Associate Project Engineer – Cyber Security at Hitachi Energy | Entry-Level SCADA & Industrial Cybersecurity Jobs
Introduction
Hitachi Energy is hiring Associate Project Engineers – Cyber Security for its Chennai, Tamil Nadu office. This is an excellent opportunity for entry-level engineering graduates who are interested in cybersecurity, networking, SCADA systems, industrial automation, and power systems. The role focuses on securing mission-critical High Voltage Direct Current (HVDC) systems by designing secure network architectures, implementing cybersecurity controls, and supporting global energy infrastructure projects.
If you have a background in Computer Science, Information Technology (IT), Electronics and Communication Engineering (ECE), or Electrical and Electronics Engineering (EEE) and want to build a career in Operational Technology (OT) security and industrial control systems, this position provides exposure to cutting-edge technologies used in the global energy sector.
About Hitachi Energy
Hitachi Energy is a global leader in electrification and sustainable energy technologies. As part of the Hitachi Group, the company develops advanced power systems and digital solutions that enable reliable, secure, and sustainable electricity for utilities, industries, transportation, and data centers.
Headquartered in Switzerland, Hitachi Energy operates in more than 140 countries, employs over 56,000 professionals across 60 countries, and generates approximately USD 20 billion in annual revenue.
The company specializes in power grids, HVDC transmission, substations, transformers, grid automation, renewable energy integration, digital energy management, and industrial cybersecurity solutions. Its technologies help deliver electricity to billions of people while supporting the global transition toward clean and sustainable energy.
Job Overview
Job Role: Associate Project Engineer – Cyber Security
Company: Hitachi Energy
Location: Chennai, Tamil Nadu, India
Employment Type: Full-Time
Work Mode: On-Site
Experience Level: Entry Level
Department: Engineering & Science
Industry: Energy, Power Systems, Industrial Cybersecurity
Job Summary
As an Associate Project Engineer – Cyber Security, you will support global HVDC projects by implementing cybersecurity solutions for SCADA (Supervisory Control and Data Acquisition) and HMI (Human Machine Interface) systems. The role involves designing secure industrial network architectures, validating security patches, implementing intrusion detection mechanisms, performing security audits, and ensuring compliance with cybersecurity standards.
You will collaborate with global engineering teams to strengthen the security of industrial control systems while contributing to reliable and secure power transmission solutions.
Key Responsibilities
Your responsibilities as an Associate Project Engineer – Cyber Security include:
- Support global HVDC projects by implementing cybersecurity solutions.
- Develop secure network architectures for SCADA systems.
- Create functional descriptions and cybersecurity solution documentation.
- Prepare and execute cybersecurity test cases.
- Participate in Factory System Testing (FST).
- Resolve cybersecurity-related project issues.
- Collaborate with multiple business units to improve cybersecurity solutions.
- Evaluate the security of SCADA network connections.
- Validate and implement third-party security patches.
- Configure cybersecurity features provided by system vendors.
- Implement internal and external intrusion detection systems.
- Perform technical security audits of SCADA devices and industrial networks.
- Conduct physical security assessments of remote locations.
- Maintain testing environments using updated hardware and software.
- Manage server and workstation backups, image handling, and patch management.
- Ensure compliance with internal policies and industry regulations.
Required Skills and Their Importance
1. Networking
Networking is one of the core skills required for industrial cybersecurity.
Why it matters:
- Secure communication between devices
- Industrial network design
- Network troubleshooting
- Reliable data transmission
- Infrastructure management
2. Cybersecurity
Cybersecurity protects industrial control systems from cyber threats.
Why it matters:
- Prevent unauthorized access
- Secure critical infrastructure
- Protect industrial operations
- Maintain business continuity
- Improve system reliability
3. SCADA Systems
SCADA systems monitor and control industrial processes.
Why it matters:
- Real-time monitoring
- Industrial automation
- Power system control
- Operational efficiency
- Critical infrastructure management
4. HMI (Human Machine Interface)
HMIs allow operators to monitor and control industrial systems.
Why it matters:
- System visualization
- Operator interaction
- Process monitoring
- Industrial control
5. Network Security
Designing secure industrial networks is a major responsibility.
