Mounssif Bouhlaoui, a 30-year-old Tangier native, graduated from the ALX Software Engineering programme with a focus on back-end web development. He joined ALX in February 2023, bringing with him a background as an automation industrial engineer and experience developing software applications. Importantly, software engineering was not his primary area of expertise.

Mounssif’s fascination with tech began at a young age, fueled by an insatiable curiosity and desire to understand how computers work. Little did he know that this early interest would develop into a lifelong passion and lead him on a transformative journey with the help of ALX Africa. 

We recently caught up with Moussif to discuss how the programme has impacted his life in a brief Q&A session.

Q: Briefly describe your background in tech before your ALX programme. How has this programme changed your skillset and career opportunities?

A: Before joining the ALX programme, I was an automation industrial engineer, and I was also a self-taught developer. I had developed some software before, but I lacked a lot of the knowledge and important concepts that I later learned during my time at ALX. Before joining ALX, I thought I knew a lot just because I had some prior programming experience. However, I was shocked to discover there was a lot more depth to it. 

ALX exposed my ignorance and taught me how to do things the right way.

With the support of my peers and mentors, I learned many new concepts and practised them directly in the real world. This is reflected in my new skill set and has directly impacted my career opportunities. I am now able to perform far more tasks, from front-end to back-end to DevOps, with high-quality performance, all thanks to ALX.

Q: What were some of the most valuable things you learnt during your ALX programme?

A: I learned many things in this 13-month journey at ALX. Here are the most important bits: 

• Coding alone is easier than coding with a team or group, but coding with a team is better for achieving great things. Learning skills to communicate with my teams during team projects was a big thing in my life.
• Once you learn how to learn, there’s no limit after that. It doesn’t matter what technology, language, or requirement; you can learn anything. That’s what we learned the most in ALX: the learning method. And that reflects in my confidence when I see myself learning any concept from scratch and experiencing it on real-world projects.
• We all have the grit to do hard things; we just need a community to support us and push us. You can’t do it alone, or maybe you can, but you have a better chance of doing it successfully with a community. Helping others is helping yourself because the person you help today will help you tomorrow.

Q: How does your experience with ALX compare to your university experience?

A: My university experience was great, and I learned many things that still help me in my career. However, if I compare it to ALX, it’s missing a few things. The main difference is the sense of community at ALX. You really feel like you belong, and you can see people close to you doing their best. This close bond really made a difference.

Another thing that makes ALX special is the mentorship along the way. The mentors did their best to answer all our questions, explain concepts to us, listen to feedback, and improve our experience. Through learning sessions and events, we had strong guidance that pushed a lot of leaders in the community to stand up and offer help.

Q: What advice would you give to someone who is trying to choose between learning through ALX or through a university programme?

A: I would advise them to choose what they truly feel is right for them. It’s more about their personal aspirations and goals than about ALX or university. Whether you aspire to make a difference and give your best, you can achieve it at ALX, university, or anywhere else. Sit down with yourself, compare your options, and follow your intuition. However, I hope you’ll consider ALX. I genuinely want everyone to experience its amazing opportunities and support. 

ALX provides the chance to feel empowered and supported, enabling you to achieve incredible things.

Q: How has completing the ALX programme impacted your career prospects or job opportunities?

A: Completing the programme has given me the confidence to apply to any job opportunity, even if it seems bigger than me, because I know I can perform. I have enough skills to learn anything and tackle difficult tasks. Additionally, through the friends I made in the programme, I have already been recommended and invited to a few job opportunities.

Having access to the ALX Fellowship is a significant benefit, too. Here, you can connect with thousands of ALX alumni and mentors to find your next job. It opens doors to a vast network of support and opportunities.

Q: Can you share a specific experience or project from the programme that stands out for you? Why was it impactful?

A: When we were very close to the deadline for our final project for graduation, with just a couple of days left, one of my peers, Yassir, wrote in our cohort channel that he was considering deferring. He felt like giving up because there was a lot of work to be done and the deadline was very close. Immediately, myself and other peers reached out to him, offering support and encouragement. We helped him see that there was still enough time to accomplish a lot, and we urged him not to give up but to keep going. On the day of graduation, he stood with us as an ALX Software Engineering Graduate. He made it! This experience showed us the power of community support; together, we can achieve more than what we can do alone.

Summary

ALX Africa creates an environment for self-development, helping individuals overcome insecurities through challenging projects and community events. Moussif’s journey with ALX was transformative, providing him with a strong foundation in software engineering principles and practices. Empowered with the skills, confidence, and resilience gained at ALX, Moussif now serves as an inspiration to aspiring technologists. His story highlights the impact of passion, perseverance, and education in a supportive environment.

Apply today to be a part of the next ALX cohort and you could end up as successful as Moussif. Don’t wait – apply now!

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The post A Q&A with Mounssif Bouhlaoui on a Lifelong Fascination with Software Engineering first appeared on ALX Africa.

This strategic split acknowledges the distinct skillsets required for front-end and back-end roles while offering students more focused and efficient training paths. By completing both courses, you’ll emerge as a versatile full-stack developer, armed with a comprehensive understanding of end-to-end software development.

But why the change? And what exactly sets these two programmes apart?

Become a Specialist

While full-stack developers are highly valuable, many aspiring software engineers gravitate towards either the front-end (client-side) or back-end (server-side) aspects of software development. By offering dedicated courses, students can dive deeper into their area of interest and become true subject matter experts.

Have Greater Flexibility

The 12-month commitment may not be feasible for everyone, especially if you’re eager to step into a new career. With the new structure, you can choose to start with either the front-end or back-end course based on your immediate goals or time constraints. Complete one track, enter the workforce, and later pursue the other programme to become a fully-fledged software engineer.

Learn More Efficiently

Front-end and back-end web development require distinct mindsets, tools, and workflows. Separating the courses allows for a more focused and immersive learning experience in each domain, optimising knowledge retention and skill development.

Unsure where to start? While both courses offer the in-demand skills required to enter the world of computer programming, let’s delve into the key differences between these two exciting fields to help you get started on how to become a software engineer.

What is a Front-End Web Developer?

Front-end web developers are the architects behind the visuals and interactivity you experience on websites. Every time you click a button, scroll through a page or watch an animation, you’re interacting with the work of a front-end developer. Their code transforms design concepts into living, breathing web pages.

A front-end developer’s primary responsibilities lie in coding the client-side or front-end components of websites and web applications. This includes building user interfaces with a combination of HTML, CSS, and JavaScript to determine how the website will look, function, and respond to user interactions. They work closely with designers to ensure pixel-perfect translation of mockups and prototypes into fully-realised web pages.

