Course / Course Details
By - Isaac Olapade
Ability to use a computer or mobile device for online learning
Familiarity with tools like Microsoft Word, Excel, PowerPoint, and Google Docs
Comfortable with internet browsing and research
Good written and spoken English
Ability to explain ideas clearly and understand client needs
Willingness to develop professional presentation and proposal writing skills
Interest in how businesses operate, grow, and solve problems
Basic knowledge of business terms is helpful but not required—we teach from scratch
Curiosity and willingness to learn how systems and processes work
Logical thinking and a desire to improve solutions or workflows
A laptop, tablet, or smartphone with good internet connection
Recommended: Laptop for accessing templates, diagrams, and practical tools
Ability to dedicate 6–10 hours per week for 4 to 6 weeks
Some flexibility is allowed for self-paced learners
You don’t need any coding or programming experience. Our focus is on solution strategy, process improvement, system analysis, and client delivery.
Are you ready to bridge the gap between business needs and digital solutions—without writing a single line of code?
The Business Solution Architect Intensive Training is a hands-on, career-focused course designed to equip you with the skills to analyze business problems, design strategic solutions, and drive digital transformation across organizations.
Whether you're a business-minded professional, tech enthusiast, project manager, or an aspiring consultant, this course will teach you how to think like a strategist and deliver like a tech expert—even if you have no prior background in IT or coding.
The role and responsibilities of a Business Solution Architect
How to assess business problems and define solution requirements
Frameworks for digital transformation and enterprise architecture
Process mapping and optimization using professional tools
How to design and present business solution blueprints
Real-world documentation techniques (BRD, SRS, Use Cases)
Client communication, stakeholder management, and delivery strategy
How to position yourself for roles in tech, consulting, or freelancing
✅ 100% online and self-paced
✅ Real case studies and hands-on templates
✅ Industry-recognized certificate of completion
✅ No coding or IT degree required
✅ Live mentorship and post-course support
✅ Immediate job opportunities for top performers
✅ Lifetime access to materials and updates
Career changers looking to enter the tech/business consulting space
Graduates and professionals seeking in-demand solution skills
Entrepreneurs and business owners wanting to optimize operations
Anyone curious about digital transformation, process improvement, and strategic design
At the end of the course, you’ll receive a recognized certificate proving your ability to analyze business needs, propose solutions, and support digital transformation—key skills in high demand across industries.
You won’t just learn theory—you’ll work on real business case studies and solution frameworks, giving you practical, job-ready experience you can showcase in your CV or portfolio.
Top performers can be recruited into our in-house business solution team, allowing you to start earning immediately by working on client projects under expert supervision.
You’ll gain the skills to build your own consulting business or tech startup, offering services like process improvement, digital solution planning, and business systems setup.
You’ll learn how to engage with clients professionally, gather requirements, and deliver winning presentations—skills that give you an edge in tech, consulting, or freelancing.
You’ll become a critical link between business teams and technical developers, positioning yourself as a strategic problem-solver in any company or startup environment.
By the end of the training, you'll be equipped to design, document, and defend business solutions with confidence—no coding required, just critical thinking and smart tools.
Our course is built to meet international standards while addressing local African business realities, making you relevant both at home and abroad.
Enjoy continued access to resources, updated tools, and mentorship even after the course. You're not just taking a course—you’re joining a growth network.
This is a live and practical class. Please endeavour to follow the timetable, and you can also replay the live video through your platform.
Live class
Live class
Welcome to the world of cloud computing! This module introduces the fundamental concepts you need to understand before diving into Google Compute Engine. We'll explore what cloud computing is, define Virtual Private Servers (VPS), introduce the Google Cloud Platform (GCP), and finally, position Google Compute Engine (GCE) as GCP's powerful VPS solution.
Now that you understand the basic concepts, this module guides you through the initial steps of using Google Cloud Platform and Compute Engine. You'll learn how to set up your account, navigate the management interface, and get acquainted with the command-line tools.
This module dives into the practical steps of creating your first Google Compute Engine (GCE) Virtual Machine (VM). We'll cover the essential configuration choices: location (regions and zones), virtual hardware (machine types), operating system and storage (boot disks), and initial network settings. We'll walk through creating both Linux and Windows VMs using the Google Cloud Console and the gcloud command-line tool.
Creating VMs is just the first step. Now, you need to learn how to connect to them to install software, configure services, and manage them effectively. This module covers connecting to Linux instances using SSH and Windows instances using RDP, essential management tasks like starting, stopping, and deleting instances, and understanding the VM instance lifecycle.
This chapter guides beginners through the foundational steps required to launch their first virtual server on AWS using Amazon EC2. It covers setting up an AWS account, understanding the global infrastructure concepts of Regions and Availability Zones, and using the AWS Management Console to launch an EC2 instance configured for basic web hosting access.
With a running EC2 instance accessible via SSH, the next step is to install and configure the software that will actually serve web content. This chapter covers installing common web server software (Apache or Nginx) on Amazon Linux, performing basic configuration, setting up firewall rules for web access, and deploying simple website files.
Hosting a web server requires understanding the underlying network infrastructure. AWS provides robust and flexible networking services that allow users to create isolated, secure, and configurable network environments in the cloud. This chapter explains the core components: Virtual Private Cloud (VPC), Subnets, Internet Gateways (IGW), Security Groups, and Elastic IP addresses (EIPs).
While an Elastic IP address provides a stable way to reach the web server, users typically access websites using memorable domain names (e.g., www.example.com) rather than raw IP addresses. The Domain Name System (DNS) is the internet's phonebook, translating these human-friendly names into the numerical IP addresses computers use to connect. Amazon Route 53 is AWS's highly available and scalable cloud DNS service, used here to connect a custom domain name to the EC2 web server.3
This chapter introduces two core AWS services designed to overcome these limitations: Elastic Load Balancing (ELB) for distributing traffic and Auto Scaling for automatically adjusting capacity.
Most dynamic web applications need a persistent data store. While a database can be installed and managed directly on an EC2 instance, AWS offers Amazon Relational Database Service (RDS), a managed service that simplifies database setup, operation, and scaling.6 Using RDS offloads administrative tasks like patching, backups, and replication, allowing developers to focus on the application. This chapter covers integrating an RDS database with the EC2 web application architecture.
Security is paramount for any web application. While previous chapters established basic security measures like SSH key pairs and security groups, this chapter delves into more advanced security practices crucial for production environments. It covers using IAM roles for secure AWS service access from EC2, refining security group configurations, and adding protective layers with AWS WAF and AWS Shield. The guiding principle throughout is the concept of least privilege: granting only the minimum permissions necessary for a component to perform its function.
Isaac Olapade is a top digital business solutions trainer and the Co-Founder of Smapis Digital School. With years of experience in web development, mobile app creation, and tech business mentorship, Isaac is passionate about helping individuals master digital skills and launch profitable ventures without prior coding knowledge. Through Smapis Digital School, he has trained and empowered numerous students with practical, market-driven courses in technology, business, and digital entrepreneurship. Isaac’s mission is simple: “Study and Conquer.”
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