professional ethics

Question

Imagine you are running your own software house. You got a gaming project from client. Client

want a racing game just like “need for speed”. Now you are a manager. Make a complete report

in which following development phases are involved.

1) Planning and feasibility

Cost

Budget

Resources

2) Explain various phases of SLDP involved.

Answer 1

Software Development Project Report: High-Performance Racing Game

1. Planning and Feasibility

The planning phase determines if the project is technically possible and financially viable while adhering to ethical standards such as intellectual property rights and realistic labor practices.

Cost The total cost of development is estimated based on a 12-month production cycle. Major cost drivers include high-end graphical asset creation, physics engine licensing, and quality assurance testing. Total estimated cost: $1,200,000.

Budget The budget is distributed to ensure quality across all departments:

1. Personnel (Engineering, Art, Design): 60%
2. Software Licenses & Engine Fees (e.g., Unreal Engine): 15%
3. Hardware & Infrastructure (Dev Kits, Servers): 10%
4. Marketing and Distribution: 10%
5. Contingency Fund: 5%

Resources A cross-functional team of 15–20 professionals is required:

1. Technical: Lead Developer, Physics Programmer, UI/UX Engineer.
2. Creative: 3D Environment Artists, Vehicle Modelers, Sound Designer.
3. Management: Project Manager (PMP), Product Owner, QA Lead.

2. Software Development Life Cycle (SDLC) Phases

To ensure a high-quality "Need for Speed" style experience, we will follow a structured SDLC, likely using an Agile-Scrum hybrid to allow for iterative testing of car physics.

Requirement Analysis We define the scope, including the number of cars, track environments, and multiplayer capabilities. Ethically, we ensure all car designs and brand likenesses are properly licensed to avoid copyright infringement.

Design This phase involves creating the Game Design Document (GDD) and technical architecture. Engineers design the physics engine to handle high-speed drifting and collisions, while artists create concept art for the urban environments.

Development (Coding) Developers write the core game logic. Using a modular approach, we build the vehicle physics, AI traffic systems, and network code for multiplayer sessions simultaneously.

Testing (Quality Assurance) The game undergoes rigorous testing for bugs, frame-rate stability, and "fun factor." This includes Alpha and Beta phases where we check for exploits in the racing mechanics.

Deployment The game is released to digital storefronts and consoles. We ensure the deployment is stable and that the initial "Day 1" patches are ready for any unforeseen hardware compatibility issues.

Maintenance Post-launch support involves monitoring server stability for multiplayer, releasing balance patches for vehicle performance, and addressing user feedback to improve the long-term player experience.