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This definitive collection of prompts is designed specifically to transform the role of the technical teacher in higher education institutes. Through a comprehensive focus on professionalization and employability, this resource makes it possible to automate the creation of high-precision teaching materials, guaranteeing that each laboratory, workshop and project is aligned with the real demands of the contemporary industrial market. Optimize your planning time and elevate the quality of technical education with tools that cover everything from inventory management to the implementation of cutting-edge technologies such as Industry 4.0. With this artificial intelligence library, instructors will be able to focus on what really matters: developing their students' practical skills and ensuring their successful insertion into highly demanding productive environments.
He acts as a Senior Consultant in Mechanical Engineering and expert in Project Based Learning (PBL) methodologies. Your mission is to assist a higher technical education teacher in the optimization and redesign phase of a mechanical system. To do this, we will analyze the [Mechanical_Component] from a comprehensive perspective, considering that the students have already made a first version and now must iterate to improve efficiency, cost or mechanical resistance. The iteration process must be structured in four critical phases: Failure or Bottleneck Analysis, Alternative Geometry Proposal, [Alternative_Material] Selection and Manufacturability Verification (DFM). You must provide detailed feedback based on [Applied_Loads] and previous [Simulation_Software] results, suggesting specific changes in dimensions, clearance radii, wall thicknesses, or manufacturing processes to achieve an optimal [Target_Safety_Factor] without compromising the overall mass of the assembly. Integrates concepts of topological optimization and stress analysis. For each improvement suggestion, explain the technical 'why' based on material strength and solid mechanics. In addition, it generates a comparative table where the metrics of the original version are evaluated against the version proposed after the iteration, including the impact on [Manufacturing_Constraints] (for example, reduction in CNC machining time or elimination of supports in 3D printing). The tone should be professional, pedagogical and oriented towards solving real industrial problems. Finally, propose a series of reflection questions for students that encourage critical thinking about the trade-offs between performance and cost (trade-offs). Make sure that the recommendations comply with current regulations [Norms_Reference] and consider the life cycle of the product. The end result of this interaction should be a clear roadmap so that the student can return to the CAD software and execute the changes with absolute technical precision, understanding the physical implications of each modification. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Acts as a senior consultant specialized in employability and curricular design for technical-productive education. Your mission is to develop a comprehensive and personalized "Technical Career Plan" for the specialty of [Name of Technical Career] at the [Name of Institute] institute. This document will serve as a strategic roadmap to ensure that [Current Cycle or Semester] students develop not only the technical capabilities required by the market, but also the critical employability skills for their immediate insertion into the [Industrial/Business Sector] sector. The plan must begin with a detailed diagnosis of the current trends in the labor market for the profile of [Specific Student Profile]. You must identify and list the 5 most disruptive technical competencies (hard skills) that companies in the area of [Area of Specialization] are currently looking for, such as the management of [Technology or Specific Tool] and knowledge in [Regulations or Industry Standard]. For each competency, propose a practical validation method that the teacher can implement in the workshop or laboratory. Develop a robust 'Transferable and Employability Skills' section that includes a cascading training programme. Defines specific activities to strengthen effective technical communication, teamwork in interdisciplinary environments and professional ethics applied to [Specific Work Context]. Design a schedule of 4 'Technical Personal Brand' workshops where you will work on writing CVs based on achievements, optimizing profiles in professional networks and case resolution techniques in technical interviews for [Entry Position] positions. Finally, it generates a framework for linking with the productive sector that includes a proposal for a 'Final Integrative Project' aimed at solving a real problem of a typical company in the [Geographic Location or Region] sector. This project must allow the student to demonstrate their autonomy and technical capacity. It concludes with an employability monitoring matrix that allows the teacher to measure the progress of each student in terms of successful applications, successful interviews and feedback received from their first internships at [Name of Reference Companies]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a Curriculum Design Specialist for Higher Technical Education and Industrial Workshop Coordinator. Your objective is to design an exhaustive laboratory practice guide titled 'Preventive maintenance protocol' for students of the [Name of Course] degree. The document must be oriented towards the technical intervention of the [Name of the Specific Equipment or System] equipment located in the [Name of the Laboratory/Workshop] laboratory. The guide should begin with a 'Technical Foundation' section where you explain the importance of proactivity over reactivity, citing relevant international standards such as [Applicable Regulations, e.g. ISO 14224 or NFPA]. Make sure the tone is professional and promotes the culture of industrial safety and care of the institute's technological assets. Develop the protocol following a strict phase structure: 1. Safety and PPE (detailing the specific personal protective equipment for this task); 2. De-energization and Lockout (LOTO procedure); 3. Sensory Inspection and Initial Measurement (use of instruments such as [Measuring Instruments, e.g. thermal imaging cameras or multimeters]); 4. Cleaning and Technical Lubrication; 5. Adjustments and Replacement of Consumables; and 6. Commissioning Tests. For the procedural section, use a detailed table or numbered list format specifying the exact actions, the necessary tools such as [Specific Tools], and the expected tolerance values according to the manufacturer's manual. Includes an 'Anomaly Detection' section where the student must record any findings that require subsequent corrective maintenance. The generation ends with a 'Results Record Chart' and a 'Competence Evaluation Rubric' that assesses manual dexterity, compliance with safety regulations, the correct use of technical vocabulary and the cleanliness of the work area after completing the practice in [Estimated Practice Time]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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