A Guide to Expanding Talent Pools Through Flexibility
Identifying the Issue
The semiconductor industry’s rapid growth has created high demand for specialised talent, but traditional semiconductor job descriptions can limit the reach of qualified candidates.
Complex, narrowly defined roles can deter skilled professionals who may lack specific niche experience but possess transferable skills. For companies struggling to fill roles, flexibility in job descriptions and hybrid job titles can be a powerful tool to broaden the talent pool and foster a culture of growth and adaptability.
Understanding the Challenge of Semiconductor Job Descriptions
In my experience with clients in this sector, I’ve seen how rigid requirements can create unnecessary barriers. For example, one client needed digital design expertise, but their original job description focused heavily on VLSI-specific requirements.
This approach inadvertently filtered out strong candidates from related fields like telecommunications and automotive, where engineers often work across multiple disciplines.
We quickly realised that expanding job descriptions to emphasise core competencies, rather than fixed qualifications, would allow us to tap into a richer, more diverse pool of candidates.
This way of writing semiconductor job descriptions can be a game-changer, helping you reach talented candidates they might otherwise miss.
Rigid requirements in a job post can create unnecessary barriers. And can filter out strong candidates from related fields like telecommunications and automotive.
Practical Solutions and Real-Life Examples
Simplified Semiconductor Job Descriptions
1. Core Competencies Over Specifics
Simplifying requirements to focus on core technical skills, such as experience in digital or analog design, allows candidates from various technical backgrounds to apply.
For instance, one of our semiconductor clients shifted their focus to core competencies, opening roles to software engineers with relevant digital design knowledge who lacked direct semiconductor experience but quickly adapted.
2. Flexible Skills in High-Demand Areas
Recently, I worked with a company who needed to hire a VLSI Engineer with RISC-V Experience.
I advised them to prioritise candidates with RISC-V experience rather than fixating on specific job titles.
Why?
As RISC-V is a newer and rapidly growing technology, I have seen in the market that many skilled professionals not yet hold traditional titles but do have valuable, hands-on experience.
By doing so, this client attracted diverse candidates who, while not having exact titles like ‘VLSI Engineer,’ brought relevant skills from areas like software development and embedded systems.
This skill-focused approach enabled the client to fill critical roles with adaptable, motivated engineers.
3. Encouraging Cross-Discipline Growth
In today’s competitive market, companies in the semiconductor industry face several different hiring challenges.
Companies that prioritise up-skilling and career development stand out to candidates who value learning opportunities.
One example of this was when I worked with a medical technology company looking to hire engineers proficient in both digital and analog design (a rare combination of skills).
Instead of only looking for candidates with direct experience in medical devices, we decided to focus on people from industries like automotive and telecoms. These industries often require engineers to work on both digital and analog systems, so they already had the skills to succeed.
We updated the job description to highlight the opportunity to apply their existing knowledge in a new industry and grow their skills further.
Best Practice
I see “making the role more flexible” as one of the key best practices for writing semiconductor job descriptions.
This approach didn’t just fill the role, it brought in motivated and adaptable hires who were keen to contribute to the company’s success.
Hybrid Job Titles to Broaden Appeal
Traditional job titles can sometimes limit the range of candidates who consider applying, even if they have the right skills. By using flexible and growth-oriented titles, companies can attract professionals who are eager to expand their expertise and take on new challenges.
Here are some examples we’ve used successfully:
“Software Developer with AI Compiler Engineering Path”
Instead of: “Compiler Engineer”Why it’s better:
The traditional title “Compiler Engineer” might deter software developers who have strong programming skills but lack direct compiler experience. Our title signals that the role offers an opportunity to grow into this specialisation, making it more inviting to those ready to learn.
“VLSI Engineer with Digital and Analog Design Focus”
Instead of: “Digital Design Engineer” or “Analog Design Engineer”
Why it’s better:
Titles like “Digital Design Engineer” or “Analog Design Engineer” can make candidates think they need expertise in just one area. By combining both, the title attracts engineers skilled in one discipline while encouraging them to cross-train in the other, broadening the talent pool.
“Embedded Systems Developer with Opportunity to Specialise in RISC-V”
Instead of: “RISC-V Engineer”Why it’s better:
A title like “RISC-V Engineer” may exclude candidates who have strong embedded systems experience but lack specific RISC-V expertise. Our title makes it clear that the role is open to developers who are interested in learning and specialising in this area.
