Build operate transfer model strategy for the tech crisis

Build-Operate-Transfer Model Strategy for the Tech Crisis

Finding your way through the current US tech crisis turns imperative right now. On one end, you’ve got the massive layoff environment where Big Tech companies are letting go of hundreds of workers. On the other end, you’ve got talent shortage issues that don’t show any signs of slowing down. For both ends, there is a common solution: Introduce the Build-Operate-Transfer model to your business strategy.

But, first:

Tech Crisis Outlook

Massive Layoffs Landscape

US technology companies, including giants like Meta, Google and Amazon, are laying off thousands of employees. In one of the worst contractions in history, layoffs at technology companies in the US reached a more than two-year high as they prepared for a potential recession by hiring at the second-fastest rate ever.

As a result, technology companies slashed over 154,843 positions last year. Furthermore, ​​technology companies have already let go of 85,200 more workers in 2023
In the end, businesses throughout the US are significantly reducing employment as part of their restructuring efforts to be ready for a likely economic downturn. The fact that this is merely the beginning is alarming. However, one important thing to keep in mind is the premise that tech workers who lose their jobs swiftly find new ones. In fact, published in November 2022, a research discovered that eight out of ten tech professionals who had been laid off find new employment within three months of beginning their hunt. And some are even luckier: over 40% of people who lose their tech jobs do so within a month.

Tech Talent Shortage Landscape

Let’s get one thing straight: Even though the Big Tech are letting go off a great number of workers, there is still a tech talent shortage thanks to the unmet demand in all industries. 
Leading market intelligence company IDC projects a 4 million developer shortage by 2025, while the U.S. Bureau of Labor Statistics projects that by the end of the decade, there will be a need to fill over 200,000 developer positions annually. Moreover, while there is a chance for developers to profit from a strong job market thanks to this type of employment demand and potential job stability, there is a drawback. According to Forbes, the complexity of software development jobs keeps rising, which has the unfavorable effect of counteracting the enthusiasm many developers have for their work.

What is the Build-Operate-Transfer Model?

Gartner Research describes it as a contractual arrangement in which a company employs a service provider to establish, enhance, and manage a business (or process/service/delivery) operation with the express purpose of transferring the whole operation to the company when the time comes. 

In other words, when implementing the BOT model, you are partnering up with a service provider that will come to know your talent needs and will reach out through its databases to find tech talent tailored to your needs. After your partner sets up, optimizes, and manages the process on your behalf and it’s operating well, they hand off control of the operation back to you.

Example of Build-Operate-Transfer Model in Action

In the software development landscape, let’s say firm A is a life science company in need of tech talent and developers for its new medical device development; so, firm A decides to give the BOT model a shot.

Firm A finds a service provider, firm B, a specialized company that works in building software engineering teams in Mexico.

  1. Build: Firm B gathers the team based on Firm A needs and the specialization of the developers.
  2. Operate: After both firms have come to an agreement about the specialized team, Firm B starts operating the project and performs day-to-day operations hand by hand with firm A’s involvement and instructions. Basically they started working together while firm B’s sw engineering team started to catch the pace.
  3. Transfer: Finally, after firm A considers the team provided by firm B is ready, they go through a stage by stage seamless transfer fully to firm A. They are no longer firm B’s team but firm A’s completely. Afterwards, there is an extended support on behalf of firm B.

BOT model: Keeping the Tech Crisis in Perspective

In view of the current economic state with both landscapes, layoffs and tech shortage, the idea of nearshoring comes into perspective as many organizations have just recently begun to realize its true potential.

Right now, CIOs and CTOs are putting a focus on remote work, hiring in-demand IT talent, and using AI and analytics tools to optimize efficiency gains in order to recession-proof their companies. One way to do all of this is to apply the BOT model through nearshoring. 

One of the strongest advantages of accessing a BOT model through nearshoring is that you enjoy a large and vast pool of talent. Now, you have the chance to access a genuinely global network of experts. Let’s say you choose Mexico for example: With 25% of all Mexican university graduates majoring in STEM, Mexico has one of the highest rates of engineering graduates in Latin America. Numerous Mexican colleges are among the top 50 in Latin America, demonstrating the outstanding caliber of these institutions. Furthermore, more than 130,000 engineers graduate each year summing up to a talent pool of over 700,000 tech professionals. Overall, that’s an opportunity no one would like to miss.

The build-operate-transfer model makes it possible to adjust the ‘ups and downs’ with a contract! Schedule a call with us.

