Job Title: Cross-Platform Mobile Engineer
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We are seeking a skilled cross-platform mobile engineer to join our team.
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As a cross-platform mobile engineer, you will be responsible for designing and developing mobile applications that run on multiple platforms, including iOS and Android.
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Your primary focus will be on developing high-quality, scalable, and maintainable code that meets the requirements of our clients.
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Additionally, you will work closely with our design team to ensure that the user interface and user experience of our mobile applications meet the highest standards.
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Requirements:
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1. 7+ years of working experience in software engineering
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2. Advanced experience with Kotlin (Android), C, C++
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3. Extensive experience developing iOS mobile native applications in Swift/SwiftUI
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4. Solid understanding of the full iOS mobile development life cycle
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5. Strong knowledge of iOS UI design principles and best practices
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6. Experience with at least one of these design architectures: MVVM, MVC, VIPER, Clean (Onion Architecture)
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7. Experience with TCA or other Redux-like architectures
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8. Expert in UI layouts and creating adaptive layouts for various hardware configurations
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9. Experience writing custom views and controls
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10. Experience consuming RESTful JSON/XML web services
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11. Experience in testing high volume applications: unit test, integration test, performance test
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12. Experience using external commercial and open source libraries
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13. Experience with Git and GitFlow
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14. A solid grasp of fundamental algorithms, data structures, and design patterns
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15. Portfolio of apps that you've built; ideally available in the App Store
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16. Ability to prototype new features and redesign existing ones
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17. Excellent problem solving, debugging skills, critical thinking, and communication skills
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18. Ability to effectively articulate technical challenges and solutions
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19. Aptitude and desire to independently learn new technologies
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20. Advanced level of English, good communication skills
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21. Preferred skills:
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22. Experience in Core Animation, Core Graphics, Core Bluetooth (Classic, BLE)
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23. Experience in automated user interface functional testing
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24. Experience with Scrum/Agile methodologies
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25. Experience mentoring junior members
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26. Experience with iOS performance profiling tools and optimization techniques
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27. Experience with Open API standard (Swagger)
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28. Experience with push notifications
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29. Working knowledge of Internationalization
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30. Proficient in Objective-C
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31. Experience with UIKit
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32. Core competencies:
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33. Collaboration
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34. Communication
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35. Problem-solving
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36. Adaptability
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37. Results-driven
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38. Continuous learning
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39. Empathy
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40. Creativity
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41. Positive attitude
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42. Flexibility
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43. Resilience
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44. Self-motivation
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45. Time management
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46. Strategic thinking
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47. Teamwork
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48. Work ethic
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49. Interpersonal skills
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50. Emotional intelligence
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51. Leading by example
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52. Embracing change
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53. Feedback
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54. Coaching
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55. Criticism
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56. Mentoring
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57. Goal setting
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58. Delegation
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59. Empowering others
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60. Providing feedback
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61. Developing others
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62. Peer coaching
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63. Facilitating collaboration
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64. Sharing knowledge
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65. Exchanging information
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66. Open communication
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67. Diversity and inclusion
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68. Culture
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69. Environment
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70. Office culture
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71. Well-being
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72. Employee engagement
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73. Community
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74. Health and safety
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75. Employee satisfaction
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76. Development opportunities
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77. Recognition and rewards
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78. Learning and growth
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79. Training and education
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80. Skills development
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81. Personal development
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82. Professional development
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83. Education and training
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84. Support and resources
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85. Employee assistance program
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86. Benefits package
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87. Paid time off
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88. Flexible work arrangements
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89. Compressed workweek
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90. Telecommuting
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91. Job sharing
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92. Summer hours
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93. Annual leave
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94. Accommodations
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95. Disability accommodations
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96. Religious accommodations
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97. Special requests
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98. Privacy and security
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99. Confidentiality
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100. Data protection
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101. Background checks
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102. Authentication and authorization
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103. Access control
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104. Identity verification
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105. Password management
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106. Multi-factor authentication
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107. Single sign-on
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108. Session management
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109. Secure communication
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110. Encryption
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111. Key management
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112. Secure storage
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113. Scalable architecture
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114. High availability
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115. Reliability
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116. Service-oriented architecture
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117. Microservices architecture
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118. Containerization
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119. Serverless computing
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120. Cloud migration
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121. DevOps
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122. CI/CD
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123. Infrastructure as code
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124. Monitoring and logging
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125. Performance monitoring
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126. Error tracking
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127. Metrics and analytics
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128. Business intelligence
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129. Reporting and dashboards
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130. Alerting and notification
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131. Security information and event management
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132. Threat detection and prevention
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133. Incident response
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134. Compliance and governance
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135. Regulatory compliance
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136. Risk management
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137. IT risk assessment
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138. IT security policies
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139. Change management
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140. Release management
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141. IT project management
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142. Agile project management
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143. Scrum master
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144. Project planning
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145. Resource allocation
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146. Task management
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147. Project scheduling
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148. Project budgeting
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149. Cost estimation
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150. Value engineering
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151. Root cause analysis
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152. Failure mode and effects analysis
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153. Decision-making
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154. Probabilistic risk assessment
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155. Uncertainty analysis
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156. Alternatives analysis
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157. Financial modeling
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158. Break-even analysis
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159. Return on investment
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160. Net present value
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161. Internal rate of return
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162. Payback period
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163. Capital expenditure
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164. Operating expense
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165. Direct cost
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166. Indirect cost
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167. Contingency planning
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168. Disaster recovery
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169. Business continuity
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170. Emergency preparedness
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171. Compliance auditing
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172. Internal audit
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173. External audit
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174. Quality assurance
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175. Quality control
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176. Test automation
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177. Automated testing
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178. Behavior-driven development
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179. Acceptance testing
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180. Load testing
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181. End-to-end testing
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182. Integration testing
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183. Unit testing
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184. Regression testing
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185. System testing
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186. Exploratory testing
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187. Testing frameworks
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188. Test-driven development
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189. Code review
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190. Pair programming
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191. Code refactoring
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192. Technical debt
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193. Design debt
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194. Legacy system maintenance
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195. Legacy system modernization
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196. Legacy system replacement
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197. Legacy system retirement
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198. Software reuse
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199. Component-based development
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200. Modular design
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201. Object-oriented design
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202. Aspect-oriented design
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203. Functional programming
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204. Reactive programming
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205. Event-driven programming
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206. Message-passing architecture
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207. Actor model
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208. Immutable data structures
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209. Functional data structures
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210. Higher-order functions
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211. Closure
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212. Partial function application
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213. Continuation passing style
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214. Recursive function calls
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215. Stack overflow
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216. Deadlock
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217. Livelock
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218. Starvation
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219. Priority inversion
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220. Preemption
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221. Context switching
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222. Page fault
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223. Cache coherence
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224. Bus contention
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225. Exclusive access
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226. Shared resource
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227. Transactional memory
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228. Lock-free programming
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229. Wait-free programming
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230. Atomic operations
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231. Locks
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232. Mutex
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233. Spinlocks
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234. Read-write locks
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235. Counting semaphores
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236. Binary semaphores
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237. Monitors
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238. Barriers
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239. Condition variables
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240. Signals
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241. Timeouts
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242. Interrupt handling
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243. Trap handling
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244. Exception handling
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245. Signal handling