Tasks and responsibilities

Front-end developers are entrusted with crafting visually appealing, intuitive, and highly functional user experiences that align with a product’s design vision. Their work encompasses a wide range of duties, including:

• Coding with HTML, CSS, and JavaScript to build user interfaces

• Developing and integrating reusable website components and libraries

• Optimising website performance across different browsers and devices

• Collaborating with designers to ensure pixel-perfect implementation

• Testing websites for usability, accessibility, and cross-browser compatibility

• Staying updated on emerging front-end web development technologies and best practices

Tools front-end developers use

To effectively carry out their responsibilities, front-end developers rely on a diverse set of tools and technologies. These tools aid in writing, testing, and deploying code, as well as streamlining workflows and collaboration. Common tools in a front-end developer’s arsenal include:

• Text editors (e.g., VS Code, Sublime Text)

• Browser developer tools (Chrome DevTools, Firefox Developer Tools)

• Version control systems (Git)

• CSS preprocessors (Sass, Less)

• Front-end frameworks/libraries (React, Angular, Vue.js)

• Package managers (npm, Yarn)

• Build tools (Webpack, Grunt, Gulp)

Front-end developer technical skills

Becoming a proficient front-end developer requires a strong command of various technical skills. These skills form the foundation upon which developers can create high-quality, scalable, and maintainable web applications. Essential technical skills for front-end developers include:

• Proficiency in HTML, CSS, JavaScript

• An understanding of responsive web design

• Knowledge of front-end frameworks/libraries

• Experience with front-end web development build tools and workflows

• Familiarity with browser rendering behaviour and web performance optimisation

• Grasp of accessibility and web standards (WCAG, WAI-ARIA)

Soft skills for the workplace

While technical prowess is crucial, successful front-end developers also possess a range of soft skills that enable them to collaborate effectively, problem-solve efficiently, and adapt to changing project requirements. Some key soft skills for front-end developers include:

• Problem-solving and analytical thinking

• Attention to detail

• Ability to work in a team environment

• Strong communication skills

• Time management and task prioritisation

Front-end developer careers

Front-end web development offers a diverse range of career paths, each with its own set of responsibilities and skill requirements. Entry-level roles typically involve working under the guidance of more experienced developers, while senior positions often entail leadership, mentorship, and architectural decision-making. Common career paths in front-end web development include:

• Front-End Developer

• CSS/HTML Developer

• Front-End Web Designer

• Mobile/Tablet Front-End Developer

• Front-End Architect

• Front-End SEO Expert

• Front-End Testing/QA

Learning front-end web development with ALX

ALX’s Front-End Web Development programme equips students with the skills needed to build captivating and user-friendly web interfaces.

The programme starts with 8 weeks of Foundations, where you will learn essential career skills, like writing a CV and acing job interviews, and build your personal brand. You will then move on to front-end-specific topics, like the fundamental elements of the web, version control, and basic UI design. You’ll also learn to code in HTML and CSS, before moving on to JavaScript and ReactJS to create complex, responsive websites.

The 6-month programme culminates in a capstone project where you will build your own fully-functional website showcasing your professional portfolio.

What is a Back-End Web Developer?

While front-end developers craft the visuals, back-end developers are the masterminds behind web page functionality. They build the bones and brains that power web applications, from data storage to user authentication. Every time you log into a website or app, the behind-the-scenes work of a back-end developer makes that possible.

Back-end developers build and maintain the server-side logic and functionality that powers websites and web applications. They work with databases, APIs, and server-side frameworks to ensure smooth data flow and seamless integration between the front-end and back-end components. Their work lays the foundation for the user-facing features and functionality that front-end developers bring to life.

Tasks and responsibilities

The role of a back-end developer is multifaceted, involving a range of tasks that keep web applications running smoothly and securely. Some of the key responsibilities of a back-end developer include:

• Designing and developing server-side architecture and infrastructure

• Building and maintaining APIs for web and mobile applications

• Implementing security measures to protect data and applications

• Optimising application performance and scalability

• Collaborating with front-end developers to integrate user-facing components

• Managing and maintaining databases and servers

Tools back-end developers use

To accomplish their tasks effectively, back-end developers rely on a diverse toolkit of technologies and frameworks. These tools enable them to write code, manage data, and deploy applications securely and efficiently. Common tools in a back-end developer’s arsenal include:

• Programming languages (Python, Java, Ruby, PHP, Node.js)

• Back-end frameworks (Django, Flask, Ruby on Rails, Express.js)

• Databases (MySQL, PostgreSQL, MongoDB, Redis)

• Servers (Apache, Nginx, Microsoft IIS)

• Version control systems (Git)

• Containerisation tools (Docker, Kubernetes)

Back-end developer technical skills

Becoming a proficient back-end developer requires mastering a range of technical skills, from programming languages to database management and security protocols. Essential technical skills for back-end developers include:

• Proficiency in back-end programming languages

• Knowledge of server-side frameworks and libraries

• Understanding of database management and data modelling

• Experience with APIs and web services

• Familiarity with cloud computing and deployment

• Grasp of security principles and best practices

Soft skills for the workplace

In addition to technical expertise, successful back-end developers possess a range of soft skills that enable them to navigate complex projects, collaborate effectively with teams, and adapt to changing requirements. Key soft skills for back-end developers include:

• Problem-solving and analytical thinking

• Attention to detail

• Ability to work in a team environment

• Strong communication skills

• Time management and task prioritisation

Back-end developer careers

Back-end development offers a diverse range of career paths, each with its own set of responsibilities and skill requirements. Entry-level roles typically involve working under the guidance of more experienced developers, while senior positions often entail leadership, mentorship, and architectural decision-making. Common career paths in back-end development include:

• Entry level software engineer

• Senior Back-end Engineer

• Lead Software Engineer

• Lead Software Development Engineer

• Senior Software Architect

• IT Director

Learning back-end web development with ALX

ALX’s Back-End Web Development programme prepares students to manage servers, security, and data storage functions that help websites run properly.

The programme starts with 8 weeks of Foundations, where you will learn essential career skills, like writing a CV and acing job interviews, and build your personal brand. You will then build a strong foundation in web fundamentals, while learning Python and command line basics. You’ll then dive into back-end technologies like Python web frameworks and JavaScript, which will be essential throughout your career. Database management and RESTful APIs, critical for server-side development, are also covered in-depth.

The 6-month programme concludes with a comprehensive capstone project that tests students’ ability to create robust back-end solutions, ensuring they are job-ready as a back-end or full-stack software developer.

How to Become a Software Engineer

Software engineers are the driving force behind the applications, programs, and systems that power our digital world. From mobile apps to enterprise software, their expertise is crucial in designing, developing, and maintaining the technology we rely on daily. Let’s dive deeper into how to become a software engineer.

What is software engineering?

Software engineering is a systematic and disciplined approach to designing, developing, and maintaining software systems. To do this, a software developer should know how to write code and wrangle principles from computer science, engineering, and project management to create reliable, efficient, and scalable software solutions. Software engineers apply their knowledge of programming languages, algorithms, data structures, and software architecture to develop software that meets specific requirements and solves real-world problems.

The importance of software engineering in the tech industry

In today’s technology-driven world, software engineering plays a pivotal role in virtually every industry. From e-commerce and finance to healthcare and entertainment, software systems are at the core of modern businesses and services. Software engineers are responsible for creating the digital products and platforms that enable seamless user experiences, streamlined operations, and data-driven decision-making.

Software engineering careers

Software engineering offers a diverse range of career paths, each with its own set of specialisations and responsibilities. Some common roles include:

• Front-end developer

• Back-end developer

• Full-stack engineer

• Cloud architect

• Software engineer in test (QA engineer)

• Software development engineer in test (SDET)

• DevOps (development and operations) engineer

• Data engineer

• Security engineer

• Android or iOS mobile developer

• Game developer

How to become a software engineer with ALX

By combining the Front-End Development (FED) and Back-End Development (BED) programs, you can gain a well-rounded understanding of the entire software development lifecycle, from user interface design to server-side functionality.