About ITJ

ITJ is devoted to serving fast-growing and high-value market sectors, particularly the Internet of Medical Things (IoMT), working with innovative medical device companies looking to improve people’s lives. With a unique BOT (build, operate, and transfer) model that sources only the best digital talent available, ITJ enables companies in the US to create technology centers of excellence in Mexico. For more information, visit www.itj.com.

Tech hiring is still outrageous ITJ article

Tech Hiring Is Still Outrageous

Anxiety rises as each day brings news of a tech business or startup laying off staff or putting recruiting on hold. Nowadays, the job market for technology businesses and people with high-tech skills is in flames and is expected to remain so.

Currently, the unemployment rate for high-tech occupations in the United States ranges from low to non-existent. In addition, their hiring spree is otherworldly. These are exciting times for data scientists, Java developers, and cloud computing gurus. For the firms who are interested in hiring them? Not at all.

According to a research of over 4,000 information technology leaders conducted by Harvey Nash Group Ltd. and KPMG LLP, the IT skills crisis has been the worst since right before the Great Recession of 2008. Consequently, the market for tech expertise and workers of all sorts at digital organizations is so competitive that even job recruiters are constantly being headhunted.

There are two major reasons why professionals are still in high demand, according to the NYT: there has been a long-term trend of corporations seeking to hire more tech workers and the number of skilled individuals has not kept pace. Furthermore, recruiting at many technological firms is still catching up from the early months of the pandemic, when many companies stopped hiring or fired off employees, only to have to hire staff members when their companies did not collapse.

How to cope with this shrinking tech talent pool? Adopt a digital transformation business model, regardless of your industry. 

The silver lining is that by using cloud, agile, scrum, and lean manufacturing strategies, businesses are bettering themselves and, as a result, becoming the greatest alternative for candidates.

If you are interested in learning more about digital transformation for your company, this article can be helpful: Using cloud to accelerate customers’ digital transformation.

About ITJ

ITJ is devoted to serving fast-growing and high-value market sectors, particularly the Internet of Medical Things (IoMT), working with innovative medical device companies looking to improve people’s lives. With a unique BOT (build, operate, and transfer) model that sources only the best digital talent available, ITJ enables companies in the US to create technology centers of excellence in Mexico. For more information, visit www.itj.com.

Global chip shortage

What is the Global Chip Shortage?

The supply chain bottlenecks we’re experiencing worldwide start with chips, specifically, chip shortages. Only a few previous unbalanced markets can compare to the current global chip shortage. However, it is exceptional in the breadth of product groups experiencing a supply and demand mismatch. And there are no signs of the phenomena slowing down any time soon.

Chip vendors have raised prices by 5% to 15% across the board in response to supply restrictions and rising raw material shortages and expenses. Price increases for older analog and diode technologies have reached 20% to 25%. According to Jabil, these rises, like the shortages, are likely to persist beyond 2023.

Certainly, it isn’t the first time this has happened; severe chip shortages have occurred before, including in 1988 owing to excessive demand and in 2000 due to a scarcity of many Intel products. Then there was the 2011 earthquake in Japan, which produced a significant shortage of NAND memory and screens. Today, the global chip shortage is due to an increasing lack of skilled personnel, particularly highly qualified engineers needed to develop new chips and handle production challenges for ever more complicated ones. 

Many sources quoted by the WSJ said that the supply-demand disparity is widening because of the talent shortage:

“The world’s leading chipmakers are competing for personnel to staff the billion-dollar-plus facilities they are constructing worldwide to address a semiconductor shortage. […] New chip-making facilities, known as fabrication factories, need the employment of thousands of college-educated engineers. Technicians supervise and manage the production process, while researchers contribute to developing new types of chips and manufacturing methods.”

Furthermore, according to a research by Eightfold.ai, about 70,000 to 90,000 people or more would need to be hired in the United States alone by 2025 from 2020 levels to cover the most important manpower demands for predicted fab development. So, how can companies cope with this talent shortage they are facing?

One solution is nearshoring. Nearshoring is a tried-and-true method of staying competitive by recruiting talented individuals in the same time zone but living in lower-cost-of-living locales. 

Here is everything you need to know about the tech talent shortage and what you can do about it: Are you struggling to find software engineers?

ITJ supports fast-growing and high-value market areas by assembling talented teams, saving organizations valuable time and resources in recruitment, and establishing big, low-cost, high-performance software engineering centers. Get in touch with us, and we can help you solve your talent shortage obstacles.

About ITJ

ITJ is a trusted partner in building the finest software engineering teams in the Americas. For more information, visit www.itj.com.