Why it matters:
- Protect operational technology (OT)
- Secure communication channels
- Prevent cyberattacks
- Improve network resilience
6. Anti-Virus Solutions
Knowledge of endpoint protection is important for securing industrial environments.
Why it matters:
- Malware prevention
- Device protection
- Threat detection
- Security compliance
7. Intrusion Detection Systems (IDS)
Intrusion detection helps identify suspicious network activity.
Why it matters:
- Threat monitoring
- Early attack detection
- Security alerts
- Incident response
8. Security Patch Management
Keeping systems updated is essential for maintaining cybersecurity.
Why it matters:
- Fix vulnerabilities
- Improve security
- Maintain system stability
- Regulatory compliance
9. Technical Auditing
Security audits identify weaknesses in industrial systems.
Why it matters:
- Risk assessment
- Compliance verification
- Vulnerability identification
- Security improvement
10. C/C++ Programming
Basic knowledge of C/C++ is considered an advantage.
Why it matters:
- Software customization
- Embedded systems
- Industrial applications
- Automation development
11. IEEE & IEC Standards
Understanding international engineering standards helps ensure compatibility and compliance.
Why it matters:
- Industry best practices
- Reliable engineering
- Safety compliance
- Standardized implementation
12. Communication Skills
Engineers collaborate with global teams across multiple projects.
Why it matters:
- Effective teamwork
- Technical documentation
- Stakeholder communication
- Project coordination
Educational Qualification
Candidates should possess a Bachelor’s degree in one of the following disciplines:
- Computer Science Engineering
- Information Technology (IT)
- Electronics and Communication Engineering (ECE)
- Electrical and Electronics Engineering (EEE)
Preferred Candidate Profile
Hitachi Energy is looking for candidates who are:
- Passionate about cybersecurity
- Interested in industrial automation
- Strong analytical thinkers
- Detail-oriented
- Self-motivated
- Quick learners
- Team players
- Good communicators
- Comfortable working on global engineering projects
Technologies You May Work With
During this role, you may gain experience with:
- SCADA Systems
- HVDC Technology
- HMI
- Industrial Cybersecurity
- Network Security
- Intrusion Detection Systems (IDS)
- Patch Management
- Server Backup & Recovery
- Networking
- Anti-Virus Solutions
- C/C++
- IEEE Standards
- IEC Standards
- Microsoft Office
Why Join Hitachi Energy?
Working at Hitachi Energy offers an opportunity to contribute to the future of sustainable energy while building expertise in industrial cybersecurity.
Employee benefits include:
- Exposure to global energy projects
- Learning and development opportunities
- Career advancement programs
- Collaborative international teams
- Cutting-edge energy technologies
- Strong safety and integrity culture
- Long-term career growth
- Innovative engineering environment
Career Growth Opportunities
Starting as an Associate Project Engineer – Cyber Security can lead to roles such as:
- Cybersecurity Engineer
- Network Security Engineer
- SCADA Security Engineer
- OT Security Engineer
- Industrial Automation Engineer
- HVDC Engineer
- Systems Engineer
- Infrastructure Security Engineer
- Senior Project Engineer
- Technical Lead
With experience, professionals can specialize in industrial cybersecurity, critical infrastructure protection, power systems engineering, or cybersecurity consulting.
Why This Opportunity Stands Out
This role combines cybersecurity with power engineering, providing engineers with the opportunity to work on mission-critical infrastructure that powers industries and communities worldwide. Exposure to HVDC systems, SCADA security, industrial networking, and global engineering projects makes this position an excellent starting point for a career in Operational Technology (OT) security.
Final Thoughts
The Associate Project Engineer – Cyber Security position at Hitachi Energy in Chennai is an outstanding opportunity for entry-level engineering graduates interested in cybersecurity and industrial control systems. Working on global HVDC projects, SCADA networks, and secure energy infrastructure provides valuable technical experience and strong long-term career prospects in one of the fastest-growing engineering domains.
If you have knowledge of networking, cybersecurity fundamentals, and industrial systems, along with a willingness to learn and collaborate, this role offers an excellent platform to build a rewarding engineering career.