Pancyprian Product Dev III study plan

Map the full product development lifecycle from opportunity identification to end-of-life, writing stage gates and exit criteria for each phase

Compare stage-gate, agile, and hybrid development models and justify which fits three different product scenarios

Draft a one-page lifecycle diagram for a product you know well, labeling decision points and review owners

Define the roles of product manager, design lead, engineering lead, and quality lead across the lifecycle

Convert a raw business need into a structured requirements set separating functional, non-functional, and constraint requirements

Write user stories with acceptance criteria and rank them using MoSCoW prioritization

Practice three elicitation techniques (semi-structured interview, contextual observation, survey) and record what each yields

Build a traceability matrix linking each requirement to a lifecycle stage and a validation method

Apply the five design thinking stages to a real problem and document what each stage produced

Construct two distinct user personas and one journey map grounded in stated assumptions

Design and pilot a 6-8 question interview guide, then synthesize findings into affinity clusters

Distinguish validated user insight from assumed need and flag which requirements rest on unvalidated assumptions

Generate at least 20 concept variants using three ideation methods and cluster them into a shortlist

Build a weighted decision matrix with explicit criteria and scores to select two concepts for prototyping

Produce a low-fidelity prototype (paper or digital wireframe) that tests the riskiest assumption first

Write a test protocol with tasks, success metrics, and a participant count justified by the decision at stake

Run at least five usability test sessions and code observations into severity-ranked findings

Iterate the prototype based on findings and document what changed and why

Select candidate materials and processes for your product and state the trade-offs behind each choice

Identify the two highest technical risks and design a feasibility test or analysis to retire each

Build a manufacturing readiness checklist covering tolerances, tooling, assembly sequence, and inspection points

Estimate unit cost drivers and identify where design decisions lock in cost

Map applicable safety, quality, and regulatory requirements for your product category and cite the governing standard for each

Perform a failure mode and effects analysis on the top five failure modes and assign detection and severity ratings

Conduct a lifecycle sustainability assessment covering material sourcing, energy use, end-of-life, and packaging

Define quality control points and acceptance criteria tied to the earlier requirements

Draft a risk register linking regulatory, safety, and sustainability risks to owners and mitigations

Prepare a compliance summary that a non-specialist reviewer could audit in under ten minutes

Build a project schedule with work breakdown structure, dependencies, and a critical path for a 12-week launch

Practice communicating a design trade-off to a non-technical stakeholder in a two-minute written brief and a five-minute verbal pitch

Run a lessons-learned review across the whole lifecycle and identify three process improvements

Complete two timed mixed-domain practice sets and review every error against source material