56 Nithsdale Avenue, Market Harborough, England Hybrid / WFH Options
ENVERA TELECOMMUNICATIONS LIMITED
detail Organisation skills Problem solving skills Presentation skills Number skills Analytical skills Logical Team working Initiative Non judgemental Patience Motivated Coding Qualifications Computer Science, Software Engineering, Data/AI Degree, grade 2:1 (Essential) About the Employer ENVERA TELECOMMUNICATIONS LIMITED Our client are experts in our field and can offer you an honest, easy to understand telecoms service that More ❯
Market Harborough, Leicestershire, England, United Kingdom Hybrid / WFH Options
QA
work on multiple projects and collaborate with different teams. • Eagerness to learn and contribute to real-world AI applications. Standard Entry Requirements: Applicants will usually have obtained: an honours degree (2:2 or above) in an appropriate discipline, or with the appropriate aptitude for a role in technology. Non-standard entry with work experience: Relevant qualifications and/or More ❯
Market Harborough, Leicestershire, England, United Kingdom
Pareto
to provide strategic insights Handle client inquiries and resolve issues promptly and effectively Maintain accurate records of client interactions, sales activities, and forecasts using CRM software Qualifications: Educated to degree level Excellent communication, negotiation, and interpersonal skills Ability to work independently and as part of a team. Strong organisational and time-management skills. Results-oriented with a track record More ❯
Market Harborough, Leicestershire, England, United Kingdom
Pareto
Customer, Sales, Delivery, Legal and Product departments Liaise closely with existing customers on any contractual changes Incentive company holidays rewarding team success Commercial Associate Graduate Scheme Requirements : Educated to degree level Possess exceptional communication, listening and interpersonal skills Self-motivated, with a strong desire to succeed Comfortable in a target driven environment, with strong commercial acumen Work well independently More ❯