and crash tests for aircraft accessories following;
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Operation and maintenance manuals, instructions and documentation development.
2012 - 2013 | ENRE Engineering and Representation
Engineer Consultant Intern
Being an engineer’s son, it was inevitable that, at some point in my career, I worked in my family’s business. In early 2012, I was in the most difficult part of the Mechanical Engineer’s course, it was the part where we took the heat transfer and mechanic of solids courses. So, to focus in my studying, I resigned from my LAMEF’s internship and hit the books hard. Finished the semester, I once again crave for a hands-on work, however at this time my father was needing some assistance with his projects. At ENRE, I followed my father in a wide range of cereals, grain and food related consultant activities. The first one was the oversee of a rice extruder installation. The client had just purchased a used equipment and needed help to start it. We spent a whole month installing and adjusting it until meet the client expectations. After that, we also provided consultant to a bread industry that had started to develop a freezing tunnel but was having a bad time with its efficiency. During six months, not continuously, we studied the equipment and its week points to improve its throughput and save as much energy as we could. The last job we undertook together was a rice silo refrigeration fan specification. At that time, we had a rice industry client which was installing a new rice silo and needed us to tell him which fan, dimensions, power and electric motor to use it in order to refrigerate the silo in the most efficient way. The whole time I have worked with my father was amazing, I have learned a lot about processes, sales, professional behavior and so on. It was one of the most important moments of my career which I treasure very much.
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Food industry equipment commissioning;
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Cooling and freezing systems adjustment, design and calculation;
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Rice, soy, grains and food related consultant assistance.
2010 - 2012 | LAMEF – UFRGS's Physical Metallurgy Laboratory
Mechanical Design Engineer Intern
Right at the first year in college, I had my first experience as a Mechanical Designer. Being a really active and hands-on guy, I started to feel bored with the course's early subjects. After discussing it with some colleagues, I received an offer to do an internship in one of the college's laboratories. The UFRGS's Physical Metallurgy Laboratory is one of the most important quality assessors for the main Brazilian’s oil company (Petrobras), and at that time the laboratory was evaluating the endurance of the devices and parts of pre-salt oil reserve equipment, such as risers, connectors and its corrosion resistance, since it would all be installed off-shore. In this internship, I had my first contact with SolidWorks (CAD) and Abaqus (CAE), besides having my first experience designing parts and devices. The reason I have learned so much in this internship, it was because, as interns, we had, not only to design the parts, but also follow its manufacturing and undertake their assembling. As any experienced Designer could imagine, the first times never went so well, however the urgency and being part of the assembling crew, have provided us a substantial knowledge about tolerance, clearance, manufacturing process, and so many other things about my profession.
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Mechanical design of parts, devices and equipment assisted by software (CAD - SolidWorks);
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Mechanical and structural finite element simulations assisted by software (CAE - Abaqus);
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Order, follow and oversee outsourced parts manufacturing;
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Communicate with client's managers and staff reporting issues, successes and any relevant data related to the project;
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Organize, classify and report results of stress, endurance and other mechanical tests undertaken on client's devices;
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Using all due personal protective equipment, assemble, adjust and install any parts or devices developed to undertake the mechanical tests.