Data Engineer (KTP Associate Position) - Salford

University of Salford
Chester
3 days ago
Create job alert

Data Engineer (KTP Associate Position) - Salford

Opportunity Overview 

The KTP aims to transform CARA_EPS into a data-driven retrofit company, positioning them the preferred partner for housing associations in their retrofit programs. The project aims to develop an integrated digital asset management (DAM) platform to address issues of unreliable property data and poor housebuilding procurement practices, which are common within the industry. 

Key Responsibilities  

Key responsibilities include enhancing retrofit assessment data transparency and accessibility, forecasting property energy performance, and decision-making in housing stock refurbishment. The platform will enable early verification of property/project specifications and ensure accurate measures. This will improve building energy efficiency and occupant well-being.

Key objectives:

  1. Lead the design and development of a Digital Asset Management Platform (DAMP) for housing retrofit and upgrade projects;
  2. Develop and deploy advanced machine learning models for property data analysis;
  3. Establish robust and reproducible data pipelines and ensure data quality across multiple sources;
  4. Collaborate with stakeholders to define requirements and deliver user-focused solutions;
  5. Drive digital transformation and change management within a traditionally low-tech sector; and
  6. Support the commercialisation and continuous improvement of the platform.

About the KTP Partner company 

CARA EPS, established in 2021, specialises in retrofit net-zero upgrades and energy-efficient housing. They partner with housing associations and local authorities to meet Net Zero goals. Their innovative approach earned them the Innovation of the Year award at the Northwest Construction Awards 2022. They transformed an EPC G-rated property into an A-rated, decarbonised home with minimal fuel bills.

CARA EPS delivers end-to-end holistic retrofits including surveying (building, environmental, technical, digital), data analysis and verification, energy assessments, retrofit design & coordination, and full delivery of multi-measure programmes of work in retrofit and refurbishment. This is considered to challenge the traditional business models in the built environment of assumed data, and blanket measures. 

What's in it for you?

You will be based full time at CARA EPS, working as part of the DAMP Team (Digital Asset Management Platform). This project presents a complex, high-impact challenge that requires a high-performing Associate capable of acting as a strong change agent. 

You will be rewarded with the following;

  • Competitive salary - and excellent pension scheme
  • Annual leave entitlement (and working hours) as per CARA EPS
  • Flexible working - we support a culture of flexible and agile working to help you find the right balance
  • Professional development - we offer a comprehensive package of training and development opportunities to help you achieve your full potential and a KTP personal development budget of £5k over the duration of the project.
  • Sustainable Salford - we have a commitment to be Net Zero by 2038 and embed sustainability in all aspects of university life.  

Job Description

Related Jobs

View all jobs

Data Engineer

Data Engineer

Data Engineer

Data Engineer

Data Engineer

Data Engineer

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

What Hiring Managers Look for First in Machine Learning Job Applications (UK Guide)

Whether you’re applying for machine learning engineer, applied scientist, research scientist, ML Ops or data scientist roles, hiring managers scan applications quickly — often making decisions before they’ve read beyond the top third of your CV. In the competitive UK market, it’s not enough to list skills. You must send clear signals of relevance, delivery, impact, reasoning and readiness for production — and do it within the first few lines of your CV or portfolio. This guide walks you through exactly what hiring managers look for first in machine learning applications, how they evaluate CVs and portfolios, and what you can do to improve your chances of getting shortlisted at every stage — from your CV and LinkedIn profile to your cover letter and project portfolio.

MLOps Jobs in the UK: The Complete Career Guide for Machine Learning Professionals

Machine learning has moved from experimentation to production at scale. As a result, MLOps jobs have become some of the most in-demand and best-paid roles in the UK tech market. For job seekers with experience in machine learning, data science, software engineering or cloud infrastructure, MLOps represents a powerful career pivot or progression. This guide is designed to help you understand what MLOps roles involve, which skills employers are hiring for, how to transition into MLOps, salary expectations in the UK, and how to land your next role using specialist platforms like MachineLearningJobs.co.uk.

The Skills Gap in Machine Learning Jobs: What Universities Aren’t Teaching

Machine learning has moved from academic research into the core of modern business. From recommendation engines and fraud detection to medical imaging, autonomous systems and language models, machine learning now underpins many of the UK’s most critical technologies. Universities have responded quickly. Machine learning modules are now standard in computer science degrees, specialist MSc programmes have proliferated, and online courses promise to fast-track careers in the field. And yet, despite this growth in education, UK employers consistently report the same problem: Many candidates with machine learning qualifications are not job-ready. Roles remain open for months. Interview processes filter out large numbers of applicants. Graduates with strong theoretical knowledge struggle when faced with practical tasks. The issue is not intelligence or effort. It is a persistent skills gap between university-level machine learning education and real-world machine learning jobs. This article explores that gap in depth: what universities teach well, what they routinely miss, why the gap exists, what employers actually want, and how jobseekers can bridge the divide to build successful careers in machine learning.