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KTP Research Associate in Electrocatalysis for Hydrogen Production (Fixed term)

University of Nottingham

United Kingdom

On-site

GBP 30,000 - 50,000

Full time

22 days ago

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Job summary

An exciting opportunity awaits at a forward-thinking university, where you can become a KTP Research Associate in Electrocatalysis for Hydrogen Production. This role involves leading a strategic project in collaboration with industry, focusing on innovative materials and systems to generate high-purity hydrogen. You will be supported by academic experts and have access to resources that foster your development. Join a dynamic team that values creativity and collaboration, and make a significant impact in the field of sustainable energy. If you are passionate about electrochemistry and eager to shape the future of energy solutions, this position is perfect for you.

Benefits

Training budget of £2,000 pa
Staff discounts
Travel schemes
Attractive pension scheme

Qualifications

  • PhD or near completion in Chemistry with skills in electrochemistry and electrocatalysis.
  • Knowledge of nanomaterials and surfaces is essential.

Responsibilities

  • Lead a project to develop electrocatalytic materials for hydrogen production.
  • Communicate complex information to various stakeholders.

Skills

Electrochemistry
Electrocatalysis
Nanomaterials
Project Management

Education

PhD in Chemistry
Related Degree

Job description

Closing Date
Wednesday 16 April 2025

Reference
SCI116225

Job Overview

University of Nottingham (UoN) invites applications for a KTP Research Associate in Electrocatalysis for Hydrogen Production to join our exciting collaboration with AqSorption Limited. Based at AqSorption in Nottingham, you will report to the Managing Director and work closely with AqSorption's commercial and R&D team.


Fully supported by academic experts within the University's School of Chemistry and Metal Atoms on Surfaces & Interfaces (MASI) programme, you will lead a strategic project to design and develop electrocatalytic materials and systems to generate high-purity hydrogen at high pressure from aqueous ammonia. Ammonia is gaining significance as a zero-carbon fuel with potential to replace fossil fuels as an energy vector.


Key Responsibilities
  1. Lead a strategic project to design and develop electrocatalytic materials and systems.
  2. Deliver a high-profile, commercially strategic project through the Knowledge Transfer Partnership (KTP).
  3. Communicate complex information to a variety of audiences within AqSorption, its customers, and stakeholders.
  4. Manage your own time effectively and prioritize work tasks flexibly.

Qualifications

You should hold a PhD (or near to completion) in Chemistry or a related degree with practical electrochemistry and/or electrocatalysis skills. We are looking for a candidate who has knowledge of nanomaterials, surfaces and interfaces, and extensive practical skills in electrochemistry and/or electrocatalysis knowledge and experience.


Personal Attributes

As a people-oriented individual, you will have the ability to influence and engage collaboratively with AqSorption, UoN, and other stakeholders. You should be proactive, passionate about creating something new, and motivated to organize your own time effectively.


Support and Development

Throughout the KTP, you will be fully supported and mentored to nurture your talent. You will have your own budget of £2,000 pa for training and CPD, helping you develop your skillset and reach your personal and professional career goals.


Employment Package

UoN is committed to providing competitive employment packages while supporting the well-being of its staff to help them reach their full potential. As an employee of UoN, you will have access to the University's resources and a range of benefits and rewards, including staff discounts, travel schemes, and an attractive pension scheme.


KTP is a UK Government scheme promoting sustained and mutually beneficial relationships between universities and industry. This is a full-time (36.25 hours), 26 months fixed-term contract.

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