Shad Zaman

Innovative and detail-oriented Mechanical Engineer with a strong foundation in design engineering and project management. Proven experience in developing cutting-edge solutions for complex engineering challenges, particularly in the fields of smart systems and automation. Skilled in stakeholder engagement, technical problem-solving, and the simplification of complex concepts. Familiar with a wide range of 3D modelling and simulation software used to design and prototype to ISO standards. Seeking to leverage design expertise and engineering acumen in a dynamic engineering role.

Cadent Gas, Graduate Engineer
September 2022 - Present

Central Innovation Team: Successfully contributed to the Digital Platform for Leakage Analytics (DPLA) by critically assessing and ranking emerging technologies, leading to impactful cost-benefit analysiss, creating project strategy as to how technologies will be deployed and tested on the north London and East Anglia gas networks. Enhanced stakeholder engagement and innovation governance knowledge through active participation in NIA and SIF initiatives.

Capital Delivery Workshops: Developed precise SolidWorks models for lobster back bends and flange classes, significantly improving technical solutions for gas stream isolation and streamlining operational processes, which enhanced project delivery efficiency.

Engineering A2B: Spearheaded an asset maintenance investigation that streamlined flowchart processes for the Holford COMAH site, ensuring strict adherence to engineering standards while driving operational excellence.

Projects Completed
Advanced Systems Design Project (2021-2022) 
Conceptualised and designed an innovative smart drill for orthopaedic surgery, successfully controlling drill speed and feed rate while implementing real-time monitoring for unexpected resistance. Conducted comprehensive research and developed high-level system designs, ensuring seamless integration of components and enhancing surgical precision.
Doppler Dynamics Driver’s Aid Project (2020-2021) 
Engineered a cutting-edge after-market hazard detection system utilising AI and computer vision technologies, leading to a demonstrable reduction in vehicle collision risks at complex junctions. Authored and filed multiple UK patents, designed robust attachment systems in SolidWorks, and executed a focused market analysis to ensure alignment with customer needs and increase product viability.

Single Acting Pneumatic Actuator Project (2019-2020) 
Designed and fabricated a highly efficient pneumatic actuator for the automatic sorting of components on a conveyor belt, ensuring compliance with stringent specifications. Developed detailed technical drawings and an electronic management system for the actuator, successfully enhancing operational accuracy and performance.

Wind Turbine Project (2019-2020) 
Spearheaded the design and development of a portable wind turbine optimised for low wind speeds, employing advanced Excel and MATLAB engineering calculations and SolidWorks for precision design. Successfully delivered a functional prototype, contributing to renewable energy solutions.

Aston University, Birmingham
BEng Mechanical Engineering, Upper Second Class Honors
2021-2022