Front-End Development (FED) Program The FED program focuses on building captivating and user-friendly web interfaces. You will learn HTML, CSS, JavaScript, and front-end frameworks like React to create visually appealing and responsive websites and applications.

Back-End Development (BED) Program The BED program covers server-side technologies, including Python programming, database management (SQL and NoSQL), and RESTful APIs. You will learn to build robust back-end solutions, manage servers, and ensure data security and integrity.

When combined, the FED and BED programs provide you with a comprehensive skill set equivalent to the former Software Engineering program.

By offering focused tracks in front-end and back-end development, ALX empowers learners to specialise in their areas of interest while still gaining a holistic understanding of software engineering principles and practices. This approach not only enhances learning efficiency but also provides flexibility, allowing students to complete one track, gain practical experience, and then pursue the complementary track to become a well-rounded software engineer.

Summary

The ALX Software Engineering Programme has evolved to better meet the needs of the industry and aspiring developers alike. By splitting the comprehensive 12-month course into two specialised 6-month programmes in Front-End Web Development and Back-End Web Development, ALX offers a more focused, flexible, and efficient path to becoming a software engineer. Whether you’re drawn to the creativity and visual aspects of front-end development or the logical, data-driven world of back-end development, ALX provides the expert guidance and technical skills you need to succeed.

Don’t miss your chance! Applications close May 21st for the June 3rd cohort. Become part of the next generation of software engineers shaping the future of technology. Visit our website to learn more and apply to the ALX Front-End Development or ALX Back-End Development programme today!

FAQs

1. What is required to become a software engineer?

To embark on a career as a software engineer, you’ll need a blend of formal education, practical coding experience, and soft skills. Start with a solid foundation in programming languages like Python, Java, or JavaScript, and understand key computer science principles. Hands-on experience through projects, internships, or contributions to open-source can significantly bolster your skills. Additionally, problem-solving abilities, continuous learning, and effective communication are crucial to navigating the challenges and collaborations inherent in software development.

2. What is a front-end web developer?

A front-end web developer specialises in creating the visual and interactive elements of websites and web applications. They use HTML, CSS, and JavaScript to turn design concepts into functional, responsive user interfaces. This role requires a keen eye for design, proficiency in front-end technologies, and an understanding of user experience principles to ensure websites are accessible and enjoyable for users.

3. What is a back-end web developer?

Back-end web developers focus on the server side of web applications, handling the database interactions, server logic, and application integration that power the front-end. Using languages like Python, Ruby, and PHP, along with frameworks and databases, they ensure that data flows seamlessly and securely between the server and users. Skills in problem-solving, database management, and an understanding of algorithms and data structures are vital for this role.

For more information, click here

The post Where Did the ALX Software Engineering Programme Go? first appeared on ALX Africa.

As Selection Lead at ALX, what does your role entail, and what do you like most about it?

To put it simply, my role involves overlooking the day-to-day operations of the Admissions team. I develop the admissions strategy and guide the team to implement it. The thing I like the most about my work is being able to come up with a memorable experience for applicants and designing an application process that identifies the best learners for our community. Hearing success stories from individuals who found the application process worthwhile truly warms my heart.

Tell us about the ideal ALX candidate. What qualities, experiences, mindsets, and skills do you look out for?

We are looking for a learner who aligns with our CHAIR values, which are Courage, Humility, Adventure, Initiative, and Resilience. All these are values we uphold throughout the different phases a learner will go through, from application to graduation. You can showcase that you possess these values in your responses when filling out the different sections of the application and how you carry yourself.

A good example of embodying a value like resilience is persisting through the different sections of your application until you submit it. ALX is all about equipping learners with 21st century skills. The best mindset you could have is an open mindset which will help you maximise your experience. 

How can someone know which ALX programme they’d be best suited for?

You can determine if an ALX programme is the best fit for you based on your time commitment, career goals and interests. Some of our programmes require learners to commit at least 20 hrs per week and others require 70 hrs per week. Based on your other commitments, you could choose a programme that fits into your schedule. 

You could also choose a programme that aligns with your passion and career goals. If your end goal is to, say, go into the research industry, the Data Analytics course could be ideal for you. If you want to develop different technology solutions, you could explore Software Engineering.

Finally, you could choose a programme that aligns with your passions and interests. All our different programmes could lead you to different paths. It’s up to you to carefully read what each programme offers and determine how it aligns with your passion.

We’ve recently developed a Programme Finder tool to help learners think through these considerations and find the best programme for them. 

Can you take us through a step-by-step description of the ALX admissions process?

To complete an application, an applicant selects the programme they are interested in on our website. They then proceed to set up an account on our application portal where they will complete their application. Here, an applicant will complete six sections: personal information, vulnerability and inclusion, assessments, essay questions, ALX challenge, and the financial aid section. Based on the programme a learner is interested in, it could take approximately 45-60 minutes to complete. When a learner submits all the sections, they get their decision 24 hrs after, with details on the next steps to secure their participation.

Throughout the application, we always offer support to learners to empower them to complete their application, through weekly office hours and our support centre. If an applicant does not complete their application, we store their data on our admissions portal, and they do not have to fill out their details entirely should they wish to apply again in the future.  

Have you found that people’s perceptions of ALX change once they’ve enrolled in one of our programmes? If so, how?

Absolutely! Many learners apply to ALX with the preconceived notion that we’re solely focused on teaching them technical skills to secure jobs. Upon joining, they realise that their technical course is just one of the benefits they gain. Learners gain access to an invaluable community, mentorship, and soft skills training, among other advantages. This comprehensive support system helps them not only in their professional development but also in their personal growth.

ALX has a partnership with the MasterCard Foundation. How does this partnership benefit ALX learners?

Our partnership with Mastercard Foundation allows us to offer eligible candidates tuition sponsorship to pursue our highly-valued programmes at no cost. To be eligible, a learner has to meet our minimum eligibility requirements which are to be between 18-34 years and of African origin. For our paid programmes, if a learner is admitted on full tuition sponsorship, they will be required to pay the one-time, non-refundable administration fee to secure their enrollment. The administration fee helps ALX as we continue to grow our robust online and in-person infrastructure for learners.

In the event of unforeseen circumstances, what is the process for applicants who are unable to enrol in an ALX program after being accepted?

The admission team sends an email to learners to confirm their enrollment in the cohort they have been accepted into. If a learner is not able to join the programme at that time, they will have an option to defer their enrolment to the next cohort.

What are your top tips for succeeding in the ALX application? Are there any hacks?

My top three tips for submitting a successful application are:

1. Be authentic and put your best foot forward. The application is the entry point into our ALX programmes and is a reflection of how you will experience the programme. Showing off effort in this initial step is paramount in setting you up for success in the programme. 
2. Seek help. There are a number of ways you can get help when completing your application. You can connect with other applicants who are completing the application simultaneously, join our weekly office hours, explore the resources on our application page, or  reach out to our support team. All these channels have been set up to help you submit your application successfully. Please utilise them for a smoother application experience.
3. Follow instructions. Before every section, we have highlighted instructions that are meant to help you complete the sections successfully. Please read these carefully and make sure you keep them in mind while completing your application. For example, if the essay section requires you to share your response in a minimum of 50 words, please do so.

