Engineering Principles PDF

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engineering principles software engineering problem-solving collaboration

Summary

This document outlines engineering principles for daily work, decision-making, and expected behavior. It emphasizes problem-solving, iterative improvement, accountability, and collaboration.

Full Transcript

Our principles embody our approach to daily work, guiding our attitude towards problems, decision-making, and expected behavior as engineers. They are rooted in our Guiding Principles, ensuring alignment and setting the tone for our work. These principles shape our mindset, guide our actions, and fo...

Our principles embody our approach to daily work, guiding our attitude towards problems, decision-making, and expected behavior as engineers. They are rooted in our Guiding Principles, ensuring alignment and setting the tone for our work. These principles shape our mindset, guide our actions, and foster a culture of excellence within our engineering practices. 1. It’s all about the problem Prioritize gaining a thorough understanding of the problem at hand. Continuously revisit and reassess the problem throughout the development process to ensure our solutions remain aligned. We’re not afraid of asking questions. By engaging with the team and stakeholders, we keep the problem at the forefront and deliver impactful results. 2. Aim high, start simple Seek the fastest route to understand if you are e ectively solving the problem, by building the smallest solution that allows you to gather feedback, iterate and improve rapidly. 3. Own the solution We take ownership of our work and deeply comprehend its intrinsic value. We’re driven by the opportunity of shaping innovative solutions that truly embody the purpose and value we bring to the table. 4. Embrace accountability We’re always accountable for making sure every piece of work we produce is up to standards end-to-end, from ideation to release. 5. RERO - Release Early, Release Often Accelerate the journey from idea to customer, by finding the best path to ship early and ship frequently. 6. Iterative impact Plan for iterative enhancements and leverage feedback loops, to relentlessly pursue tangible customer and business impact. 7. E iciency through familiarity We gravitate towards common standards and tried and tested technologies. This streamlines our development processes, improves e iciency, and reduces risk. Nevertheless, we stay curious and open-minded as we understand the importance of staying ahead on emerging trends, technologies and tools. 8. Breakdown Complexity Break down complex changes into a sequence of manageable, controlled, and comprehensible steps to facilitate understanding and simplify the debugging process. 9. Agility over Complexity Complexity hampers speed, so we streamline processes, code, and architecture without over- engineering. Clear communication and concise documentation are integral to cultivating a culture of simplicity and e iciency. 10. Nurturing Collaboration Software engineering thrives on collaboration. We prioritize fostering a positive atmosphere and taking pride in our work to cultivate e ective teams. By creating a supportive environment, we encourage creativity and maintain a strong sense of ownership.

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