Technical Lead / Champion at Nikkiso Clean Energy & Industrial Gases in Vadodara, Gujarat, India | Kablio

Role

Description

technical interface

process optimization

design review

risk management

mentorship

regulatory compliance

Represent the local engineering entity in technical discussions with the function unit.
Support feasibility studies, conceptual designs, and detailed engineering for strategic projects.
Act as the primary technical interface between the NESP function unit and the local engineering team.
Establish process workflows to improve engineering efficiency and reduce rework.
Support talent development initiatives to build subject matter expertise in strategic projects.
Collaborate with NESP function unit leaders to align engineering priorities.
Developing mitigation strategies to prevent delays and cost overruns.
Review and validate engineering deliverables to meet function unit expectations.
Ensuring technical decisions align with industry standards and company policies.
Facilitate training programs to enhance technical competencies in CO₂ recovery, Amine Wash, LNG, and energy recovery.
Recommend process improvements to optimize engineering efficiency.
Drive engineering best practices and standardization across CO₂ recovery, Amine Wash, small-scale LNG, and energy recovery solutions.
Identifying potential technical risks early in the project.
Approve technical solutions and design standardizations for strategic projects.
Act as a mentor to local engineers, transferring knowledge from the function unit.
Provide technical guidance and mentorship to the local engineering team.
Coordinate workload distribution and ensure efficient resource utilization.
Keeping up with regulatory requirements and certifications.
Provide regular updates on project progress, challenges, and solutions.Act as a liaison for suppliers and third-party vendors to ensure smooth project execution.
Ensure seamless integration of FU engineering requirements into local entity workflows.
Lead workshops and discussions on emerging technologies and innovative solutions.
Maintaining up-to-date records of technical discussions, decisions, and changes.
Ensure compliance with industry standards (ASME, API, ISO, NFPA, etc.).
Ensuring knowledge transfer across teams to build technical competency.
Guide the local engineering team to deliver error-free designs and calculations.

Requirements

analytical

industry codes

process optimization

co₂ recovery

project management

interpersonal

Analytical mindset to identify and resolve technical challenges effectively.
Knowledge of industry codes and standards (ASME, API, NFPA, ISO, IEC, etc.).
Experience in process optimization, standardization, and cost reduction initiatives.
Strong understanding of CO₂ recovery, liquefaction, Amine Wash processes, energy recovery, and small-scale LNG.
Ability to manage complex engineering projects while ensuring quality and efficiency.
Ability to make informed decisions based on engineering data and project needs.
Experience in designing and optimizing process systems for strategic energy projects.
Strong interpersonal skills to coordinate between function unit and local entity.
Ability to translate complex engineering requirements into clear, actionable deliverables.

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

$1.4B

Parent Company Valuation

The parent company supports global projects, including mass-production hydrogen stations in California, South Korea, and Germany.

World's First

Liquid-Hydrogen Bunkering Facility

The company has launched the world’s first liquid-hydrogen bunkering facility.

Engineers and builds pumps, liquefiers, and vaporizers worldwide.
Cryogenic backbone behind hydrogen refueling stations, LNG plants, and industrial-gas systems across continents.
Headquartered in Temecula, California, with facilities in Houston, Germany, Qatar, and Southeast Asia.
Operates five specialized units: pumps, process systems, heat exchangers, services, and integrated solutions, delivering turnkey cryogenic infrastructure.
Remains molecule-agnostic—delivering equipment without selling the gas itself—across sectors from marine fuel to waste-heat recovery.
Recent feats include doubling its European manufacturing footprint and launching the world’s first liquid-hydrogen bunkering facility.

Culture + Values

Committed to a continuous improvement philosophy by focusing on Safety, Customer Service, Operational Excellence, Technology Leadership, and Quality.
The health and safety of employees, contractors, and all users of facilities are of primary importance.
Operations are conducted to minimize environmental impact and prevent injuries.
Protect the environment by preventing EHS incidents, identifying hazards, and reducing risks through proactive safety measures.
Strict adherence to a CGA approved oxygen cleaning procedure for medical-grade oxygen, ensuring safety without exception.

Environment + Sustainability

3+M tons CO₂

CO₂ Captured

More than 3 million tons of CO₂ captured across over 35 plants.

99.9% CO₂ Purity

High CO₂ Purity

Achieved 99.9% purity in CO₂ capture operations.

150,000+ ft²

Hydrogen Fueling Production Space

Dedicated production space for hydrogen-fueling station expansion.

H1 2025

Solar Energy Power

Full facility to be powered by renewable solar energy starting H1 2025.

Achieved ISO 9001 certification across multiple facilities, demonstrating commitment to quality management and continuous improvement.

