You're seeing this page as if you were . The main menu is still yours, though. Exit from immersion
Gabrielle M.GM

Gabrielle M.

Mechanical Design Engineer - CAD

£250/day
Bristol, GB
3-7 years

Average response time: 1 hour

About Gabrielle

As a Mechanical Designer Engineer, I bring three years of hands-on experience in product development, battery mechanical integration, and generative design in the automotive, micro-mobility and medical industries.

My expertise includes:
- Applying generative design principles to create optimised, user-friendly solutions, such as redesigning a knee brace for patients with osteoarthritis, a project which earned the Raymont-Osman Design Prize.

- Developing innovative e-scooter battery systems and sleek motorcycle accessories using various CAD tools for 3D modelling, simulation and FEA to ensure optimal design and performance.

- Prioritising human-centric design in all projects, resulting in products that not only meet safety, efficiency, and effectiveness requirements, but also enhance user experiences.

- Leveraging my comprehensive skill set for design, validation, and optimisation, ensuring products meet the highest standards of quality.

Transforming complex problems into innovative solutions is my forte. I am eager to use my skills, experience, and enthusiasm to bring your projects to life. Together, we can design, innovate, and make a difference, one project at a time!
  • English

    Native or bilingual

Remote only
Primarily works remotely

Experience

  • Pure Electric
    Design Engineer
    MECHANICAL ENGINEERING
    July 2021 - Today (4 years and 11 months)
    Bristol, United Kingdom
    During my time at Pure Electric, I had the opportunity to contribute to a variety of projects as a CAD Designer and Mechanical Engineer. My roles and responsibilities included:

    - Leading the battery mechanical integration for next-generation e-scooters, utilising a systems engineering design approach and performing risk analysis using DFMEA to ensure functional safety requirements.

    - Engaging in reverse engineering of competitor designs, focusing on risk, usability, and design features of battery systems and human interactions.

    - Conducting user trials to evaluate the design impact on user journeys, considering important factors such as weight penalties and human factors.

    - Designing and developing mechanisms for transforming scooters into compact storage solutions, optimising user interactions during transitions and multi-modal commutes.

    - Undertaking extensive design verification tasks, including creating technical drawings, tolerance stacks, performing FEA simulations, and overseeing the inspection process of Parts Submission Warrants from manufacturers.
    CAD Micro Mobility Battery intergration Ergonomics FEA Design Mechanical DFMEA
  • Triumph Motorcycles
    Design Engineer
    MECHANICAL ENGINEERING
    August 2019 - June 2020 (11 months)
    Leicester, United Kingdom
    Designed and tested motorcycle accessories, focusing on user interactions and touchpoints.

    Key Contributions:
    Designed accessories including fuel tank pad, bodywork protection bar bracket, and adjustable testing bracket for handlebar mounting.
    Used CAD tools, primarily Creo Parametric, to develop and verify designs.
    CAD FEA Design Product design Automotive

Recommendations

Be the first to recommend Gabrielle

Help this freelancer shine by sharing your experience working together.

These freelancer profiles also match your criteria

AgathaA

Agatha Frydrych

Backend Java Software Engineer

4.7

(3)

2

BaptisteB

Baptiste Duhen

Fullstack developer

4.6

(4)

5

AmedA

Amed Hamou

Senior Lead Developer

4

(2)

7

AudreyA

Audrey Champion

Web developer

4.3

(3)

4

Education

  • MEng Mechanical Engineering with Year in Industry
    University of Birmingham
    2021
    Dissertation: Redesigning a knee brace for patients suffering from knee osteoarthritis, I utilised Generative Design software to develop a range of optimised, patient-specific solutions. My innovative approach demonstrated the significance different braces can have on patients' quality of life and earned recognition with the Raymont- Osman Design Prize in 2021. These designs were tested using biomechanical force simulations, providing valuable insights into the necessary adaptations individuals must make to maintain an active lifestyle.

Skill set (19)

Categories