Product Development specialist
ELAN GROUP
مجموع سنوات الخبرة :6 years, 8 أشهر
• Utilized CAD software to design and develop a wide range of mechanical components and systems, ensuring high performance and reliability.
• Led initiatives to optimize design processes, reducing the dependency on external suppliers by enabling in-house manufacturing of critical components.
• Conducted detailed analyses and simulations using CAD to validate and refine designs, ensuring optimal functionality and durability.
• Developed and implemented innovative design solutions that improved product quality and manufacturing efficiency.
• Created comprehensive CAD models and detailed technical drawings, facilitating precise and efficient production workflows.
• Collaborated with manufacturing teams to ensure seamless integration of design changes and improvements into the production process.
• Established and maintained detailed documentation, including BOMs, specifications, and assembly instructions, to support manufacturing and quality control.
• Identified and implemented cost-saving measures by optimizing material usage and manufacturing techniques.
• Worked closely with cross-functional teams, including R&D, production, and quality assurance, to drive continuous improvement initiatives.
• Ensured all designs met industry standards and regulatory requirements, maintaining the highest levels of safety and compliance.
• Provided technical support and training to team members on SolidWorks and best practices in mechanical design.
Led the complete design and development of complex
mechanical systems, ensuring robust and innovative solutions for
structural integrity and performance.
- Conducted detailed analyses, including stress, strain, and load
simulations to optimize designs for durability and safety.
- Designed and developed interior layouts, focusing on
functionality, ergonomics, and aesthetic appeal.
- Created detailed mold designs for manufacturing various
components, ensuring precision and quality.
- Developed tooling and jig designs to streamline production
processes, enhance accuracy, and reduce manufacturing time.
- Established and optimized assembly line processes from initial
concept through to final quality checks, ensuring efficient and
reliable production.
- Collaborated with cross-functional teams to align design
objectives with manufacturing capabilities and project
requirements.
- Maintained comprehensive technical documentation,
including CAD drawings, BOMs, specifications, and quality
standards.
1. Proficiency in SolidWorks:
Mastery of SolidWorks
software, including
advanced modeling,
simulation, and rendering
features. -certified
SOLIDWORKS professional
weldments, Mechanical
design, drawing tools,
advanced Sheetmetal)
2. CAD Design and Drafting:
Expertise in creating
detailed 2D and 3D CAD
models and drawings.
3. Mechanical Engineering
Principles: Strong
understanding of
mechanics, kinematics,
thermodynamics, and
material science.
4. Design for
Manufacturability (DFM):
Ability to design parts and
assemblies that are easy
and cost-effective to
manufacture.
5. Finite Element Analysis
(FEA): Skills in performing
stress, strain, and thermal
analysis using SolidWorks
Simulation.
6. Product Lifecycle
Management (PLM):
Knowledge of managing
product development
processes from conception
through to production.
7. Geometric Dimensioning
and Tolerancing (GD&T):
Proficiency in applying
GD&T principles to ensure
proper fit and function of
parts.
8. Technical
Documentation:
Competence in creating
and maintaining detailed
documentation, including
BOMs, specifications, and
manuals.
9. Problem-Solving and
Analytical Skills: Strong
ability to troubleshoot
design issues and optimize
performance.
10. Collaboration and
Communication: Effective
teamwork and
communication skills for
collaborating with cross-
functional teams.
11. Project Management:
Experience in planning,
scheduling, and overseeing
design projects to ensure
timely and successful
completion.
12. Continuous
Improvemen: Commitment
to staying updated with the
latest and best practices in
design.
- Applied industry-standard CAD software, including SolidWorks
for all design, rendering and analysis tasks.
- Ensured compliance with relevant safety regulations and
industry standards throughout the design and production
processes.
- Implemented continuous improvement initiatives to enhance
design quality, reduce costs, and improve overall product
performance