Finally, why do you think anyone should apply to an ALX programme?

ALX programmes are not your conventional certifications that you complete online and forget about after a few months. Once you get accepted, you will get a multitude of invaluable benefits such as access to a community and continuous career support. Submitting your application is the first step in getting access to these perks.

Applications are open for our 2024 programmes. Apply to ALX now and unlock a world of possibilities!

The post How to Ace Your ALX Application first appeared on ALX Africa.

Becoming a professional in any industry requires a healthy combination of technical knowledge and social skills. Technical knowledge is commonly referred to as hard skills, while the interpersonal attributes associated with collaborative work are referred to as soft skills.

Honing and maintaining both hard and soft skills is essential to a long, successful, fruitful career in industries like software engineering and beyond. This article will break down both the hard and soft skills associated with software engineering to illustrate the importance of learning them simultaneously.

If you’re interested in pursuing a career in software engineering, ALX Africa offers both an Introduction to Software Engineering programme, as well as a Software Engineering Plus programme for learners of all skill levels.

Hard Skills of a Software Engineer

Hard skills in any industry refer to the techniques, abilities, and skill sets that someone has that are learned and can be demonstrated in a measured way. The simplest way to understand what is a hard skill is something that you can learn and improve on through practice. Teachable, measurable abilities like reading, writing, coding, or math fall into this category.

For software engineers, there are many specific hard skills that you must possess in order to be hired and excel in your field. These skills help software engineers navigate the dynamic and complex tech landscape they inhabit, while being the mechanism for their ability to innovate effectively.

Hard skills help software engineers develop robust and efficient software solutions. Without them, they could not be considered software engineers at all.

Some of the key skills that every software engineer should possess include the following:

• Programming languages: In order to code, you must be proficient in several programming languages, including Python, Java, C++, and JavaScript. With these languages, software engineers can build and run complex algorithms and parse through large sets of data.

• Data structures and algorithms: Data structures refer to the organisation of data in a virtual system, while algorithms are steps that a computer executes in order to transform an input into a target output. These functions are used by software engineers to build computer programs with optimised, efficient code.

• Software development methodologies: By using methodologies like Scrum or Kanban, software engineers can follow a structured process to help them effectively work through a programming obstacle.

• Web development: Mastery of coding languages like HTML, CSS, and JavaScript allow software engineers to develop websites for various purposes.

• Database management: With proficiency in SQL or NoSQL, software engineers can handle large sets of data effectively.

• Version control systems: This category of software tools helps record changes a software engineer makes in the code of a specific file to keep track of the different versions of a file an engineer is working with.

• Testing and debugging: A software engineer should know how to write comprehensive test cases and to resolve software issues as they come up.

• System architecture and design: Here, architecture refers to the blueprint for a system. Software engineers must be able to define structured solutions to meet technical and operational requirements of a system.

Soft Skills Matter, Too

While technical skills are crucial for software engineers to do their jobs properly, the development of soft skills are just as important. In highly-collaborative roles like software engineering, hard skills and soft skills tend to complement each other.

Soft skills are interpersonal skills and character traits that revolve around someone’s relationships with others. They are less focused on what a person knows, and more focused on who they are.

Some examples of soft skills that are useful for software engineers include:

• Problem-solving: Learning to think analytically helps software engineers come up with innovative solutions in software and beyond.

• Effective communication: Software engineers will often have to convey highly-technical concepts to people without any technical knowledge. Knowing how to do so clearly and effectively is an important skill that is useful in any industry.

• Adaptability & flexibility: Technology changes all the time. It is therefore essential for software engineers to become adaptable and willing to embrace change quickly.

• Teamwork & collaboration: A software engineer typically is one part of a much bigger team. In order to make sure everything works together, they must work in tandem with other departments and learn to value diverse perspectives with good lines of communication.

• Time management & organisation: Software engineering usually involves juggling multiple projects and tasks at once. Learning to efficiently manage projects, meet deadlines, and prioritise tasks is a vital soft skill you will inevitably learn.

• Attention to detail: Writing code and developing software usually means meticulous testing and debugging to make sure it functions properly. In order for your work to be reliable and accurate, you must have a strong attention to detail.

• Emotional intelligence: As you will likely be working with a team, you must be able to navigate conflicts, resolve issues, and maintain positive relationships with your coworkers.

• Continuous learning: Working in tech means keeping up with its rapid pace of advancement. You will naturally learn as a software engineer how to stay up-to-date with emerging trends, committing yourself to lifelong learning.

By mastering key soft skills, you can, ideally, collaborate effectively with others, easily adapt to changing dynamics, and thrive in diverse work environments. When you combine soft skills with technical expertise, software engineers are best set up for success in their careers.

Summary

Learning software engineering is much more than just perfecting technical skills. Though those hard skills are essential to becoming a successful software engineer, there are a multitude of soft skills that are equally as important to master. 

By combining both hard and soft skills, you can set yourself up for future success as a capable software engineer who is technically talented, with interpersonal skills to match.
ALX Africa offers software engineering programmes that focus on teaching learners both hard and soft skills together. Sign up for our Software Engineering Plus programme today and get a head start on becoming a tech professional.

FAQs

1. What are some hard skills software engineers learn?

Hard skills software engineers learn include: programming languages like Python, Java, C++, and JavaScript; understanding data structures and algorithms for efficient problem-solving; knowledge of software development methodologies; mastery of web development techniques including HTML, CSS, and JavaScript frameworks; competence in database management using SQL or NoSQL; proficiency in version control systems like Git; skill testing and debugging software.

2. What are some soft skills software engineers learn?

Software engineers learn to be proficient problem-solvers and communicators. They know how to convey technical concepts and collaborate with diverse stakeholders to get their point across. They are adaptable and flexible, always embracing change and learning new technologies.

Other soft skills include teamwork and collaboration to contribute effectively in a team environment, time management, and organisation to efficiently manage projects and meet deadlines, attention to detail for accurate testing and debugging, continuous learning to stay updated with emerging trends, and emotional intelligence to navigate conflicts and foster positive relationships.

3. Is coding a soft or hard skill?

Coding is considered a hard skill. It is a technical discipline with specific rules and procedures that you can learn and improve upon as time goes on. An example of a soft skill would be your ability to communicate complex code to an untrained person on your team.

The post Software Engineering: Hard vs. Soft Skills first appeared on ALX Africa.

In this conversation with Egypt-born web developer and ALX SE graduate Mohamed Ali, we gain some insight into why he’s such a rising star.  His exemplary leadership in The ROOM Fellowship led to his selection as an ambassador for this impactful tech community, where he’s coaching, mentoring and collaborating with other Fellows in Egypt and across the community.

As part of the #FindYourPlace series, find out how ALX and The ROOM Fellowship provided Mohamed with the confidence and skills to pursue a career in tech.

Tell us a bit about your background and early life. How did it influence your journey to tech?

