COMPREHENSIVE MODERN PRACTICAL CLOUD COMPUTING PROGRAM
AWS Certified Cloud Practitioner (CCP) and Solutions Architect Associate (CSAA)
24-Week Professional Certification Program
Phone: 658 04 48 63 | 677 63 93 39
WhatsApp: https://wa.me/237658044863
Address: Malingo Street, BUEA, Cameroon
Email: contact@bisoftech.com | bisoftechprograms@gmail.com
Facebook: https://facebook.com/bisoftechprograms
Website: https://bisoftech.com
Buea Institute of Software Technology (BISOFTECH) is Cameroon's leading technology education institution, committed to providing world-class training in emerging technologies. Our mission is to bridge the digital skills gap in Africa by delivering practical, industry-relevant education that prepares students for global technology careers.
With experienced instructors, modern facilities, and strong industry partnerships, BISOFTECH has established itself as the premier destination for technology education in Central Africa. Our graduates work with leading technology companies worldwide and have successfully launched numerous tech startups.
Your Journey to Cloud Computing Excellence Starts Here!
This comprehensive 24-week Cloud Computing program combines AWS Certified Cloud Practitioner (CCP) and Solutions Architect Associate (CSAA) certifications. Designed for aspiring cloud professionals, the program provides hands-on experience with AWS services, infrastructure management, and cloud architecture design using Python programming.
This foundational module introduces students to cloud computing concepts, service models, and deployment strategies. Students will understand the evolution from traditional IT infrastructure to cloud-based solutions, exploring the business value and technical advantages of cloud adoption. The module establishes the groundwork for AWS-specific learning in subsequent weeks.
Create a comprehensive comparison report analyzing traditional IT infrastructure vs cloud solutions for a fictional company, including cost analysis and migration recommendations.
100% Practical Approach: Every session includes hands-on exercises using real AWS environments. Students work directly with cloud services, not just theory.
1-on-1 Instructor Support: Close collaboration between instructors and students ensures personalized learning and immediate problem resolution.
Python Integration: All automation, scripting, and infrastructure management tasks utilize Python programming, leveraging boto3 SDK and other relevant libraries.
Project-Based Learning: Each module culminates in practical projects that simulate real-world scenarios and build a professional portfolio.
Industry-Relevant Skills: Curriculum aligned with current industry demands and AWS certification requirements.
Continuous Assessment: Regular assignments, practical labs, and project evaluations throughout the program.
Mock Examinations: Multiple practice tests simulating actual AWS certification exam conditions.
Capstone Project: Comprehensive final project demonstrating mastery of all learning objectives.
Professional Portfolio: Students graduate with a complete portfolio showcasing their cloud computing expertise.
Dual Certification Path: Preparation for both AWS Certified Cloud Practitioner and Solutions Architect Associate certifications.
Basic Computer Skills: Fundamental understanding of computer operations and internet usage.
Programming Foundation: Basic familiarity with programming concepts (training provided for Python specifics).
English Proficiency: Ability to read and understand technical documentation in English.
Commitment: Dedication to attend all sessions and complete assignments within specified timeframes.
Hardware: Access to a computer with stable internet connection (laptop provided after 75% tuition payment).
Upon successful completion of this program, graduates will be prepared for the following career opportunities:
Students will gain proficiency in the following technologies and tools:
Direct Internship Program: Top-performing students will be offered internship positions at BISOFTECH, providing real-world experience with client projects.
International Project Access: Students gain access to freelancing opportunities with foreign companies and individuals, enabling financial growth while building professional experience.
Career Placement Support: Ongoing support for job placement including resume review, interview preparation, and industry networking connections.
Alumni Network: Access to a growing network of BISOFTECH graduates working in technology companies worldwide.
Throughout the program, students will engage with critical topics in technology ethics and entrepreneurship:
Students dive into Amazon Web Services ecosystem, exploring core services and the AWS global infrastructure. This module provides hands-on experience with the AWS Management Console and introduces fundamental services like EC2, S3, and VPC. Students will learn to navigate AWS documentation and understand service interconnections.
Set up a complete AWS environment including IAM users, launch EC2 instances, create S3 buckets, and configure basic VPC networking using Python boto3 SDK.
