Free Feasibility Project Plan Specification Design Template

Feasibility Project Plan Specification Design


Prepared by: [Your Name]

Date: [Date]


I. Executive Summary

The proposed project aims to develop and launch a new software platform designed to streamline customer relationship management (CRM) for small businesses. This project will focus on providing an intuitive, user-friendly solution that integrates with existing platforms, enhances automation, and increases efficiency. The software will be scalable, customizable, and cost-effective for small enterprises.

II. Project Scope

This project involves the complete lifecycle of designing, developing, testing, and deploying the CRM software. The scope includes the following major components:

  • Software Development: Design and coding of the CRM system.

  • Testing: Quality assurance and user testing to ensure functionality and performance.

  • Deployment: Roll-out of the software to end-users with ongoing support.

  • Maintenance: Regular updates, bug fixes, and customer support post-launch.

III. Objectives

  • Primary Goal: Develop a fully functional CRM software platform by the end of the project timeline.

  • Specific Goals:

    • Achieve a user satisfaction rate of at least 85% based on initial feedback.

    • Ensure software integrates with at least five widely-used platforms (e.g., email, accounting software).

    • Deliver the project within the proposed budget and timeline.

IV. Resource Requirements

A. Human Resources

  • Project Manager: Oversees project delivery and manages team coordination.

  • Software Developers: Responsible for coding, database design, and implementation.

  • QA Testers: Conduct software testing for functionality and usability.

  • Marketing Team: Handles product promotion and customer outreach.

B. Technology Resources

  • Development Tools: Programming languages (Python, JavaScript), frameworks, and cloud platforms.

  • Hardware: Servers for development, testing, and deployment.

  • Software: Licensing for tools, IDEs, and cloud services.

V. Timeline

Phase

Duration

Description

Phase 1 - Planning

2 weeks

Initial planning, team formation, and requirement gathering.

Phase 2 - Design

4 weeks

Prototype design, UI/UX development, and user feedback.

Phase 3 - Development

8 weeks

Software coding, database setup, and feature implementation.

Phase 4 - Testing

4 weeks

Functional and user testing to ensure software performance.

Phase 5 - Deployment and Support

2 weeks

Roll-out to customers, training, and post-launch support.

Total Project Duration

20 weeks

VI. Budget and Financial Plan

Expense Category

Amount

Description

Development Costs

$200,000

Software developers, QA testers, and project managers

Tools and Software Licenses

$50,000

Cloud hosting, development software

Marketing and Promotion

$30,000

Website, ads, customer outreach

Contingency Fund

$20,000

For unforeseen expenses

Total Estimated Budget

$300,000

Total project cost

VII. Risk Assessment

A. Technical Risks

  • Software Bugs: Potential delays due to unforeseen coding challenges.

  • Integration Issues: Difficulty in ensuring compatibility with third-party tools.

  • Mitigation: Hire experienced developers, conduct early testing, and ensure robust documentation.

B. Operational Risks

  • Team Availability: Key team members may be unavailable due to other commitments.

  • Mitigation: Cross-train team members and maintain a flexible schedule.

C. Market Risks

  • Competition: New competitors could emerge during the project.

  • Mitigation: Continuous market research and adjustments to project strategy.

VIII. Technical Specifications

A. Platform Requirements

  • The software will be cloud-based and accessible via web browsers.

  • Supported platforms: Windows, macOS, and mobile (iOS and Android).

B. Security

  • Implement encryption for data storage and communication.

  • Adhere to GDPR and other relevant privacy regulations.

C. Performance

  • The platform must handle at least 1,000 concurrent users without performance degradation.

  • Database queries should execute within 2 seconds.

IX. Evaluation Criteria

A. Project Success Criteria

  • The software is delivered on time and within budget.

  • At least 85% of initial users report satisfaction.

  • The platform achieves a minimum uptime of 99.5% post-deployment.

B. Performance Metrics

  • User adoption rate within 3 months.

  • Number of reported bugs or issues during the first month.

  • Customer retention rate after 6 months of usage.



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