I’ve loved games since I was a child. Funny side note – my father bought me a computer when I was much younger, and a neighbour used to sell me games that were actually free! Anyway, one day I was exploring the computer’s settings, and I accidentally deleted the Windows file. It was eventually fixed by a computer engineer, but this made me even more interested in computers, and I was eager to understand how he solved the problem. As I continued to use the computer, I kept making ‘mistakes’ that required fixing, until one day when I found out the engineer was reinstalling the Windows programmes via a CD. He explained to me how it worked, and this piqued my interest in computers at the age of 9. 

Five years later, we got internet access at home, and I began to use search engines to explore the wonderful world of technology. I was eventually able to troubleshoot and fix computer issues by myself. These experiences formed the foundation for my love of technology, and what prompted me to become a Software Engineer. 

What do you do currently?

I am a front-end member of the Google Developer Students Club (GDSC) at Fayoum University in Egypt, and I am currently working on a website development project for a local community organisation. My role is to design and develop the website’s front-end, which is the part of the website that users see and interact with. I am also responsible for ensuring that the website is user-friendly and accessible to everyone. 

Additionally, I recently became a Fellowship Ambassador for The ROOM Fellowship, a role I’m really excited about.

How will this opportunity help you achieve your purpose, and add value to the world?

It will allow me to use my skills and knowledge to help others succeed. As a Fellowship Ambassador of The ROOM, I get to coach, mentor, and collaborate with other talented Fellows from across the continent, helping them develop their skills and achieve their goals. It also provides me with a platform to advocate for change. I believe that it is important to speak out about the challenges I and other tech professionals face, and to call for action towards a more inclusive and equitable tech industry in Africa.

What does the phrase “I Found My Place” mean to you?

To me, it means a combination of different things. It means finding a career that I am passionate about and that I am good at, while also finding a community of people who accept and support me. It also means finding a sense of purpose that drives me to make a difference in the world. 

I believe that everyone has unique talents and gifts, and when we finally find our place, we can use our gifts to make the world better.

What was the one thing you did that set you on this transformative journey to finding your place, and how do you think you’ve changed since then?

What helped me was summoning the courage to take risks. I was always a good student, and I was always told that I would be successful in whatever I did, but I never really felt passionate about anything. I just did what I thought I was supposed to do. Finding my place in the tech industry has now completely transformed my outlook on life.

On a personal level, I am now more confident and self-assured. I know that I am capable of achieving my goals, and I am not afraid to take risks. I am also more passionate about my work, and I am excited to see what the future holds.

On a professional level, I am more focused and driven. I have a clear sense of purpose, and I am committed to making a difference in the world through my work. I am also more collaborative and team-oriented, and I am always looking for ways to learn and grow.

It’s definitely a journey that I’m still on, but I’m so grateful for how far I’ve come.

What role did ALX and The ROOM Fellowship play in helping you find your place?

ALX and The ROOM Fellowship provided me with an opportunity to learn from experienced tech professionals and mentors within those programmes. This experience has significantly contributed to the development of my skills and deepened my understanding of the tech industry. Within these communities, I’ve also had the privilege to work with other talented people who share similar interests and a passion for tech.

Before I joined ALX and The ROOM Fellowship, I didn’t think that I was qualified to work in the tech industry. But these programmes helped me to build my skills and gain the confidence that I needed to pursue a career in tech.

You have your whole career ahead of you, and are sure to experience more wins. Why do you think it is important to share your story now and celebrate your career milestones?

For a number of reasons: 

1. To inspire others to pursue their own dreams and goals: When people see that you have achieved success, it can give them the motivation to do the same.

2. To build a network: Sharing my story has been a great way to connect with other people in my field. You never know who you might meet and what avenues might open up for collaboration and mutual growth.

3. To boost my confidence: When you take the time to celebrate your accomplishments, it can help you to feel more confident in your abilities. This has been especially helpful for me, especially when I am facing challenges or setbacks.

4. So I never forget my journey: As you continue on your career path, it can be easy to forget all of the hard work and sacrifices that you have made. Sharing my story helps me remember my journey and all of the lessons that I have learned along the way.

What advice would you give to a Fellow trying to find their place?

If you are still searching for your place in the world, don’t give up. Keep exploring and learning, and eventually you will find it. And when you do, you will know it. You will feel a sense of peace and satisfaction that you have never felt before.

Other tips I’ll share are:

• Explore different options. Don’t be afraid to try new things and step outside of your comfort zone. The more you explore, the more likely you are to find something that you are passionate about.
• Talk to people who are already doing what you want to do. Ask them about their experiences and what advice they would give. They can give you valuable insights that can help you on your journey.
• Don’t be afraid to fail. Failure is a part of life, and it’s important to learn from your mistakes. Don’t let fear of failure hold you back from pursuing your dreams.
• Be patient. Finding your place takes time. Don’t expect to find it overnight. Just keep exploring and learning, and eventually, you will find something that you are passionate about.
• Celebrate your successes. When you achieve a goal, take some time to celebrate. This helps you stay motivated and pushes you to keep moving forward.

ALX offers access to a community for lifelong learning experiences, peer support, and career development opportunities through The ROOM Fellowship.

Enrol today in any of our tech programmes to become part of a network of passionate individuals dedicated to helping you #FindYourPlace.

The post A Q&A with Mohamed Ali: The Risk-Taking Fellowship Ambassador first appeared on ALX Africa.

Coding is the language of the digital world. In the last few decades, code has been fundamental in revolutionising tech. We use code to write programs that power the software that enables devices, apps, and websites to run properly – things we interact with at every moment of every day.

In what’s been called the Fourth Industrial Revolution, every industry is becoming a tech industry. The foundation of the new digital world is built on the shoulders of code, software, and programs that help industries from healthcare to agriculture operate. 

In short, businesses increasingly rely on tech that is built by code to function properly. As technology continues to evolve, the demand for skilled coders and software engineers will only grow. This article is a deep-dive into the importance of code in the Digital Age, making the prevailing argument that everyone should learn to code.

What is Coding?

In the simplest terms, coding is the language that we use to speak to computers. You can think of code as operating instructions that devices follow in order to do their jobs.

From AI and VR straight through to software and web applications, coding offers countless opportunities to create in the digital age. Web developers use code to develop and implement websites. Data scientists use code to write algorithms that analyse data. Software engineers use code to build algorithms that teach AI how to learn, or to write software that helps computers run. 

Code is truly all around us. It helps society function.

Importantly, coding isn’t just about memorisation; it is a creative process that involves high levels of advanced problem-solving and critical thinking skills to get just right.

Coding vs. Programming

As you dive into the world of code, you might hear the terms ‘coding’ and ‘programming’ used interchangeably. While they are largely similar from a zoomed out perspective, there are subtle key differences between the two terms.

Coding is the act of writing code, or the set of instructions that tell a computer what to do. When you’re writing lines of code and building the structure of your project, you are coding.

Programming is the overall process of creating a software program. It is the process of designing, writing, and testing code to create a specific program for a specific purpose. Programming often involves the following steps:

• 1. Designing the program: First, you define the purpose of the program, choose what features it will have, and think about designing the user interface.

• 2. Writing the code: This is the coding process, where you write the actual code that will implement the program’s design from step 1.

• 3. Testing the code: Then, you check for errors. You’ll run the program and, if you notice any bugs (errors), you fix them.

• 4. Deploying the program: Finally, once the program is designed, written, and tested, you then make it available to users.

