On this episode, we have Alfie Ordoña, Jayz Carrillo, Oscar Oganiza, and Ragde Falcis joining us to discuss "IT, IS, CS Grads: Do Schools and Grades Still Matter?" and What recruiters really look for (and what they ignore).

With bootcamps, certifications, and self-taught developers entering the field, the value of a traditional tech degree is being reexamined. In this episode, we explore how much your school background, course title, or grades still matter when applying for tech roles. Our guests include recruiters and hiring managers who’ll share what they really pay attention to—and what they often skip over.

In your hiring experience, how much weight do you place on degrees or GPA? (Generalization)

While a degree can show a foundational understanding, experience and practical skills often outweigh GPA. Many recruiters prioritize a candidate's ability to solve problems and contribute to a team over academic distinctions.

How do IT, IS, and CS graduates typically differ in skills or readiness? (Generalization)

CS graduates often have a stronger theoretical computer science background, while IT and IS graduates might be more oriented towards systems management or business applications. However, individual portfolio projects and internships often bridge these gaps, making readiness more about practical exposure.

What stands out more to you: a strong resume or a strong portfolio? (Generalization)

A strong portfolio almost always stands out more than just a resume. It provides concrete evidence of a candidate's skills, creativity, and problem-solving abilities, demonstrating what they can actually build and achieve.

Should schools update how they prepare students for today’s tech industry? (Generalization)

Absolutely. Many believe that academic curricula should incorporate more hands-on projects, industry-relevant tools, and soft skills like collaboration and communication to better prepare students for the dynamic tech landscape.

What's one thing recruiters often skip over on a resume or application? (Generalization)

Recruiters often gloss over generic objective statements or long lists of courses taken without corresponding project work. They're looking for impact, achievements, and specific skill sets relevant to the role, rather than general academic history.

On this episode, we have Julianne Cera, Jasmyn Japag, and Atcha Abe joining us to discuss "Beauty & Brains: IT na Influencer?" and can you code, create content, and command a following? Let’s talk image and impact.

This episode dives into the emerging world of the "tech influencer"—individuals who combine technical expertise with compelling content creation and a strong online presence. Our guests will discuss the skills required to excel in this space, the strategies for building an engaged audience, and the impact of personal branding in the tech industry. We'll explore how these individuals are shaping perceptions and driving conversations within the tech community.

What are the key skills and qualities that define a successful tech influencer? (Generalization)

Successful tech influencers possess a blend of technical proficiency and strong communication skills. Key qualities include a deep understanding of their niche within IT, the ability to simplify complex technical concepts, and a knack for engaging storytelling. They also need authenticity, credibility, consistency in content delivery, and an understanding of various social media platforms and their respective audiences. Adaptability to new technologies and trends is also crucial.

How can IT professionals effectively balance their technical work with the demands of content creation and audience engagement? (Generalization)

IT professionals can balance their technical work with content creation by employing effective time management and prioritization. This often involves setting dedicated times for content creation, batching similar tasks, and leveraging tools for scheduling and automation. Focusing on creating high-quality, impactful content over sheer volume can also help. Additionally, integrating content creation into their learning process by documenting their technical explorations can make the process more efficient and synergistic with their core IT work.

What are some of the unique opportunities and challenges faced by tech influencers in the industry? (Generalization)

Tech influencers have unique opportunities such as personal brand building, networking with industry leaders, and monetizing their expertise through sponsorships, courses, or consulting. They can also significantly influence tech adoption and education. However, challenges include the pressure to stay current with rapidly evolving technology, maintaining authenticity amidst commercial interests, dealing with online criticism, and managing potential conflicts of interest with their primary IT careers.

How is the rise of tech influencers changing the way technical information is disseminated and perceived? (Generalization)

The rise of tech influencers is significantly changing how technical information is disseminated and perceived by making it more accessible, engaging, and personalized. They often break down complex topics into digestible formats (e.g., videos, short posts), reaching broader audiences beyond traditional academic or industry channels. This shift fosters a more dynamic and interactive learning environment, though it also places a greater emphasis on critical evaluation of sources due to varying levels of expertise and potential biases.

On this episode, we have Maki Villano, Atcha Abe, John McLem, and Miguel Fermin joining us to discuss sustainable IT practices.

As the environmental impact of technology becomes increasingly critical, this episode explores the importance of sustainable IT practices. Our guests will discuss practical strategies for implementing eco-friendly solutions within IT departments and across organizations. We'll cover topics such as energy efficiency, responsible e-waste management, and the role of IT professionals in advocating for a more sustainable tech industry.

What are some of the most significant environmental concerns related to the IT industry? (Generalization)

The IT industry significantly contributes to environmental concerns through high energy consumption from data centers and devices, leading to substantial carbon emissions. The rapid obsolescence of technology also generates vast amounts of electronic waste (e-waste), which often contains hazardous materials that contaminate soil and water if not properly disposed of. Furthermore, the manufacturing of IT equipment requires significant natural resources and energy, adding to its ecological footprint.

What are some concrete steps that IT professionals and organizations can take to adopt more sustainable practices? (Generalization)

IT professionals and organizations can adopt more sustainable practices by prioritizing energy-efficient hardware and software, optimizing data center operations for reduced power consumption, and virtualizing servers to minimize physical infrastructure. Implementing robust e-waste management programs, including recycling and responsible disposal, is crucial. Additionally, advocating for and adopting cloud-based solutions can often lead to greater efficiency due to the shared infrastructure. Encouraging remote work where feasible also reduces commuting-related emissions.

How can IT departments measure and track their environmental impact? (Generalization)

IT departments can measure and track their environmental impact by conducting energy audits to quantify electricity consumption of servers, networks, and end-user devices. They can also track e-waste generated and the proportion recycled versus landfilled. Using Power Usage Effectiveness (PUE) for data centers provides a metric for energy efficiency. Lifecycle assessments of IT equipment, though complex, can offer a comprehensive view of environmental impact from production to disposal. Software tools for monitoring energy usage and carbon emissions also aid in tracking progress.

What are some emerging technologies or approaches that hold promise for a more sustainable future in IT? (Generalization)

Emerging technologies and approaches offering promise for a more sustainable IT future include advancements in renewable energy-powered data centers, which directly reduce reliance on fossil fuels. Edge computing, by processing data closer to the source, can reduce data transmission distances and associated energy use. AI and machine learning can optimize resource allocation and energy management in IT systems. Furthermore, circular economy principles for IT hardware, focusing on repair, reuse, and recycling, are gaining traction to minimize waste and resource depletion.