This study proposed a Project-Based Learning (PBL) Framework in software engineering education by shifting from traditional, exam-heavy assessments to a project-driven evaluation.By increasing the CLO3 weightage from $40 \%$ to $60 \%$,this framework emphasized on industry relevant skills rather than theoretical.This study conducted over two semesters with 100 students(Each Semester,n=50 Students) at Independent University Bangladesh, the study demonstrates significant improvements in learning outcomes, with overall CLO achievement rising from $28 \%$ to $96 \%$.Notably,CLO3, measuring application and analysis skills, improved by $54 \%$, indicating enhanced industry preparedness.A statistical analysis, including ANOVA and regression, confirms a strong correlation between PBL and skill development.The transition to a $60 \%$ project-based assessment enhances student engagement and critical competencies for the industry while fostering research contributions.The new PBL framework fosters lifelong learning, adaptability, and interdisciplinary collaboration which aligns with sustainable education principles.By bridging theory and practice,this approach enhances student engagement and contributes to longterm productivity, making PBL a sustainable and impactful model for engineering education.

This study investigates the integration of Agile methodologies with the Stage-Gate model to enhance New Product Development (NPD) performance, focusing on Bangladesh’s software development sector. By surveying 125 participants across 21 software firms, the study examines the impact of key variables such as team size, speed, and quality on project outcomes. Findings indicate that while this hybrid approach improves efficiency and quality, challenges such as budget constraints, coordination inefficiencies, and cultural resistance persist.The proposed Parallel Sprint Planning approach offers a practical solution by aligning Agile sprints with Stage-Gate milestones, mitigating coordination inefficiencies and integration conflicts, and ensuring that iterative development cycles align with structured decision-making checkpoints. By embedding Agile principles within Stage-Gate’s framework, Parallel Sprint Planning (PSP) enhances flexibility while ensuring governance, providing a comprehensive strategy to improve NPD performance.

Although global software industry is growing up rapidly, however surviving in software industry has not become remarkable as earning revenue and profit is below satisfactory in most of cases. Software companies are getting failed to make business by implementing typical software project management. The reasons of failing to earn profit is developing customized software of each client. In this paper, we have proposed a process model which will be followed additionally with typical software project management. By adopting this proposed process model will help the software companies to make profit of software business. This process model will build core and reusable software components based on targeted market segment and will integrate those components while developing software. Thus, software can be built with minimal customization and software companies can save their resources.