In summary, coding is part of programming, while programming is a more comprehensive process that includes designing, coding, testing, and deploying software.

Coding Languages

As you may know, computers use a binary system of long chains of 1’s and 0’s to “think.” Programming languages were developed to help translate those chains of 0’s and 1’s in a way that is easily understood by people.

A coding or programming language is an organised, universally accepted way that programmers can give a set of instructions to a computer or system to execute. It’s a way of translating thoughts into action, from human to computer.

There are many different coding languages in use today, each with its own unique applications and functions. As with most things, as code gets more complex, the functions it will be able to perform will also become more complex. Some of these coding languages include:

• Python: This is a general-purpose language that is pretty easy to learn and use. You’ll find Python in data science, machine learning, and web development most often.

• Java: The key factor that makes Java stick out is its stability and security. People often use it for enterprise applications and mobile development.

• C / C++: Both of these languages are very powerful and are typically used for low-level programming. They are often used for operating systems, embedded systems, and game development.

• JavaScript: This scripting language is used to add interactivity to web pages. It is also used in game and mobile development, too.

• Swift: A newer language, Swift is designed to be user-friendly. It is easy to learn and use, and is most often used in either iOS or macOS development.

There’s also an honourable mention to HTML and CSS. While these are not technically programming languages, they are a means for web developers to help structure the page and add style information. Before moving on to more complex programming languages, HTML and CSS is where your knowledge begins.

The best coding language for you will depend on your needs. If you’re new to coding, you might start first with HTML and CSS, and then move on to Python or JavaScript. Once you’ve gotten a grasp for how coding works, you can then explore other languages that are more specific to your needs.

Careers in Code

The last few decades have seen coding explode as a desired and necessary skill across industries. Learning to code opens the door for many lucrative, creative, and in-demand careers, and demand is only projected to grow in future.

Front-end developer

A front-end developer writes code for webpages. They typically are the ones who configure the user interface (UI) and user experience (UX) of a website or app. They use HTML, CSS, and JavaScript to build visual and interactive elements that users see on webpages.

Back-end developer

Back-end developers build and maintain the servers that power a website or app. Using Java, Python, or Ruby, they build the logic that translates to functionality on the front-end of a website or app.

DevOps engineer

They manage the infrastructure and deployment of a website or app. Their job is to automate the development, testing, and deployment of processes to ensure that software is build quickly and precisely.

Full-stack developer

When you’re “full-stack,” that means that you can work on both the front-end and back-end of software development. They are the all-rounders, working on anything from UI to server logic in a website or application.

Quality assurance engineer

As the job title suggests, they ensure the quality of the code of a website or application. They work to identify and fix bugs and to make sure that the software is working properly according to the goals of the project.

The Importance of Learning Code Today

Understanding code can help you comprehend the underlying mechanics of new technologies, which helps you embrace advancements in the industry and integrate them into your work and personal projects.

AI, for instance, has quickly integrated itself into many industries. Revolutionising healthcare, finance, and transportation. By knowing how to code, you can speak the programming languages developers use to write algorithms for AI products. With tech like VR, knowing how to program can help you build immersive gaming experiences all the way through to virtual education and learning environments.

These cutting edge technologies have revolutionised education, entertainment, and healthcare already, and those innovations will not slow down anytime soon.

Coding teaches you to not only innovate with these new technologies, but also teaches you how to problem-solve, think logically, and fosters continuous learning. These transferable skills equip you with tools that can take your career to new and exciting heights.

With coding proficiency, doors can be opened for you because of the skills you learn. Some of these include:

• Problem-Solving and Efficiency
• Innovation and Creativity
• Understanding technology
• Collaboration and Communication
• Adaptability and Continuous Learning
• Critical Thinking and Analysis

Code Isn’t Just for Tech

Coding skills do not limit you to just working in tech. Proficiency in coding can open the doors to a diverse array of job opportunities across industries and help you find a career you’re passionate about. Here are some examples:

• Data Analysis: With code, you can manipulate and analyse large data sets to help make data-driven decisions in finance, marketing, and healthcare.
• Finance & Accounting: Coding can automate financial processes, build data models, and streamline data management for calculations and analysis.
• Science & Research: In biology, physics, chemistry, and astronomy, scientists use code for data analysis, simulations, and project automation.
• Design & Multimedia: Web and UI design can help designers make interactive and visually appealing creations.
• Engineering & Architecture: They use code to automate design, simulations, and do structural analysis in projects.
• Healthcare: Coding helps doctors diagnose disease and do research in bioinformatics and genomics by analysing patient data.
• Environmental Sciences: With code, they can model ecosystems and make predictions about climate patterns for conservation efforts.
• Project Management: Managers leverage code to streamline workflows, automate tasks, and analyse project data.

Coding and Software Engineering

Software engineers create computer software to solve problems. With the rise of cloud computing and Software as a Service (Saas) in recent years, software engineers have become indispensable. Their coding knowledge allows them to develop and maintain software and web applications we use everyday.

Coding is the foundation of software engineering. They are able to transform ideas into functional, reliable, and scalable systems using programming languages, frameworks, and development tools.

A software engineer will use code to test and debug their programs, ensuring the software functions reliably. Collaboration and version control are also facilitated through code, enabling seamless teamwork and code management.

By being proficient in coding, software engineers can optimise the performance of their software, integrate systems through APIs, and maintain and upgrade software. It also serves as a living document for understanding and share information about the system they built.

Where Can You Learn to Code?

Learning to code has never been easier and more accessible. Codecademy is an example of a free online resource offering a wide range of coding courses and hands-on projects. You can choose which language to learn and focus on topics that suit your interests.

Specialised courses like those offered on Coursera or Udacity offer comprehensive programs on things like web development, data science, and machine learning. They combine video lectures, quizzes, and individual assignments for a well-rounded coding education.

ALX Africa offers an immersive tech training experience in its Intro to Software Engineering course. This course equips learners with the essential foundations of software engineering, covering topics such as programming concepts, data structures, algorithms, and web development.

The Intro to SE course combines self-paced online learning with a collaborative project-based environment. Learners not only gain theoretical knowledge but also apply it in real-world scenarios by working on team projects that simulate industry challenges.
ALX Africa’s emphasis on collaboration, practical learning, and mentorship creates an environment where learners can not only acquire technical skills but also develop the problem-solving, teamwork, and communication abilities necessary for success in the field of software engineering.

Summary

As technology continues to evolve, coding and software engineering remain essential in shaping the digital world. Advancements in AI, VR, and other emerging technologies are transforming industries, creating exciting opportunities for those who know how to code.

Learning to code is not just about specific technologies; it is about developing problem-solving skills and thinking logically about problems. These transferable skills can empower individuals to understand how to best use new technologies and stay ahead of the curve.

Learning how to code can transform your career. It opens doors to diverse job opportunities, enhances your problem-solving abilities, and gives you the tools to thrive in a tech-driven world. ALX Africa offers a comprehensive Intro to Software Engineering programme, which combines self-paced online learning with collaborative, project-based environments. Learn to code with ALX Africa and start your career transformation today.