Inclusion & Diversity

Articles

Nikkiso CEIG Website

Nikkiso CEIG LinkedIn

Role

Description

technical interface

process optimization

design review

risk management

mentorship

regulatory compliance

Represent the local engineering entity in technical discussions with the function unit.
Support feasibility studies, conceptual designs, and detailed engineering for strategic projects.
Act as the primary technical interface between the NESP function unit and the local engineering team.
Establish process workflows to improve engineering efficiency and reduce rework.
Support talent development initiatives to build subject matter expertise in strategic projects.
Collaborate with NESP function unit leaders to align engineering priorities.
Developing mitigation strategies to prevent delays and cost overruns.
Review and validate engineering deliverables to meet function unit expectations.
Ensuring technical decisions align with industry standards and company policies.
Facilitate training programs to enhance technical competencies in CO₂ recovery, Amine Wash, LNG, and energy recovery.
Recommend process improvements to optimize engineering efficiency.
Drive engineering best practices and standardization across CO₂ recovery, Amine Wash, small-scale LNG, and energy recovery solutions.
Identifying potential technical risks early in the project.
Approve technical solutions and design standardizations for strategic projects.
Act as a mentor to local engineers, transferring knowledge from the function unit.
Provide technical guidance and mentorship to the local engineering team.
Coordinate workload distribution and ensure efficient resource utilization.
Keeping up with regulatory requirements and certifications.
Provide regular updates on project progress, challenges, and solutions.Act as a liaison for suppliers and third-party vendors to ensure smooth project execution.
Ensure seamless integration of FU engineering requirements into local entity workflows.
Lead workshops and discussions on emerging technologies and innovative solutions.
Maintaining up-to-date records of technical discussions, decisions, and changes.
Ensure compliance with industry standards (ASME, API, ISO, NFPA, etc.).
Ensuring knowledge transfer across teams to build technical competency.
Guide the local engineering team to deliver error-free designs and calculations.

Requirements

analytical

industry codes

process optimization

co₂ recovery

project management

interpersonal

Analytical mindset to identify and resolve technical challenges effectively.
Knowledge of industry codes and standards (ASME, API, NFPA, ISO, IEC, etc.).
Experience in process optimization, standardization, and cost reduction initiatives.
Strong understanding of CO₂ recovery, liquefaction, Amine Wash processes, energy recovery, and small-scale LNG.
Ability to manage complex engineering projects while ensuring quality and efficiency.
Ability to make informed decisions based on engineering data and project needs.
Experience in designing and optimizing process systems for strategic energy projects.
Strong interpersonal skills to coordinate between function unit and local entity.
Ability to translate complex engineering requirements into clear, actionable deliverables.

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

$1.4B

Parent Company Valuation

The parent company supports global projects, including mass-production hydrogen stations in California, South Korea, and Germany.

World's First

Liquid-Hydrogen Bunkering Facility

The company has launched the world’s first liquid-hydrogen bunkering facility.

Engineers and builds pumps, liquefiers, and vaporizers worldwide.
Cryogenic backbone behind hydrogen refueling stations, LNG plants, and industrial-gas systems across continents.
Headquartered in Temecula, California, with facilities in Houston, Germany, Qatar, and Southeast Asia.
Operates five specialized units: pumps, process systems, heat exchangers, services, and integrated solutions, delivering turnkey cryogenic infrastructure.
Remains molecule-agnostic—delivering equipment without selling the gas itself—across sectors from marine fuel to waste-heat recovery.
Recent feats include doubling its European manufacturing footprint and launching the world’s first liquid-hydrogen bunkering facility.

Culture + Values

Committed to a continuous improvement philosophy by focusing on Safety, Customer Service, Operational Excellence, Technology Leadership, and Quality.
The health and safety of employees, contractors, and all users of facilities are of primary importance.
Operations are conducted to minimize environmental impact and prevent injuries.
Protect the environment by preventing EHS incidents, identifying hazards, and reducing risks through proactive safety measures.
Strict adherence to a CGA approved oxygen cleaning procedure for medical-grade oxygen, ensuring safety without exception.

Environment + Sustainability

3+M tons CO₂

CO₂ Captured

More than 3 million tons of CO₂ captured across over 35 plants.

99.9% CO₂ Purity

High CO₂ Purity

Achieved 99.9% purity in CO₂ capture operations.

150,000+ ft²

Hydrogen Fueling Production Space

Dedicated production space for hydrogen-fueling station expansion.

H1 2025

Solar Energy Power

Full facility to be powered by renewable solar energy starting H1 2025.

Achieved ISO 9001 certification across multiple facilities, demonstrating commitment to quality management and continuous improvement.

Inclusion & Diversity

Articles

Nikkiso CEIG Website

Nikkiso CEIG LinkedIn