Mechanical Engineers Wanted: Careers, Specializations, and Updated Market Data
Mechanical engineering is one of the core pillars of modern industry, with growing demand for skilled and professional engineers.
Whether you’re considering a career in this field or you’re an employer looking for top talent, this guide will help you understand market trends, salary ranges, and the many opportunities available.
What Is Mechanical Engineering and What Do You Study?
Mechanical engineering focuses on the design, production, and operation of mechanical systems, automated systems, and robotics.
The studies combine theory and hands-on practice in areas such as:
- Mechanical design – designing and analyzing mechanical systems with CAD tools like SolidWorks.
- Robotics and automation – developing smart systems for industrial use.
- Advanced manufacturing – digital manufacturing technologies and 3D printing.
- Renewable energy – designing systems that use energy efficiently.
The graph shows demand for mechanical engineering roles in 2024. “Mechanical Design Engineer” and “Robotics and Automation Engineer” lead with the highest demand, followed by areas such as maintenance & control and advanced energy.
Updated Statistics in the Field
Demand
- According to Israel’s Central Bureau of Statistics (2023), there is a shortage of around 2,000 mechanical engineers across various industries.
- The highest-demand areas include robotics, industrial automation, and green energy.
Global Job Market
- A GlobalData report forecasts 7% growth in mechanical engineering roles over the coming decade.
- High-demand segments include electric vehicles, 3D printing, and solar energy.
Salaries in Israel
- Entry-level mechanical engineers typically earn ₪12,000–15,000 per month.
- In senior positions such as project management or advanced R&D, salaries can reach ₪25,000–30,000 and above.
- You can review our full salary tables on the site for detailed data by role.
Leading Mechanical Engineering Programs in Israel
Universities
- Technion – Israel Institute of Technology (Haifa)
Flagship program with a strong focus on research and development. - Tel Aviv University
Strong track in robotics and control systems. - Ben-Gurion University of the Negev
Focus on energy and materials.
Colleges
- Ariel University
Modern mechanical engineering program with an emphasis on industrial innovation, mechatronics, control, and advanced manufacturing. - Bar-Ilan University (Faculty of Engineering)
Combined mechanical–electronic focus with an emphasis on robotics, integrated systems, and control. - Afeka – Tel Aviv Academic College of Engineering
Applied engineering with advanced technologies. - ORT Braude (Karmiel)
Strong industrial ties and integration with local industry. - Jerusalem College of Technology – Lev Academic Center (Machon Lev)
Mechanical engineering program (for men) with specializations in energy, mechatronics, and control, combining technology with Jewish values. - Ruppin Academic Center (Emek Hefer)
Focuses on green technologies and smart industrial development, with strong ties to local industries. - Sami Shamoon College of Engineering (SCE)
Applied mechanical engineering with specializations in energy and mechatronics, in collaboration with industrial plants in southern Israel. - Sapir College (Negev)
Advanced track with an emphasis on mechatronics and smart industry, closely linked to Negev-based industries. - ORT Hermelin (Netanya)
Practical mechanical engineering studies with an emphasis on robotics and industrial tech applications. - Carmel Academic Center (Haifa)
Focus on advanced manufacturing technologies. - Technion – Sarona Campus (Tel Aviv)
Shorter applied engineering programs designed for quick integration into industry. - Amal Hesegim College
Practical engineering track with a focus on applied mechanical engineering, ideal for those who want a quicker entry into the field.
What to Check Before Choosing a Program
- Specializations – robotics, energy, control, mechatronics, etc.
- Industry connections – institutions with strong ties to industry offer better internship and job opportunities.
- Admission requirements – universities vs. colleges can differ significantly in entry thresholds.
- Location – studying close to home can make it easier to combine work and studies.
Common Career Paths for Mechanical Engineers
1. Mechanical Design Engineer
Role:
- Designing mechanical systems, products, and production processes.
- Using CAD tools such as SolidWorks, AutoCAD, and Catia.
- Creating innovative solutions to mechanical challenges and prototyping.
Where they work:
Industrial companies, manufacturing plants, and advanced tech companies.
Requirements:
Creativity, strong analytical skills, and proficiency with design tools.
2. Robotics and Automation Engineer
Role:
- Developing automated systems and robots for industries like automotive, medical, and heavy industry.
- Combining mechanics, electronics, and software.
Where they work:
Advanced manufacturing plants, robotics companies, and tech firms.
Requirements:
Deep understanding of mechatronics, algorithms, and control systems.
3. Maintenance and Control Engineer
Role:
- Responsible for maintaining complex mechanical systems and instrumentation.
- Diagnosing and fixing breakdowns, planning preventive maintenance, and upgrading existing systems.
Where they work:
Industrial plants, power stations, and energy companies.
Requirements:
Strong technical skills and the ability to work under pressure.
4. Energy Systems Engineer
Role:
- Developing efficient energy systems, including heating, cooling, and renewable energy solutions.
- Optimizing energy generation processes to improve performance and reduce emissions.
Where they work:
Energy companies, power stations, and green-energy firms.
Requirements:
Knowledge of thermodynamics, energy systems, and control.
5. Technical Project Manager
Role:
- Managing complex engineering projects: timelines, budget, and deliverables.
- Working with multidisciplinary teams: mechanics, software, electronics.
Where they work:
Tech companies, startups, and advanced industries.
Requirements:
Project management skills, strong communication, and broad technical understanding.
6. Mechatronics Engineer
Role:
- Combining mechanics, electronics, and software to develop advanced products.
- Working on smart devices such as medical equipment and industrial robots.
Where they work:
High-tech companies, medical device firms, and the automotive industry.
Requirements:
Multidisciplinary knowledge in mechanics, electronics, and programming.
7. Product Development Engineer
Role:
- Involved in the entire product lifecycle: from concept to production.
- Improving functionality, cost, and aesthetics.
Where they work:
Manufacturing companies, consumer product firms, and startups.
Requirements:
Creativity, broad perspective, and close collaboration with R&D teams.
8. Quality Engineer
Role:
- Overseeing product quality and ensuring compliance with standards and regulations.
- Performing quality tests and leading continuous improvement processes.
Where they work:
Food industry, pharmaceutical companies, and advanced manufacturing plants.
Requirements:
Attention to detail and strong understanding of processes and quality systems.
Future Trends in Mechanical Engineering Roles
- Green technologies
Growing demand for engineers in renewable energy and energy efficiency. - Full automation
With the rise of AI, roles in robotics and automation are expanding rapidly. - Electric vehicles
Mechanical systems for EVs are one of the fastest-growing niches in the industry.
How to Stand Out in the Job Market
- Write a strong CV and LinkedIn profile
Highlight your projects, tools (CAD, simulation, robotics), and measurable impact.
→ On our blog you’ll find a full guide to writing a LinkedIn profile that actually gets recruiters’ attention. - Upgrade your skills
Take courses in robotics, CAD tools, energy systems, or automation. - Build a portfolio
Showcase real projects you’re proud of: university projects, capstones, or side projects.
Summary
“Mechanical engineers wanted” isn’t just a job ad – it reflects a broad, growing world of opportunities across innovative industries.
Demand continues to rise thanks to technological developments in robotics, automation, renewable energy, and electric vehicles.
If you’re looking to enter this field or move up within it, focus on:
- Building a strong professional profile
- Continuously upgrading your skills
- Understanding the key trends shaping the market
For more insights on job opportunities and career development tips, explore the full guides on our blog.
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