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Прапор UNITED STATES
new york, united states
$55 USD / год.
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На сайті з вересня 9, 2018
1 Рекомендація

Maximilian M.

@MaximilianFRLC

 5,0 (3 відгуки(-ів))
4,7
4,7
67%
67%
$55 USD / год.
Прапор UNITED STATES
new york, united states
$55 USD / год.
100%
Завершених робіт
100%
В межах бюджету
100%
Вчасно
50%
Рейтинг повторного найняття

Industrial Design, Engineering, Programming Innovative Solutions

Engineering, INSA Lyon, Fr Industrial Design, NYU, New York Gear up for innovation. This may not suit all projects but together with the technical skills I'll give you, you will stand out from the competition. CAD and CAM background from Engineering studies. Programming knowledge from past 9 years working on professional projects for several startups. Java, C#, Python ~ 6+ yrs JS , Django, SQL ~ 3 years Unity3D ~ 5+ years experience I'll throw in making Photoshop, Illustrator work if needed on projects Rhino, ProEngineer, SolidEdge, Fusion360, Inventor, AutoCAD. Freehand or asymmetric drawings, technical or sketches
Freelancer Python Developers United States
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Зв'яжіться з Maximilian M. щодо вашої роботи

Авторизуйтесь, щоб обговорити деталі в чаті.

Портфоліо

4556804
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
4556760
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
4556759
The idea behind this project was to explore the possibility of creating music procedurally based on a few initial pieces of input from the user. I had initially began working on this project around August 2016 and used the first functional prototype to create the procedural music I used in planets generation program I also submitted as part of my portfolio. More recently, around June this year I returned to the idea and rewrote the program from scratch allowing more flexibility, the ability to use different scales, and to play a variety of sounds by selecting from a list of virtual instruments. I am still working on several of these features, currently I am attempting to write a functional SFZ instrument player so to simplify the task of adding more realistic sounding instruments down the line. The visuals are very versatile and the same logic can be used to generate the notes moving as flames, tiles or any other visual element that could be added later on.
Procedural Music Generator and Visualizer
4556750
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
4556804
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
In August 2016, a company whose information was kept anonymous published a challenge on MindSumo, the challenge goal was to redesign a syringe with the scope of reducing the pain, difficult and fear experienced by medical patients who require frequent or daily injections. My syringe design used concepts of biomimicry, and focusing on human-centered design, aimed to reduce pain through the use of vibrating rubber pads and a triple micro serrated needle inspired by mosquito proboscides. The design was ranked within the top 10% of submissions.
Contest:How can we improve the experience of using a syringe
4556760
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
As a group we decided to develop a modular lamp which could be set up in a vast number of configurations granting the user flexibility and thus providing us with access to a wider target market. Each lamp module could operate individually and could connect to other modules on each of its four sides. The connection was mechanical and relied upon the weights of the units to apply tension on pegs connecting the modules. The low voltage electric supply was transferred through modules by small metal discs. This current was used to power the LED strips. Using the module could be turned on and off individually or could control the entire assembly.
Modular Lamp System
4556759
The idea behind this project was to explore the possibility of creating music procedurally based on a few initial pieces of input from the user. I had initially began working on this project around August 2016 and used the first functional prototype to create the procedural music I used in planets generation program I also submitted as part of my portfolio. More recently, around June this year I returned to the idea and rewrote the program from scratch allowing more flexibility, the ability to use different scales, and to play a variety of sounds by selecting from a list of virtual instruments. I am still working on several of these features, currently I am attempting to write a functional SFZ instrument player so to simplify the task of adding more realistic sounding instruments down the line. The visuals are very versatile and the same logic can be used to generate the notes moving as flames, tiles or any other visual element that could be added later on.
Procedural Music Generator and Visualizer
4556750
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System
The initial project mapped a selection of 30 words to a set of 35 variables that would drive the procedural generation of virtual planets as well as other elements in the scene including background color, background and planet movement and even camera positioning. I used, and modified slightly, a procedural music generation system I had previously created that would play notes. The instruments and speed of the music would be tied to the input typed by the user. The 30 initial words were also mapped to a thesaurus that would find the closest word mapped to the generation parameters
Procedurally Generated Planet System

Відгуки

Зміни збережені
Показано з 1 по 3 із 3 відгуків
 Фільтрувати відгуки за:
5,0
$500,00 USD
Project for Maximilian M. -- 3
This is my third project with Max and I feel like I am going to run out of ways to say how amazing he is. He is doing some great work for me. He brings so much innovation and energy to each project. The work I have done is getting the kind of attention from buyers that I never thought would be possible in the time frame that we have been working together.
Java
Python
Research
3D Modelling
Unity 3D
+ ще 1
Аватарка користувача
Прапор Andrew F.
@andrewfinkler
•
6 years ago
5,0
$400,00 USD
Project for Maximilian M. -- 2
Max is a miracle worker. He did outstanding work and is an amazing trouble shooter. His outside the box thinking made this project possible. I will hire him for future projects without hesitation. He is an asset to any project.
Java
Python
Research
3D Modelling
Unity 3D
+ ще 1
Аватарка користувача
Прапор Andrew F.
@andrewfinkler
•
6 years ago
5,0
$1 000,00 USD
Project for Maximilian M.
Max was able to work a miracle for me on this project. His communication with me through the entire process was outstanding. He was tireless in his pursuit for perfection on this project and even added insight to solutions I hadn't even considered. Not only do I highly recommend him, but I plan to work with him on several other projects as well.
Java
Python
Research
3D Modelling
Unity 3D
+ ще 1
Аватарка користувача
Прапор Andrew F.
@andrewfinkler
•
6 years ago

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