FAQs 

1. Is software engineering a lot of coding?

Yes, software engineering involves a significant amount of coding. Software engineers use coding to design, develop, test, and maintain software applications and systems. Coding is a fundamental skill that allows software engineers to write the instructions and algorithms necessary for the functioning of the software.

While software engineering encompasses various other activities such as requirements analysis, design, and project management, coding remains a central part of the software engineering process.

2. What is coding?

Coding is the process of creating instructions for computers to follow. It involves writing lines of code using specific programming languages to tell computers how to perform tasks and solve problems. 

Code is a set of logical instructions that define the behaviour and functionality of software applications, websites, and other digital systems. Through coding, programmers can create, modify, and optimise software by translating ideas and requirements into a language that computers can understand and execute.

3. What are popular coding languages?

There are several popular coding languages used for various purposes. Python is widely adopted for its simplicity and versatility, commonly used in web development, data analysis, and artificial intelligence.

JavaScript is essential for web development, enabling interactive and dynamic web pages. Java is popular for building enterprise-level applications, while C++ is used for system-level programming and game development.

Additionally, languages like Ruby, Swift, and Go are gaining popularity in their respective domains, offering unique features and capabilities.

The post The Future is Written in Code: Everyone Should Learn Coding first appeared on ALX Africa.

When did you first become interested in tech? Is this something you have always wanted to do?

The COVID-19 pandemic sparked my interest in tech. After completing my national service in Nigeria, I found myself isolated due to the lockdown. With all the free time on my hands, I embarked on a journey to keep myself busy, which led me to start learning to code and exploring the world of tech. During this exploration, I came across an advertisement for the ALX SE programme, decided to take a leap of faith and apply. The rest is history.

What were some of your highlights of the SE programme?

My biggest highlight was the fact that I completed this year-long online program that required me to dedicate over 70 hours per week! It was not definitely easy, but I’m so glad I made it through.

Another highlight was the fact that the programme was largely project-based, and we had to virtually teach ourselves. Peer learning days were really helpful because of this, and were a significant feature of the programme that I benefited from.

As a tech professional, what are your career aspirations and goals?

Though I gained software engineering skills through ALX, I actually work professionally as a freelancer in the data field. As a junior data scientist, my primary goal is to gain valuable experience and expertise in the field. I am eager to delve into machine learning algorithms, deep learning techniques, and artificial intelligence applications and have plans to pursue further education and certifications in these specialised areas. Ultimately, I hope to contribute significantly to the development of data-driven solutions that can address critical business challenges and enhance decision-making processes.

Who are your top role models in the tech space?

I truly admire all the instructors I’ve had in the different tech programmes I’ve enrolled in, including Google’s Data Analytics course and the KaggleX BIPOC Mentorship Program. Of course, from ALX’s SE programme, I am immensely grateful for the support and guidance I received from Maarten van Middelaar, who was instrumental as my technical mentor.

What value does being a Gold Fellow hold for you, and how has your journey been so far?

I feel so privileged to be part of the Gold Fellowship, and I’m grateful for this opportunity. My journey recently began, but it has been a great experience so far. I’ve had a session with my Pathfinder and I’m scheduled for another session next week. She has already shared some opportunities with me and some resources to help me with setting my career goals. I’m really enthusiastic about what lies ahead.

Why do you think it’s important to belong to professional networks and communities such as the Gold Fellowship?

Professional networks like the Gold Fellowship are important for several reasons. Firstly, they provide access to a wealth of resources that can help me stay up-to-date with the latest industry trends and best practices. They are also a great platform for networking with like-minded professionals who share common interests and goals, and are a source of valuable support and guidance throughout my career.

Finally, please share a quote that inspires you?

“The only way that we can justify privilege is by solving the world’s biggest problems, and by doing hard things.” – Fred Swaniker

The ROOM Gold Fellowship is an exceptional talent experience designed to support the top 5-10% of ALX tech graduates. With exclusive access to a workspace, a dedicated Pathfinder, and opportunities for lifelong learning, it empowers ALX tech graduates and propels their career growth. Apply today to one of ALX’s world-class programmes so that you can gain entry into the Gold Fellowship.

The post Her Silver Lining Turned Into a Golden Opportunity first appeared on ALX Africa.

Richard Matovu, a Software Engineer leading a vibrant group of Ruby Developers in his home country, Uganda, is working to bridge the gap between tech education and implementation, while fostering innovation and growth in the fintech industry. His participation in the ALX Software Engineering programme played a key role in setting him on this path, and he hasn’t looked back since. Now, as a member of The ROOM Gold Fellowship – a prestigious tech career acceleration programme – Richard offers insight into his tech journey and career goals, and the conducive environment provided by the Gold Fellowship for career advancement.

What were your highlights of the SE programme at ALX?

The programme is significantly practical, especially when compared to similar courses at the university level. I especially enjoyed the encouragement we received to research and figure things out on our own.

How did ALX improve your technical skills?

My critical thinking and problem-solving skills were enhanced through the challenging tasks and projects we did every day. Moreover, the SE programme introduced me to programming languages such as Node.js, Python, C, Javascript and Ruby, which I hadn’t previously been familiar with.

Besides leading the African Ruby Community in Uganda, you work remotely for a fintech company in Kenya. What does your role entail?

I am a Senior Engineer at Finplus Group Holdings Limited, where I manage and oversee the development process, tutor and nurture junior and mid-level engineers, engage with clients, and make improvements to the structure and design of projects.

What are your career aspirations as a tech professional?

I hope to become a tech expert in web development and DevOps and ultimately transition into a Chief Technology Officer role for a company one day.

How has your journey with the Gold Fellowship been so far, and what has been your most noteworthy benefit?

It has been quite eventful; meeting other Gold Fellows and getting my own Pathfinder has been a great experience! Having a Pathfinder is definitely a highlight. It provides me an opportunity to gain knowledge and guidance, which is extremely useful for navigating the tech space. 

Overall, what value does the Gold Fellowship hold for you?

It has provided me with an exceptional career coach, granted access to a community of bright minds to network with, and offered numerous opportunities for personal and career growth. Being a Gold Fellow serves as a constant reminder of how far I have come, the challenges I have overcome, and gives me the courage to keep going.

Why do you think it’s important to belong to professional networks and communities such as the Gold Fellowship? 

Professional networks and communities open up doors to various career advancement opportunities and help in forging connections with talented individuals, with whom one can make an impact on the world.

The ROOM Gold Fellowship is an exceptional talent experience designed to support the top 5-10% of ALX tech graduates. With exclusive access to a workspace, a dedicated Pathfinder, and opportunities for lifelong learning, it empowers ALX tech graduates and propels their career growth. Apply today to one of ALX’s world-class programmes so that you can gain entry into the Gold Fellowship.

The post A Catalyst for Career Growth: Richard Matovu on The Gold Fellowship’s Influence first appeared on ALX Africa.

Passionate about software development and driven to solve global problems, Kenya-born Derrick Ampire is making remarkable strides in his career. With a background in Mechanical Engineering from the University of Nairobi, Derrick’s fascination with software development propelled him to join the ALX Software Engineering programme. Since graduating in 2022, he has become a Technical Mentor at ALX, fuelling the passions of other budding software engineers. Derrick’s achievements have paved the way for his tech career, culminating in his prestigious selection as a member of The ROOM Gold Fellowship—a career accelerator for accomplished ALX tech graduates. In this spotlight interview, he shares his ALX journey, audacious goals, and how the Gold Fellowship is empowering his pursuits in the tech industry.