Flexible job titles, as part of best practices for writing semiconductor job descriptions, can make a real difference in attracting skilled candidates. They communicate openness to diverse competencies, enhancing appeal across talent pools.
Dual Job Descriptions to Widen the Talent Pool
One effective method we’ve used is creating two tailored job descriptions for the same position.
This strategy helps capture candidates who are strong in complementary areas, meeting about 60-70% of the requirements but with the potential to grow into the full role.
For instance, a company hiring a Design Verification (DV) Engineer with a digital background could have one job description clearly focused on digital skills alone.
A second job description could mention some physical design verification terms, appealing to candidates who’ve worked across both areas. By including terms that these engineers recognise, companies can attract those with mixed skills who might otherwise feel they don’t fully qualify.
The Complexity of Job Titles Across Semiconductor Companies
One notable challenge in the world of semiconductor recruitment is the lack of standardised job titles across companies, which can create confusion for both candidates and hiring managers.
I’ve found that, for example, a VLSI Engineer at one company may focus on design, while at another, the title could mean testing or verification. Without clear alignment on what a title entails, qualified candidates may overlook opportunities simply because they don’t recognize their fit based on the title alone.
For instance, Design Verification Engineers often have overlapping skills with VLSI roles but may specialise in verification processes rather than design. This overlap can be missed if job descriptions are rigid or overly specific about titles.
Focus on relevant skills instead
Recognising these nuances and focusing on relevant skills, such as simulation and digital logic experience, rather than fixating on titles, can increase the reach of potential hires.
It ensures that candidates who have the necessary competencies, even if their titles differ, feel confident applying. This flexibility can help semiconductor companies avoid missing out on exceptional talent due to unnecessary barriers.
One notable challenge in the world of semiconductor recruitment is the lack of standardised job titles across companies, which can create confusion for both candidates and hiring managers.
Emphasising Culture with Real Examples
A competitive hiring landscape requires companies to go beyond simply claiming they have a ‘supportive culture.’
Most of the candidates I speak with myself these days want to see tangible examples of how a company invests in their people. In my experience, companies who succeed in attracting and retaining top talent do this by implementing real, actionable growth initiatives that stand out to job seekers.
Some strategies I’ve seen work exceptionally well:
Structured Up-skilling
Supporting engineers in developing new skills—like RISC-V expertise—through well-defined training programs shows a clear commitment to employee growth. Candidates are more likely to join and stay with a company that invests in their long-term career development.
Career Path Flexibility
One client I work with embraced a flexible approach by allowing engineers to work across both digital and analog domains. This created an environment where employees felt empowered to expand their skill sets and explore new areas of expertise.
It also attracted candidates excited about continuous learning, which is often a priority for professionals in technical fields.
Community and Networking
Smaller teams thrive when they foster a collaborative culture. I’ve worked with companies that regularly host knowledge-sharing sessions, mentorship programs with senior leadership, and project showcases.
These initiatives not only build a sense of community but also highlight a dynamic work environment where ideas and innovation are encouraged.
These real-life examples show how a company’s culture can go beyond vague promises to offer something meaningful. They also align with the best practices for writing semiconductor job descriptions by demonstrating a workplace where candidates feel valued, supported, and encouraged to grow.
When these cultural strengths are clearly reflected in job descriptions, trust me when i say that they resonate with the talent you want to attract.
Conclusion: Turning Insights into Action
Everything we’ve talked about shows how being flexible and focusing on skills can change the way you hire and help you find the right people.
Writing effective semiconductor job descriptions requires flexibility, clarity, and a focus on growth. By emphasizing core skills over rigid requirements, using flexible job titles, and adopting dual job descriptions, companies can attract diverse, highly skilled candidates from broader talent pools.
Key takeaways:
- Focus on relevant skills like RISC-V or digital design, rather than specific job titles.
- Use flexible titles to appeal to candidates with transferable skills and a willingness to grow.
- Highlight your company culture with real examples of up-skilling, career path flexibility, and community-building efforts.
By applying these best practices for semiconductor job descriptions, you can overcome hiring challenges, widen your reach, and build teams that thrive in this fast-paced industry.
If you’re interested in exploring how these strategies could benefit your recruitment process, let’s connect!
Feel free to reach out on LinkedIn or drop a message to discuss these ideas.
Alex Masse
Senior Semiconductor Headhunter
