Development of A Comprehensive Design Handbook For Enhancing Mechanical Engineering Practices for A Company
Gumbo, Michael (2024)
2024
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2024051612442
https://urn.fi/URN:NBN:fi:amk-2024051612442
Tiivistelmä
The mechanical engineering department at a company has identified a need for improvement in its design practices to enhance efficiency. This thesis project aims to develop a Comprehensive Design Handbook tailored to the specific needs and challenges faced by the department. The handbook is envisioned to directly
benefit engineers, designers, and professionals involved in mechanical design processes, with potential indirect
benefits for project managers, quality control personnel, and interdisciplinary collaborators.
The project's inspiration emerged from discussions with professionals within the department, highlighting the necessity for a centralized resource to streamline design practices. The development of the handbook is driven by a passion for optimizing engineering processes and fostering innovation, aligning with my career aspirations in mechanical engineering. The methodology involves a literature review, stakeholder engagement, current process analysis, and the compilation of best practices tailored to the department's context.
The resulting handbook is structured for easy navigation and reference, incorporating visual aids, case studies, practical examples, and material considerations. Iterative feedback and revision ensure alignment with end-users' practical needs. The importance of this thesis lies in bridging theoretical knowledge with practical applications, providing firsthand experience in project management, critical thinking, problem-solving, and effective communication. Technical writing skills are honed, and adaptability is crucial due to iterative feedback and revisions. The thesis enhances understanding of mechanical engineering principles and provides insights into the dynamics of the mechanical engineering department at a company. The project's significance extends to developing a mindset of continuous improvement, a valuable skill in engineering and other fields. The thesis concludes with an evaluation of the handbook's impact on design processes, efficiency, collaboration, and material considerations within the company.
In summary, this thesis contributes to the optimization of mechanical engineering practices at a company by developing a user-friendly design handbook, facilitating improved efficiency, consistency, and quality in design processes, including the comprehensive definition of materials and their treatment.
benefit engineers, designers, and professionals involved in mechanical design processes, with potential indirect
benefits for project managers, quality control personnel, and interdisciplinary collaborators.
The project's inspiration emerged from discussions with professionals within the department, highlighting the necessity for a centralized resource to streamline design practices. The development of the handbook is driven by a passion for optimizing engineering processes and fostering innovation, aligning with my career aspirations in mechanical engineering. The methodology involves a literature review, stakeholder engagement, current process analysis, and the compilation of best practices tailored to the department's context.
The resulting handbook is structured for easy navigation and reference, incorporating visual aids, case studies, practical examples, and material considerations. Iterative feedback and revision ensure alignment with end-users' practical needs. The importance of this thesis lies in bridging theoretical knowledge with practical applications, providing firsthand experience in project management, critical thinking, problem-solving, and effective communication. Technical writing skills are honed, and adaptability is crucial due to iterative feedback and revisions. The thesis enhances understanding of mechanical engineering principles and provides insights into the dynamics of the mechanical engineering department at a company. The project's significance extends to developing a mindset of continuous improvement, a valuable skill in engineering and other fields. The thesis concludes with an evaluation of the handbook's impact on design processes, efficiency, collaboration, and material considerations within the company.
In summary, this thesis contributes to the optimization of mechanical engineering practices at a company by developing a user-friendly design handbook, facilitating improved efficiency, consistency, and quality in design processes, including the comprehensive definition of materials and their treatment.