What key skills did you acquire as an ALX learner?

In addition to the technical skills I gained from the Software Engineering programme, I also gained proficiency in backend development, problem solving, and essential project management strategies, enabling me to manage projects from start to finish.

What are some of your key responsibilities as an ALX SE Technical Mentor?

My role is to support current learners in the programme. This involves facilitating live coding sessions, responding to learner queries on software programming (C, Python, and Javascript) and ensuring an enhanced student experience. Ultimately, I’m a custodian of the ALX SE programme and curriculum, and I strive to constantly improve the overall student satisfaction. 

What are your career aspirations and goals as a tech professional?

While I love and enjoy what I’m doing now, in the future, I hope to become a tech entrepreneur with a business that addresses Africa’s most persistent issues in the areas of health or education.

Who are your role models in the tech space?

I’m greatly inspired by Elon Musk and Bill Gates.

What benefits do you anticipate from being a Gold Fellow?

I would say there are three main things – access to flexible and conducive workspaces, access to networking opportunities and tech events, and most importantly, the opportunity to engage with our mentors, who we call Pathfinders. In the past, mentorship has helped me avoid pitfalls and exposed me to world-class career advice that I might not previously have had access to. So having full-time access to a Pathfinder, who is skilled at coaching me to achieving and exceeding my goals is a once-in-a-lifetime opportunity that I’m truly grateful for. 

Why do you think it’s important to belong to professional tech communities such as the Gold Fellowship? 

Professional communities like this one offer the opportunity to interact with like-minded individuals and industry experts, igniting an insatiable hunger for continuous improvement. This drive for growth is especially essential in the constantly evolving tech space.

The ROOM Gold Fellowship is an exceptional talent experience designed to support the top 5-10% of ALX tech graduates. With exclusive access to a workspace, a dedicated Pathfinder, and opportunities for lifelong learning, it empowers ALX tech graduates and propels their career growth. Apply today to one of ALX’s world-class programmes so that you can gain entry into the Gold Fellowship.

The post The Value of Mentorship and Community in Tech: A Gold Fellow’s Experience first appeared on ALX Africa.

What does it really take to make it as a software engineer? Beyond the bright lights of success in this fast-growing field, it takes a huge amount of grit and determination. As a winner of the 2022 ALX Software Engineering Challenge, Ethiopia-born Solomon Kebede is no stranger to this, having overcome multiple barriers to get to where he is today. In this candid interview, he shares lessons from his journey in the ALX Software Engineering programme, tips for tackling imposter syndrome, and how he managed to become a certified Fullstack Developer and Fellow of The ROOM.

What motivated you to join the ALX Software Engineering Programme?

I have a BSc in Civil and Environmental Engineering from the Addis Ababa University in Ethiopia. While waiting to receive my transcripts, two friends showed me a poster of the ALX programme on the Addis Ababa Institute of Technology campus. I had previously been looking for a way to further certify my degree through Software Engineering, and this seemed like the perfect opportunity. I thought it would be fun and also provide me with a good learning opportunity, so I gave it a shot, and here we are today.

What role did collaboration play in your learning experience?

It played a very significant role. I really appreciated the peer learning days (PLDs), when we were able to have them. They were highly beneficial in that they provided an opportunity to collaborate, communicate and discuss projects with other learners who were enthusiastic and committed to their work.

What were the biggest highlights and lessons from your training?

On a daily basis, I was happy to meet and work with the other ALX learners. I also really enjoyed learning about technologies such as NGINX and SSL, and the latest programming languages in use today.

Everyday at ALX is an opportunity to better yourself.

Winning the SE challenge was another remarkable experience. Getting to visit Rwanda and meet members of the ALX team like the founder, Fred Swaniker; Chief Product Officer, Julien Barbier; and SE Operations Associate Lynn Nungari, as well as the other ALX challenge winners, was really exciting. On that trip, we also met with the Permanent Secretary at the Ministry of ICT and Innovation in Rwanda. I’m really honoured to have gotten that opportunity to meet all the brilliant minds connected to the ALX community, and I thank God for it.

What the entire programme taught me was that everyday at ALX is an opportunity to better yourself. You have the potential to learn and discover new things, and solving each task leaves you with an overwhelming sense of motivation that fuels you for the next day. So in actual fact, the biggest highlights of my ALX journey were the sum of all the little wins and experiences. 

What were some of the biggest challenges you faced, and how were you able to overcome them?

The peer pressure, coupled with the pressure of deadlines, can lure one into thinking that the only way to survive the programme is to cheat and cut corners, but I always knew that I didn’t need to do that. It’s easy to deceive yourself and justify your actions by saying, for example, “Shell basics are easy, and it’s okay if I cheat”, but the only thing you’ll pick up from doing that is a nasty cheating habit.

Personally, I was new to low level programming and C and most of my results on those projects were in the 60 to 90 range – some were higher and even lower than that. But what was most important to me was that I could say I learned something and did my best.

There are times when you’ll experience imposter syndrome, but if you persist till the end, you’ll either be successful, or at the very least, learn what success requires of you.

Another challenge was finding people who were willing to work or learn alongside me. Whether we were working on PLDs or individual projects, I found that people learned on their own schedules, and some, if not most, have jobs, families and other obligations. I was able to get around this by going through the list of people who were able to complete their tasks in the learners portal. A few names came up multiple times, and I reached out to some of them on Slack to ask for help. Many people were really helpful and provided me with answers.

Based on my experience, I would advise current and potential learners to find someone to work with, because going through the programme alone can be very hard. I had friends who started the ALX programme with me, but due to other obligations, they were not able to continue. The projects can be quite overwhelming, and there are times when you’ll experience imposter syndrome, but if you persist till the end, you’ll either be successful, or at the very least, learn what success requires of you.

What is your dream career and what are your expectations for the future of technology?

My dream is to be a Software Engineer. I believe through technology we can make a significant impact on the world’s most persistent problems. A small discovery can change the paradigm of how we think and can have a big impact on our individual lives. I hope to be able to contribute to new discoveries by identifying problems and providing solutions to them.

What impact has ALX had on your future goals?

ALX has helped me realise that the most important things require you to do the hardest things.

ALX has helped me realise that the most important things require you to do the hardest things. I now feel I can learn new things and achieve new heights if I put my mind to it. Previously, I struggled with imposter syndrome, like many others, without knowing what it actually was. Now I know that there’s no need to compare myself to others, because the context of our lives are different. What matters is that I continue to strive to be better than the previous versions of myself. 

Any parting words?

I was not the most brilliant student, and I had a hard time when I was at school at a younger age. Medically, I had challenges and faced a number of near-death experiences, but my faith has really seen me through to this point and given me hope of a bright future. I hope this encourages anyone who reads this that you can be successful, no matter what is holding you back.

ALX provides young Africans with the professional skills, and career support required to succeed in tech. Join thousands of other budding tech leaders – enrol in the ALX Software Engineering Programme today!

The post What It Takes to Succeed as a Software Engineer: Spotlight on Solomon Kebede, 2022 ALX SE Challenge Winner first appeared on ALX Africa.