Lead Embedded Software Engineering for New Product Development- Led software engineering of new and innovative electric & hybrid electric vehicle products. - Managed & mentored a team of engineers to validate, productionize, & deliver new full vehicle products.- Managing project resources and schedules throughout the lifecycle for stakeholders and executive reporting. - Developing embedded software through systems engineering principles. - Developing software systems requirements & software for various applications; human interface machine (dashs), vehicle body controllers, powertrain controllers, etc.- Developing RTS embedded software with MATLAB/SIMULINK, Logi.CAD, PLC Structure Text, C-Code.- Conducted verification & validation for systems requirements on vehicle and on systems. Utilizing various tools such as CANalyzer.- Implemented continuous improvement strategies for new technologies & processes. - Resolving development burdens resulting in improved schedule and quality.- Led technology adoption of Model Based System Engineering for embedded vehicle software development. - Implementing Software Development Life Cycle process for Cyber Security ISO21434 & Functional Safety ISO26262. - Led technology adopt & development of DevSecOps platform for software development with GITLAB.Managing Embedded Software Engineering for Current Engineering Production & Customer Delivery- Managed production development of vehicle electronic control systems software system for numerous variant platforms for customers across the UK, Europe, APAC, & North America.- Provided on the line production & aftermarket troubleshooting support to customers.- Managed team resources & production schedule to ensure documentation, software release, deployments to meet business schedules & KPIs.- Implemented new production processes to support customer product development & delivery.- Led new customer feature changes & impacts.

- Digital Engineering - Software Development, verification and Validation- Model Based Design- Model Based Systems Engineering - Mobility- Lead Controls Systems and Rapid Prototyping Specialists / Engineer

Leader in developing full vehicle embedded control system software for advance applications. -Model based design approaches -Embedded development-Rapid prototyping -Electric vehicle -Hybrid Electric vehicle -Motor control-Electrical subsystem control -Vehicle dynamics control systems -End to end develop with systems engineering Vmodel (Validation and Verification) methodology

· Perform advanced computer simulations of military vehicles and subsystems · Research new simulation techniques applicable to GDLS-C products · Develop/ promote new simulation capability in product/technology development· Research/evaluate new automotive technologies applicable to GDLS-C products· Support new product development with simulations and analyses· Guide design based on simulation results· Perform vehicle dynamics simulations using ADAMS · Create advanced MATLAB/Simulink models to evaluate various controls algorithms and strategies for automotive systems · Perform structural analysis using NX NASTRAN and/or Hypermesh/Radioss· Perform off-road mobility analyses using NRMM· Perform fatigue/durability analysis · Perform shock and vibration test data analysis using Glyphworks· Model electromechanical devices and research automotive electrification field· Prepare technical reports/ information to support bid and proposal activities · Provide support for R&D validation testing (i.e. prepare test plan/report, perform data reduction/analysis, participate in testing at test sites)· Mobility Analysis of various vehicles. Concept development and part selection. · Suspension Analysis aiding in concept generation, packaging, spring/damping tuning and selection, vehicle loading, tire selection.

Supervised, managed, advised, and educated a team of 4 final year engineering undergraduate students to develop and design crash structures for a Small Formula-Style Race Car. The race car is for a student design competition organized by SAE International (Society of Automotive Engineers). - Developed crash protection structure for the front and sides of the vehicle. - Managed engineering teams for successfully delivering projects to industrial customers.- Educated students in advance engineering design concepts and computer aided engineering software.- Provide technical support between the customer and students for project and development needs. Identify and mitigate technical and business risk related to the engineering design of the products.- Developed complex material data for design and verification uses from testing physical components and materials.

My thesis was a R&D project to develop methodologies to designing structural and mechanical components for industry application. I developed designing, testing, optimization and analysis methodologies/techniques to streamline the design process in the most optimal way. The project was successfully finished and being implemented in US/EU industry. Key notes: - Researched and developed testing and designs methodologies for structural and mechanical systems for heavy vehicles.- Created 3D models and drafts for mechanical and structural designs.- Established methodologies to designing complex structural to streamline the development process.- Created advanced Finite element analysis/methods (FEA/FEM) simulation environments to analysis performance of designs. - Developed techniques to analyzing and concluding on complex technical data to aid in the direction of development and verification of designs.- Established advanced multi-objective design optimization techniques to reduce cost and weight, while considering material selection, cost effectiveness, and manufacturing. - In-depth material selection and analysis to conclude on optimal selection with manufacturing, design, and performance objectives in mind. - Verified concepts and designs through both in field and virtual testing. - Provided technical expertise and engineering assistance to USA/EU customers for various projects and development needs of mechanical designs and systems.

Teaching +300 Students, advising, marking, and developing course content for, Concurrent Engineering Design, Modern Mechanical and Machine Design, Computer Aided Design. - Supervised practical work, advised on skills, methods, and techniques to assist the transfer of knowledge and application of knowledge to practical engineering problems to 200+ students. - Development of student’s knowledge of computer aided engineering (CAE/CAD) software and its application to develop and analysis engineered designs and systems.- Developed student’s skills and knowledge in industry drafting standards, reading and creating mechanical drawings, and BOMs. - Trained 200+ students technical skills in concurrent engineering philosophies, design for X, product development, industrial standards and manufacturing processes. - Established educational plans and developed student’s knowledge and understandings of practical approach to modern machinery design, and metal fabrication and processing.