Business Development Manager - SDV
NXP Semiconductors•Published 1 months ago•First seen 5 hours ago
Responsibilities:
- Responsible for driving business growth for SDV & Vehicle E/E architecture across South Asia Pacific region.
- Own and drive region specific KPIs for SDV/VEA business – Opportunity Funnel management – DIN, DWIN, Revenue targets – POA, POS, Long Term planning
- Analyse & understand regional market trends, customer applications ,Competitor landscape & strategy for marketing strategy.
- Provide feedback to product lines regarding regional market dynamics, product & solution needs, competition analysis.
- Define and implement region specific GTM strategy for SDV & Vehicle Electronic Architecture products in close collaboration with regional sales teams.
- Drive product related trainings and marketing campaigns for internal stakeholders (CAS, Sales) and external stakeholders (Channel partners, Eco-system partners, Customers).
- Identify and develop eco-system partners to enable system solutions on NXP platform.
Requirements:
- Bachelor’s or Master’s degree in electrical or Electronic Engineering.
- Knowledge and experience in SDV, Vehicle E/E architecture and related products & technology
• Prior experience in Automotive electronics is highly desired
- Results-driven self-starter who demonstrates high accountability
- Excellent communication skills (verbal and written) in English
- Strong analytical and presentation skills
- Ability to develop strong business cases for new and existing products
- Proven skills in negotiating pricing versus key products specs and features with customers
- Willingness and ability to travel extensively, occasionally internationally
- An ideal candidate would have at least 10+ years of relevant experience in related field, with at least 5 years of experience in customer-facing roles – System engineering, Technical Marketing, or similar roles.
- Good to have prior experience of working in Automotive OEM in Vehicle E/E architecture, network design, architecture simulations, analyzing architecture level trade-offs.