This module provides comprehensive coverage of AWS compute services, focusing on EC2, Lambda, and container services. Students will learn to select appropriate compute solutions based on workload requirements, implement auto-scaling strategies, and understand serverless computing paradigms. Practical exercises include performance optimization and cost management.
Build a scalable web application using EC2 with Auto Scaling, implement serverless functions with Lambda for data processing, and containerize applications using ECS, all orchestrated with Python scripts.
Students explore comprehensive AWS storage options including object, block, and file storage systems. The module covers data lifecycle management, backup strategies, and storage optimization techniques. Students will learn to design storage solutions that balance performance, durability, and cost-effectiveness while ensuring data security and compliance.
Design and implement a comprehensive data storage solution including S3 buckets with lifecycle policies, EBS volumes with snapshots, and automated backup systems using Python automation scripts.
This module focuses on AWS networking services and content delivery mechanisms. Students will master VPC configuration, security groups, routing, and content distribution strategies. The curriculum includes hands-on experience with CloudFront, Route 53, and advanced networking concepts essential for building secure and performant cloud architectures.
Build a multi-tier network architecture with public/private subnets, configure CloudFront for global content delivery, and implement Route 53 for DNS management, all automated through Python infrastructure code.
Students gain expertise in AWS database services including relational and NoSQL options. The module covers database design, performance tuning, backup and recovery strategies, and scaling techniques. Students will learn to select appropriate database solutions based on application requirements and implement database security best practices.
Deploy a multi-database solution using RDS for relational data and DynamoDB for NoSQL requirements, implement automated backups, and create database monitoring dashboards using Python and AWS SDK.
This critical module focuses on AWS security services and compliance requirements. Students will learn to implement comprehensive security strategies including identity management, data protection, network security, and compliance monitoring. The module emphasizes the shared responsibility model and security best practices for cloud environments.
Implement a comprehensive security framework including IAM policies, CloudTrail logging, GuardDuty threat detection, and automated compliance reporting using Python security automation scripts.
Students master AWS monitoring and logging services to ensure optimal system performance and reliability. The module covers CloudWatch metrics, alarms, and custom dashboards, along with centralized logging strategies. Students will learn to implement proactive monitoring and automated response systems for maintaining high-availability architectures.
Build a comprehensive monitoring solution with custom CloudWatch dashboards, implement distributed tracing with X-Ray, and create automated alerting systems with Python-based response automation.
This module integrates cloud infrastructure with modern DevOps practices. Students will learn to implement continuous integration and deployment pipelines using AWS developer tools. The curriculum covers infrastructure as code, automated testing, and deployment strategies that enable rapid and reliable software delivery in cloud environments.
Build a complete CI/CD pipeline using AWS CodePipeline, implement Infrastructure as Code with CloudFormation, and deploy containerized applications with automated testing and monitoring, all orchestrated through Python automation.
Students explore sophisticated architectural patterns for enterprise-scale applications. The module covers microservices architecture, event-driven systems, and serverless patterns. Students will learn to design resilient, scalable systems that leverage AWS services effectively while following architectural best practices and design principles.
Design and implement a microservices-based e-commerce platform using serverless components, event-driven communication, and API Gateway, with comprehensive Python service implementations and monitoring.
This module focuses on financial operations and cost management in cloud environments. Students will learn advanced cost optimization strategies, resource rightsizing, and financial governance practices. The curriculum includes hands-on experience with AWS cost management tools and implementing FinOps culture within organizations.
Develop a comprehensive cost management system with automated cost reporting, resource optimization recommendations, and budget alerting using Python analytics and AWS cost management APIs.
This intensive preparation module consolidates learning from previous modules and focuses on certification exam readiness. Students will complete practice exams, review key concepts, and strengthen areas of weakness. The module includes exam strategies, time management techniques, and comprehensive review sessions to ensure certification success.
Complete a comprehensive capstone project that demonstrates mastery of all course concepts, integrating multiple AWS services into a production-ready solution with full documentation and Python automation.
The final module focuses on career preparation and professional development. Students will compile their work into a comprehensive portfolio, prepare for technical interviews, and develop strategies for continuing education. The module includes entrepreneurship guidance, freelancing opportunities, and networking strategies for cloud professionals.
Create a professional GitHub portfolio showcasing all course projects, develop a personal brand website hosted on AWS, and prepare comprehensive case studies of implemented solutions for job interviews.